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Muhammad Hamza S.

@hamzakhan42

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Embedded | Firmware | IOT | Influencer Marketing

$15 USD / godz.
・
Flaga
Pakistan (12:00 PM)
・
Dołączył/a września 5, 2024
$15 USD / godz.
・
I am an experienced Embedded System Firmware Developer with over 3 years of expertise in firmware development for microcontrollers, sensors, and wireless modules using C, C++, and Assembly. Proficient in I2C, SPI, UART, CAN, and Bluetooth protocols, I am also skilled in electronics hardware design, AI, network design, and PCB layout optimization. With a B.ENG in Electrical and Electronics Engineering, I’ve successfully delivered projects like inverters, wireless power systems, RF transmitters, DC converters, voice-controlled home automation, and weather prediction models. I leverage platforms like Arduino, ESP, and Raspberry Pi to create innovative and reliable solutions. Also I have good experience in Influencer Marketing and Leads Generation
Weryfikacje
Freelancer Python Developers Pakistan
Wyświetl Wszystkie Python Developers w Pakistan

Portfolio

Portfolio

12453847
In this project client demand data related to moms take care of their babies and home decoration. He demands influencers Emails at Instagram. So, I gave him the good quality work according to the client's requirements.
Leads Generation
In this project client demand data related to moms take care of their babies and home decoration. He demands influencers Emails at Instagram. So, I gave him the good quality work according to the client's requirements.
Leads Generation
12453844
Client demands Fashion, Lifestyle And Sports Youtube data based in United Kingdom. He also fix the followers range. So, I give him his project according to the requirements he demanded.
Fashion, Lifestyle And Sports (UK)
Client demands Fashion, Lifestyle And Sports Youtube data based in United Kingdom. He also fix the followers range. So, I give him his project according to the requirements he demanded.
Fashion, Lifestyle And Sports (UK)
12453827
Project Overview: Designing and implementing an innovative ocean monitoring buoy equipped with a variety of sensors to collect and transmit essential environmental data. The buoy harnesses solar energy for power, ensuring sustainable operation in remote oceanic locations. Data transmitted via LoRa technology provides valuable insights into ocean conditions, including temperature, airspeed, wind direction, and weather conditions. Key Features - ➣ Remote Ocean Monitoring: Real-time data collection and transmission from remote oceanic locations. ➣ Environmental Sensors: Integration of various sensors to monitor temperature, airspeed, wind direction, and weather conditions. ➣ Sustainable Power Source: Utilization of solar energy for powering the buoy, ensuring long-term operation and reducing environmental impact. ➣ LoRa Communication: Long-range communication using LoRa technology for transmitting data efficiently over extended distances. Technologies Used - ➣ LoRa (Long-Range): Enable
Ocean Monitoring Buoy Power / solar
Project Overview: Designing and implementing an innovative ocean monitoring buoy equipped with a variety of sensors to collect and transmit essential environmental data. The buoy harnesses solar energy for power, ensuring sustainable operation in remote oceanic locations. Data transmitted via LoRa technology provides valuable insights into ocean conditions, including temperature, airspeed, wind direction, and weather conditions. Key Features - ➣ Remote Ocean Monitoring: Real-time data collection and transmission from remote oceanic locations. ➣ Environmental Sensors: Integration of various sensors to monitor temperature, airspeed, wind direction, and weather conditions. ➣ Sustainable Power Source: Utilization of solar energy for powering the buoy, ensuring long-term operation and reducing environmental impact. ➣ LoRa Communication: Long-range communication using LoRa technology for transmitting data efficiently over extended distances. Technologies Used - ➣ LoRa (Long-Range): Enable
Ocean Monitoring Buoy Power / solar
12453819
Designed and implemented a data acquisition system using FPGA for real-time processing of sensor data in an industrial environment. Technologies Used: ⦿ Hardware: FPGA (Altera Cyclone V), ADC (Analog Devices AD7606), Sensors (various) ⦿ Software: VHDL, Quartus II, MATLAB for simulation and data analysis ⦿ Tools: Oscilloscope, Logic Analyzer, PCB design tools (Altium Designer) Objective: To create a high-speed, reliable data acquisition system capable of processing real-time data from multiple sensors with minimal latency. Design and Development: ⦿ Include a detailed block diagram illustrating the system architecture. ⦿ Highlight key components: sensors, ADC, FPGA, data storage, and communication interfaces. FPGA Design: ⦿ Provide snippets of the VHDL code used for implementing the data acquisition logic. ⦿ Explain key modules such as data sampling, buffering, and transmission. PCB Design: ⦿ Include images or screenshots of the PCB schematic and layout. ⦿ Explain the reasoning behi
FPGA-based Data Acquisition System
Designed and implemented a data acquisition system using FPGA for real-time processing of sensor data in an industrial environment. Technologies Used: ⦿ Hardware: FPGA (Altera Cyclone V), ADC (Analog Devices AD7606), Sensors (various) ⦿ Software: VHDL, Quartus II, MATLAB for simulation and data analysis ⦿ Tools: Oscilloscope, Logic Analyzer, PCB design tools (Altium Designer) Objective: To create a high-speed, reliable data acquisition system capable of processing real-time data from multiple sensors with minimal latency. Design and Development: ⦿ Include a detailed block diagram illustrating the system architecture. ⦿ Highlight key components: sensors, ADC, FPGA, data storage, and communication interfaces. FPGA Design: ⦿ Provide snippets of the VHDL code used for implementing the data acquisition logic. ⦿ Explain key modules such as data sampling, buffering, and transmission. PCB Design: ⦿ Include images or screenshots of the PCB schematic and layout. ⦿ Explain the reasoning behi
FPGA-based Data Acquisition System
12453809
Welcome to my LoRa-based wireless projects portfolio, where innovation meets connectivity! I am excited to showcase a range of projects that harness the power of LoRa technology, combining Heltec modules, Arduino MKR boards, and other cutting-edge LoRa modules. With a strong commitment to wireless solutions, these projects demonstrate my expertise in creating robust and efficient wireless communication systems. 1. Smart Agriculture Monitoring System - Description: Designed a LoRa-based smart agriculture solution using Heltec LoRa modules. Integrated Arduino MKR for data collection and transmission. Monitored soil moisture, temperature, and humidity, providing real-time insights to optimize crop health. Modules Used: Heltec ESP32 LoRa, Arduino MKR GSM 1400, DHT22 sensor. 2.Urban Environmental Sensing Network- Description: Created an urban sensing network using LoRa for air quality monitoring. Deployed various LoRa modules for data collection from multiple sensor nodes. Arduino MKR pro
LoRa-Based Wireless Projects
Welcome to my LoRa-based wireless projects portfolio, where innovation meets connectivity! I am excited to showcase a range of projects that harness the power of LoRa technology, combining Heltec modules, Arduino MKR boards, and other cutting-edge LoRa modules. With a strong commitment to wireless solutions, these projects demonstrate my expertise in creating robust and efficient wireless communication systems. 1. Smart Agriculture Monitoring System - Description: Designed a LoRa-based smart agriculture solution using Heltec LoRa modules. Integrated Arduino MKR for data collection and transmission. Monitored soil moisture, temperature, and humidity, providing real-time insights to optimize crop health. Modules Used: Heltec ESP32 LoRa, Arduino MKR GSM 1400, DHT22 sensor. 2.Urban Environmental Sensing Network- Description: Created an urban sensing network using LoRa for air quality monitoring. Deployed various LoRa modules for data collection from multiple sensor nodes. Arduino MKR pro
LoRa-Based Wireless Projects
12453803
Are you searching for an accomplished embedded design expert who can seamlessly blend innovation, precision, and reverse engineering to bring your electronic concepts to life? Your search ends here! I am your dedicated partner on Fiverr, committed to transforming your ideas into fully functional embedded systems that exceed your expectations. Portfolio Highlights: 1.Embedded Design Mastery: With a wealth of experience in embedded systems design, I specialize in creating robust, efficient, and feature-rich PCBs for a diverse range of applications. Whether it's IoT devices, robotics, or automation systems. 2.Reverse Engineering Excellence: If you have an existing product that needs enhancement or replication, my expertise in reverse engineering can play a pivotal role. I meticulously dissect and understand complex systems, enabling me to recreate or improve upon them, maintaining compatibility and functionality. 3.Prototyping Prowess: Prototyping is where ideas come to life. I excel a
PCB Design and Hardware Dev.
Are you searching for an accomplished embedded design expert who can seamlessly blend innovation, precision, and reverse engineering to bring your electronic concepts to life? Your search ends here! I am your dedicated partner on Fiverr, committed to transforming your ideas into fully functional embedded systems that exceed your expectations. Portfolio Highlights: 1.Embedded Design Mastery: With a wealth of experience in embedded systems design, I specialize in creating robust, efficient, and feature-rich PCBs for a diverse range of applications. Whether it's IoT devices, robotics, or automation systems. 2.Reverse Engineering Excellence: If you have an existing product that needs enhancement or replication, my expertise in reverse engineering can play a pivotal role. I meticulously dissect and understand complex systems, enabling me to recreate or improve upon them, maintaining compatibility and functionality. 3.Prototyping Prowess: Prototyping is where ideas come to life. I excel a
PCB Design and Hardware Dev.
Are you searching for an accomplished embedded design expert who can seamlessly blend innovation, precision, and reverse engineering to bring your electronic concepts to life? Your search ends here! I am your dedicated partner on Fiverr, committed to transforming your ideas into fully functional embedded systems that exceed your expectations. Portfolio Highlights: 1.Embedded Design Mastery: With a wealth of experience in embedded systems design, I specialize in creating robust, efficient, and feature-rich PCBs for a diverse range of applications. Whether it's IoT devices, robotics, or automation systems. 2.Reverse Engineering Excellence: If you have an existing product that needs enhancement or replication, my expertise in reverse engineering can play a pivotal role. I meticulously dissect and understand complex systems, enabling me to recreate or improve upon them, maintaining compatibility and functionality. 3.Prototyping Prowess: Prototyping is where ideas come to life. I excel a
PCB Design and Hardware Dev.
12453847
In this project client demand data related to moms take care of their babies and home decoration. He demands influencers Emails at Instagram. So, I gave him the good quality work according to the client's requirements.
Leads Generation
In this project client demand data related to moms take care of their babies and home decoration. He demands influencers Emails at Instagram. So, I gave him the good quality work according to the client's requirements.
Leads Generation
12453844
Client demands Fashion, Lifestyle And Sports Youtube data based in United Kingdom. He also fix the followers range. So, I give him his project according to the requirements he demanded.
Fashion, Lifestyle And Sports (UK)
Client demands Fashion, Lifestyle And Sports Youtube data based in United Kingdom. He also fix the followers range. So, I give him his project according to the requirements he demanded.
Fashion, Lifestyle And Sports (UK)
12453827
Project Overview: Designing and implementing an innovative ocean monitoring buoy equipped with a variety of sensors to collect and transmit essential environmental data. The buoy harnesses solar energy for power, ensuring sustainable operation in remote oceanic locations. Data transmitted via LoRa technology provides valuable insights into ocean conditions, including temperature, airspeed, wind direction, and weather conditions. Key Features - ➣ Remote Ocean Monitoring: Real-time data collection and transmission from remote oceanic locations. ➣ Environmental Sensors: Integration of various sensors to monitor temperature, airspeed, wind direction, and weather conditions. ➣ Sustainable Power Source: Utilization of solar energy for powering the buoy, ensuring long-term operation and reducing environmental impact. ➣ LoRa Communication: Long-range communication using LoRa technology for transmitting data efficiently over extended distances. Technologies Used - ➣ LoRa (Long-Range): Enable
Ocean Monitoring Buoy Power / solar
Project Overview: Designing and implementing an innovative ocean monitoring buoy equipped with a variety of sensors to collect and transmit essential environmental data. The buoy harnesses solar energy for power, ensuring sustainable operation in remote oceanic locations. Data transmitted via LoRa technology provides valuable insights into ocean conditions, including temperature, airspeed, wind direction, and weather conditions. Key Features - ➣ Remote Ocean Monitoring: Real-time data collection and transmission from remote oceanic locations. ➣ Environmental Sensors: Integration of various sensors to monitor temperature, airspeed, wind direction, and weather conditions. ➣ Sustainable Power Source: Utilization of solar energy for powering the buoy, ensuring long-term operation and reducing environmental impact. ➣ LoRa Communication: Long-range communication using LoRa technology for transmitting data efficiently over extended distances. Technologies Used - ➣ LoRa (Long-Range): Enable
Ocean Monitoring Buoy Power / solar
12453819
Designed and implemented a data acquisition system using FPGA for real-time processing of sensor data in an industrial environment. Technologies Used: ⦿ Hardware: FPGA (Altera Cyclone V), ADC (Analog Devices AD7606), Sensors (various) ⦿ Software: VHDL, Quartus II, MATLAB for simulation and data analysis ⦿ Tools: Oscilloscope, Logic Analyzer, PCB design tools (Altium Designer) Objective: To create a high-speed, reliable data acquisition system capable of processing real-time data from multiple sensors with minimal latency. Design and Development: ⦿ Include a detailed block diagram illustrating the system architecture. ⦿ Highlight key components: sensors, ADC, FPGA, data storage, and communication interfaces. FPGA Design: ⦿ Provide snippets of the VHDL code used for implementing the data acquisition logic. ⦿ Explain key modules such as data sampling, buffering, and transmission. PCB Design: ⦿ Include images or screenshots of the PCB schematic and layout. ⦿ Explain the reasoning behi
FPGA-based Data Acquisition System
Designed and implemented a data acquisition system using FPGA for real-time processing of sensor data in an industrial environment. Technologies Used: ⦿ Hardware: FPGA (Altera Cyclone V), ADC (Analog Devices AD7606), Sensors (various) ⦿ Software: VHDL, Quartus II, MATLAB for simulation and data analysis ⦿ Tools: Oscilloscope, Logic Analyzer, PCB design tools (Altium Designer) Objective: To create a high-speed, reliable data acquisition system capable of processing real-time data from multiple sensors with minimal latency. Design and Development: ⦿ Include a detailed block diagram illustrating the system architecture. ⦿ Highlight key components: sensors, ADC, FPGA, data storage, and communication interfaces. FPGA Design: ⦿ Provide snippets of the VHDL code used for implementing the data acquisition logic. ⦿ Explain key modules such as data sampling, buffering, and transmission. PCB Design: ⦿ Include images or screenshots of the PCB schematic and layout. ⦿ Explain the reasoning behi
FPGA-based Data Acquisition System
12453809
Welcome to my LoRa-based wireless projects portfolio, where innovation meets connectivity! I am excited to showcase a range of projects that harness the power of LoRa technology, combining Heltec modules, Arduino MKR boards, and other cutting-edge LoRa modules. With a strong commitment to wireless solutions, these projects demonstrate my expertise in creating robust and efficient wireless communication systems. 1. Smart Agriculture Monitoring System - Description: Designed a LoRa-based smart agriculture solution using Heltec LoRa modules. Integrated Arduino MKR for data collection and transmission. Monitored soil moisture, temperature, and humidity, providing real-time insights to optimize crop health. Modules Used: Heltec ESP32 LoRa, Arduino MKR GSM 1400, DHT22 sensor. 2.Urban Environmental Sensing Network- Description: Created an urban sensing network using LoRa for air quality monitoring. Deployed various LoRa modules for data collection from multiple sensor nodes. Arduino MKR pro
LoRa-Based Wireless Projects
Welcome to my LoRa-based wireless projects portfolio, where innovation meets connectivity! I am excited to showcase a range of projects that harness the power of LoRa technology, combining Heltec modules, Arduino MKR boards, and other cutting-edge LoRa modules. With a strong commitment to wireless solutions, these projects demonstrate my expertise in creating robust and efficient wireless communication systems. 1. Smart Agriculture Monitoring System - Description: Designed a LoRa-based smart agriculture solution using Heltec LoRa modules. Integrated Arduino MKR for data collection and transmission. Monitored soil moisture, temperature, and humidity, providing real-time insights to optimize crop health. Modules Used: Heltec ESP32 LoRa, Arduino MKR GSM 1400, DHT22 sensor. 2.Urban Environmental Sensing Network- Description: Created an urban sensing network using LoRa for air quality monitoring. Deployed various LoRa modules for data collection from multiple sensor nodes. Arduino MKR pro
LoRa-Based Wireless Projects
12453803
Are you searching for an accomplished embedded design expert who can seamlessly blend innovation, precision, and reverse engineering to bring your electronic concepts to life? Your search ends here! I am your dedicated partner on Fiverr, committed to transforming your ideas into fully functional embedded systems that exceed your expectations. Portfolio Highlights: 1.Embedded Design Mastery: With a wealth of experience in embedded systems design, I specialize in creating robust, efficient, and feature-rich PCBs for a diverse range of applications. Whether it's IoT devices, robotics, or automation systems. 2.Reverse Engineering Excellence: If you have an existing product that needs enhancement or replication, my expertise in reverse engineering can play a pivotal role. I meticulously dissect and understand complex systems, enabling me to recreate or improve upon them, maintaining compatibility and functionality. 3.Prototyping Prowess: Prototyping is where ideas come to life. I excel a
PCB Design and Hardware Dev.
Are you searching for an accomplished embedded design expert who can seamlessly blend innovation, precision, and reverse engineering to bring your electronic concepts to life? Your search ends here! I am your dedicated partner on Fiverr, committed to transforming your ideas into fully functional embedded systems that exceed your expectations. Portfolio Highlights: 1.Embedded Design Mastery: With a wealth of experience in embedded systems design, I specialize in creating robust, efficient, and feature-rich PCBs for a diverse range of applications. Whether it's IoT devices, robotics, or automation systems. 2.Reverse Engineering Excellence: If you have an existing product that needs enhancement or replication, my expertise in reverse engineering can play a pivotal role. I meticulously dissect and understand complex systems, enabling me to recreate or improve upon them, maintaining compatibility and functionality. 3.Prototyping Prowess: Prototyping is where ideas come to life. I excel a
PCB Design and Hardware Dev.
Are you searching for an accomplished embedded design expert who can seamlessly blend innovation, precision, and reverse engineering to bring your electronic concepts to life? Your search ends here! I am your dedicated partner on Fiverr, committed to transforming your ideas into fully functional embedded systems that exceed your expectations. Portfolio Highlights: 1.Embedded Design Mastery: With a wealth of experience in embedded systems design, I specialize in creating robust, efficient, and feature-rich PCBs for a diverse range of applications. Whether it's IoT devices, robotics, or automation systems. 2.Reverse Engineering Excellence: If you have an existing product that needs enhancement or replication, my expertise in reverse engineering can play a pivotal role. I meticulously dissect and understand complex systems, enabling me to recreate or improve upon them, maintaining compatibility and functionality. 3.Prototyping Prowess: Prototyping is where ideas come to life. I excel a
PCB Design and Hardware Dev.
Zmiany zapisane
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Oceny
Brak ocen do zobaczenia!
Edukacja
University of Engineering and Technology, Taxila
2019 - 2023
•
4 lata
Electrical Engineering
Flaga
Pakistan
2019 - 2023
•
4 lata
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