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Chapisha Mradi
TALII
Java
JavaScript
PHP
Software Architecture
Web Scraping
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p4logics

@p4logics

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4.9
133
7.9
7.9
94%

NOT THE CHEAPEST, BUT QUALITY SERVICE GUARANTEED!

$25 USD / Saa
・
Bedera ya
India (3:38 AM)
・
Alijiunga mnamo Machi 3, 2018
$25 USD / Saa
・
AI| Web | iOS | Android | Java | React | Angular | Bot | Blockchain At P4logics, We specialize in developing web and mobile applications using AngularJS, ReactJS, FlutterJS, React Native, NodeJS, Java, and Spring Boot. Our team of experts is committed to creating high-performance, scalable, and user-friendly applications tailored to the unique needs of our clients. With over a decade of experience, our seasoned team of developers operates around the clock, ensuring unparalleled service delivery in the most efficient and effective manner possible. Our approach is rooted in meticulous observation, attentive listening, and profound understanding, enabling us to craft bespoke yet intelligent solutions for our clients. Skill Sets: Specializations in Programming Languages & Frameworks: Java, J2EE, JavaFX, Swing, Socket/RMI Programming Spring Boot, Spring Security (using JWT, CSRF, OAuth token sharing), Spring JPA, Web Services, Hibernate, PHP, WordPress, Python Frontend & Mobile Development: AngularJS, React Native, ReactJS, NodeJS, FlutterJS, Swift, Android Web Scraping / Web Automation AI and Blockchain Image and Video Processing Services: Web Development iOS Development Android Development Java Development React Development Angular Development Bot Development Thank You
Uthibitishaji
Kwa wakati
97%
Kwa bajeti
97%
Kubali kiwango
95%
Kiwango cha kupewa kazi tena
14%
Freelancer Java Developers India
Angalia woteJava Developers in India

Portfolio

Portfolio

12453597
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
12453535
For this project, I developed a robust web crawler to extract podcast data from the websites of Huberman Lab and Peter Attia MD. The crawler was implemented using the n8n.io platform, integrated with an existing n8n.io account for seamless team collaboration, and supported by a Large Language Model (LLM) for enhanced data structuring and accuracy. The crawler was designed to extract key podcast information, including podcast titles, guest names/hosts, podcast summaries, related resources (e.g., articles), and podcast categories/keywords. To achieve this, I designed a functional and scalable workflow in n8n.io, utilizing web scraping nodes and custom scripts for precise data extraction. The workflow was integrated with n8n.io's database options to store the data in a structured format, ensuring compatibility with other applications. Consistent data extraction was ensured through multiple validation checks during the scraping process, and an LLM was employed to identify and refine extra
Podcast Data Extraction Workflow
For this project, I developed a robust web crawler to extract podcast data from the websites of Huberman Lab and Peter Attia MD. The crawler was implemented using the n8n.io platform, integrated with an existing n8n.io account for seamless team collaboration, and supported by a Large Language Model (LLM) for enhanced data structuring and accuracy. The crawler was designed to extract key podcast information, including podcast titles, guest names/hosts, podcast summaries, related resources (e.g., articles), and podcast categories/keywords. To achieve this, I designed a functional and scalable workflow in n8n.io, utilizing web scraping nodes and custom scripts for precise data extraction. The workflow was integrated with n8n.io's database options to store the data in a structured format, ensuring compatibility with other applications. Consistent data extraction was ensured through multiple validation checks during the scraping process, and an LLM was employed to identify and refine extra
Podcast Data Extraction Workflow
For this project, I developed a robust web crawler to extract podcast data from the websites of Huberman Lab and Peter Attia MD. The crawler was implemented using the n8n.io platform, integrated with an existing n8n.io account for seamless team collaboration, and supported by a Large Language Model (LLM) for enhanced data structuring and accuracy. The crawler was designed to extract key podcast information, including podcast titles, guest names/hosts, podcast summaries, related resources (e.g., articles), and podcast categories/keywords. To achieve this, I designed a functional and scalable workflow in n8n.io, utilizing web scraping nodes and custom scripts for precise data extraction. The workflow was integrated with n8n.io's database options to store the data in a structured format, ensuring compatibility with other applications. Consistent data extraction was ensured through multiple validation checks during the scraping process, and an LLM was employed to identify and refine extra
Podcast Data Extraction Workflow
For this project, I developed a robust web crawler to extract podcast data from the websites of Huberman Lab and Peter Attia MD. The crawler was implemented using the n8n.io platform, integrated with an existing n8n.io account for seamless team collaboration, and supported by a Large Language Model (LLM) for enhanced data structuring and accuracy. The crawler was designed to extract key podcast information, including podcast titles, guest names/hosts, podcast summaries, related resources (e.g., articles), and podcast categories/keywords. To achieve this, I designed a functional and scalable workflow in n8n.io, utilizing web scraping nodes and custom scripts for precise data extraction. The workflow was integrated with n8n.io's database options to store the data in a structured format, ensuring compatibility with other applications. Consistent data extraction was ensured through multiple validation checks during the scraping process, and an LLM was employed to identify and refine extra
Podcast Data Extraction Workflow
For this project, I developed a robust web crawler to extract podcast data from the websites of Huberman Lab and Peter Attia MD. The crawler was implemented using the n8n.io platform, integrated with an existing n8n.io account for seamless team collaboration, and supported by a Large Language Model (LLM) for enhanced data structuring and accuracy. The crawler was designed to extract key podcast information, including podcast titles, guest names/hosts, podcast summaries, related resources (e.g., articles), and podcast categories/keywords. To achieve this, I designed a functional and scalable workflow in n8n.io, utilizing web scraping nodes and custom scripts for precise data extraction. The workflow was integrated with n8n.io's database options to store the data in a structured format, ensuring compatibility with other applications. Consistent data extraction was ensured through multiple validation checks during the scraping process, and an LLM was employed to identify and refine extra
Podcast Data Extraction Workflow
For this project, I developed a robust web crawler to extract podcast data from the websites of Huberman Lab and Peter Attia MD. The crawler was implemented using the n8n.io platform, integrated with an existing n8n.io account for seamless team collaboration, and supported by a Large Language Model (LLM) for enhanced data structuring and accuracy. The crawler was designed to extract key podcast information, including podcast titles, guest names/hosts, podcast summaries, related resources (e.g., articles), and podcast categories/keywords. To achieve this, I designed a functional and scalable workflow in n8n.io, utilizing web scraping nodes and custom scripts for precise data extraction. The workflow was integrated with n8n.io's database options to store the data in a structured format, ensuring compatibility with other applications. Consistent data extraction was ensured through multiple validation checks during the scraping process, and an LLM was employed to identify and refine extra
Podcast Data Extraction Workflow
12452304
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
12451875
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
12445066
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
12444754
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
12453597
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
I developed a fully-functional web portal designed to facilitate seamless communication between parents and teachers while offering integrated attendance tracking features. The project involved creating distinct dashboards for both parents and teachers, allowing easy access to vital information such as class schedules, attendance history, and real-time notifications for class check-ins and check-outs. I ensured that the portal was responsive and optimized for various devices, including desktops, tablets, and smartphones. For the frontend, I utilized React.js to build an interactive and user-friendly interface. I incorporated various components such as class schedules, student attendance details, and real-time messaging to ensure a smooth and efficient user experience. The design was crafted with responsiveness in mind, using CSS frameworks and media queries to ensure compatibility across multiple screen sizes. The integration of real-time notifications ensured that parents and teacher
Parent-Teacher Communication Portal
12453535
For this project, I developed a robust web crawler to extract podcast data from the websites of Huberman Lab and Peter Attia MD. The crawler was implemented using the n8n.io platform, integrated with an existing n8n.io account for seamless team collaboration, and supported by a Large Language Model (LLM) for enhanced data structuring and accuracy. The crawler was designed to extract key podcast information, including podcast titles, guest names/hosts, podcast summaries, related resources (e.g., articles), and podcast categories/keywords. To achieve this, I designed a functional and scalable workflow in n8n.io, utilizing web scraping nodes and custom scripts for precise data extraction. The workflow was integrated with n8n.io's database options to store the data in a structured format, ensuring compatibility with other applications. Consistent data extraction was ensured through multiple validation checks during the scraping process, and an LLM was employed to identify and refine extra
Podcast Data Extraction Workflow
For this project, I developed a robust web crawler to extract podcast data from the websites of Huberman Lab and Peter Attia MD. The crawler was implemented using the n8n.io platform, integrated with an existing n8n.io account for seamless team collaboration, and supported by a Large Language Model (LLM) for enhanced data structuring and accuracy. The crawler was designed to extract key podcast information, including podcast titles, guest names/hosts, podcast summaries, related resources (e.g., articles), and podcast categories/keywords. To achieve this, I designed a functional and scalable workflow in n8n.io, utilizing web scraping nodes and custom scripts for precise data extraction. The workflow was integrated with n8n.io's database options to store the data in a structured format, ensuring compatibility with other applications. Consistent data extraction was ensured through multiple validation checks during the scraping process, and an LLM was employed to identify and refine extra
Podcast Data Extraction Workflow
For this project, I developed a robust web crawler to extract podcast data from the websites of Huberman Lab and Peter Attia MD. The crawler was implemented using the n8n.io platform, integrated with an existing n8n.io account for seamless team collaboration, and supported by a Large Language Model (LLM) for enhanced data structuring and accuracy. The crawler was designed to extract key podcast information, including podcast titles, guest names/hosts, podcast summaries, related resources (e.g., articles), and podcast categories/keywords. To achieve this, I designed a functional and scalable workflow in n8n.io, utilizing web scraping nodes and custom scripts for precise data extraction. The workflow was integrated with n8n.io's database options to store the data in a structured format, ensuring compatibility with other applications. Consistent data extraction was ensured through multiple validation checks during the scraping process, and an LLM was employed to identify and refine extra
Podcast Data Extraction Workflow
For this project, I developed a robust web crawler to extract podcast data from the websites of Huberman Lab and Peter Attia MD. The crawler was implemented using the n8n.io platform, integrated with an existing n8n.io account for seamless team collaboration, and supported by a Large Language Model (LLM) for enhanced data structuring and accuracy. The crawler was designed to extract key podcast information, including podcast titles, guest names/hosts, podcast summaries, related resources (e.g., articles), and podcast categories/keywords. To achieve this, I designed a functional and scalable workflow in n8n.io, utilizing web scraping nodes and custom scripts for precise data extraction. The workflow was integrated with n8n.io's database options to store the data in a structured format, ensuring compatibility with other applications. Consistent data extraction was ensured through multiple validation checks during the scraping process, and an LLM was employed to identify and refine extra
Podcast Data Extraction Workflow
For this project, I developed a robust web crawler to extract podcast data from the websites of Huberman Lab and Peter Attia MD. The crawler was implemented using the n8n.io platform, integrated with an existing n8n.io account for seamless team collaboration, and supported by a Large Language Model (LLM) for enhanced data structuring and accuracy. The crawler was designed to extract key podcast information, including podcast titles, guest names/hosts, podcast summaries, related resources (e.g., articles), and podcast categories/keywords. To achieve this, I designed a functional and scalable workflow in n8n.io, utilizing web scraping nodes and custom scripts for precise data extraction. The workflow was integrated with n8n.io's database options to store the data in a structured format, ensuring compatibility with other applications. Consistent data extraction was ensured through multiple validation checks during the scraping process, and an LLM was employed to identify and refine extra
Podcast Data Extraction Workflow
For this project, I developed a robust web crawler to extract podcast data from the websites of Huberman Lab and Peter Attia MD. The crawler was implemented using the n8n.io platform, integrated with an existing n8n.io account for seamless team collaboration, and supported by a Large Language Model (LLM) for enhanced data structuring and accuracy. The crawler was designed to extract key podcast information, including podcast titles, guest names/hosts, podcast summaries, related resources (e.g., articles), and podcast categories/keywords. To achieve this, I designed a functional and scalable workflow in n8n.io, utilizing web scraping nodes and custom scripts for precise data extraction. The workflow was integrated with n8n.io's database options to store the data in a structured format, ensuring compatibility with other applications. Consistent data extraction was ensured through multiple validation checks during the scraping process, and an LLM was employed to identify and refine extra
Podcast Data Extraction Workflow
12452304
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
I developed an advanced AI-based tool designed to enhance video dubbing, 3D character animation, and live-action composition. This software features AI-powered voice dubbing with support for over 100 languages, offering accurate translations and realistic voice synthesis for global accessibility. It also includes closed-captioning text generation and the ability to create custom voices, such as professional robot and alien voices, tailored specifically for 3D characters in videos. The tool automates 3D character animation, lighting, and composition, seamlessly integrating CG characters into live-action video scenes. Using advanced AI and machine learning, it manages rigging, realistic movement, and scene optimization to produce professional-grade outputs. Additionally, the software can render interactive 3D graphics and export them in HTML format, ensuring versatility and easy integration into various platforms. To enhance usability, I developed a user-friendly interface, enabling us
AI Video Dubbing & 3D Animation Tool
12451875
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
I successfully completed a project involving the retrieval and processing of flight schedules data. The work required proficiency in C programming, Java, and Python to handle various aspects of the task, including: Developing algorithms to fetch flight schedules data from multiple sources. Processing, parsing, and cleaning the data for efficient analysis and utilization. Ensuring compatibility and integration across platforms using C, Java, and Python. Implementing robust error handling and optimizing code performance to meet client requirements. The project was delivered on time, fully tested, and aligned with the client's specifications, demonstrating my expertise in multi-language programming and data processing.
Flight Schedules Data Processing
12445066
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
I developed a modern and scalable real estate property search platform inspired by Squareyards. The platform enables users to efficiently search for and filter properties based on key criteria such as location, price, and property type. Using React JS for the front-end, I created a dynamic and user-friendly interface that ensures a seamless experience across all devices. For the back-end, I leveraged Node.js to build a robust and efficient server, while utilizing Amazon DB for scalable and high-performance data storage to handle large volumes of real estate data. The project’s core feature is the property search portal, designed with a minimalist and modern approach to ensure both visual appeal and usability. I made the platform highly responsive and optimized for a variety of devices, with a focus on fast load times and a clean user interface. The architecture is modular, allowing easy integration of future features and third-party vendor/partner functionalities. This approach ensure
Scalable Property Search Web App.
12444754
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Shop360 is an AI-powered e-commerce platform designed to enhance the shopping experience. Upon logging in, users gain access to a detailed product page where they can explore items with rich descriptions, images, prices, and reviews. The platform boasts an array of filters allowing users to sort products by price (ascending or descending), alphabetical order (A to Z or Z to A), retailers like Amazon and Walmart, as well as by time (month or year), brand, color, and gender. With its user-friendly interface and comprehensive filtering options, Shop360 aims to streamline the online shopping process and provide a seamless journey for its users.
Shop360: AI-Driven E-Commerce Hub
Mabadiliko yamehifathiwa
4.9 · 133 Reviews
Ukaguzi
Picha ya Mtumiaji
Project for p4logics -- 2 • £5,975 GBP
This guy has a wonderful knowledge and fantastic patience I will definitely be working with him in the future
Paul E.
@Pauleadington
•
Bedera ya
Newcastle upon Tyne, United Kingdom
•
2 months ago
Shiriki
K
Social Networking App Development with Kotlin • Bei Haijawekwa wazi
All good, Mr. Deepak Soni delivered the project exactly the way I needed. Way before time. Few features that were originally not a part of the project were also included in my app with no additional cost - It was a fabulous experience working with p4logics - cheers
Kelvin K.
@KevinKed
•
Bedera ya
Sharjah, United Arab Emirates
•
4 months ago
Shiriki
V
Advanced Audio Speaker Identification System • Bei Haijawekwa wazi
The project is not completed according to the dispute
Víctor S.
@Victordssg
•
Bedera ya
MADRID, Spain
•
5 months ago
Shiriki
A
Algae Nutritional Values Compilation • Bei Haijawekwa wazi
Fast and reliable. Quickly replies in communication. Prompt to feedback. This is our second time hiring this company, We appreciated the work. We'll hire again if need it.
Lavinia P.
@AlgreenBV
•
Bedera ya
Wageningen, Netherlands
•
5 months ago
Shiriki
F
Simple Web Crawler for Podcast Data Extraction • Bei Haijawekwa wazi
totally uncomplicated process, very fast, delivered full project even before the deadline.
Friederike S.
@FrieSei
•
Bedera ya
Vienna, Austria
•
6 months ago
Shiriki
Uzoefu
Director
Jul, 2017 - Wasilisha
•
7 years, 6 months
P4logics Technologies pvt ltd
Jul, 2017 - Wasilisha
•
7 years, 6 months
We are experienced and passionate IT professionals providing high quality solutions to our clients. We are dealing in web development, web automation, android and ios app development.
Jul, 2017 - Wasilisha
•
7 years, 6 months
Software Engineer
Ago, 2014 - Jan, 2018
•
3 years, 5 months
Girnar Soft
Ago, 2014 - Jan, 2018
•
3 years, 5 months
Worked on java struts and spring framework, Completed many projects for girnar
Ago, 2014 - Jan, 2018
•
3 years, 5 months
Elimu
University of Rajasthan
2010 - 2014
•
4 years
B.Tech
Bedera ya
India
2010 - 2014
•
4 years
Vyeti
P
Preferred Freelancer Program SLA
US English - Level 1
US English
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