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Muhammad Adeel A.

@Adeel2k14

annual-level-two.svgverified-v2.svg
4,8
80
6,4
6,4
88%

PCB & Circuit Design| IoT & Firmware Development

$20 USD / Stunde
・
Flagge von
Pakistan (6:08 AM)
・
Joined on März 29, 2020
$20 USD / Stunde
・
I am professional electrical engineer and have expertise in solving electrical problem. I have designed various electronic circuit and PCB boards using latest electrical design tools i.e. proteus, Eagle and Altium. Currently i am working as electrical design engineer in a reputed firm based in Germany as Hardware embedded Design Engineer. My expertise and experience in the field of electrical and electronics will be an assets for you and helpful in solving your problem.
Überprüfungen
Pünktlich
88 %
Im Budget
93 %
Annahmequote
78 %
Wiederholungsquote beim Engagieren
8 %
Freelancer Electronics Engineers Pakistan
Alle Electronics Engineers in Pakistan ansehen

Portfolio

Portfolio

12346270
Developed an RGB LED controller using ESP32, featuring a web-based GUI for precise control over LED color and intensity. Integrated stepper motor functionality for homing position and halt detection, with custom firmware to manage both lighting and motor movements seamlessly. This project showcases my expertise in ESP32 programming, web-based interfaces, and motor control.
RGB LED controller of a 3D Scanner
12346259
We developed a dev board based on esp32-dwdoq6 chip, the developed board was designed in KiCAD and it contains the following components. 1- DC-DC converter 2- SRAM 64Mb 3- Flash memory 128MB 4- Embedded Antenna for wifi and bluetooth communication 5- RGB LED Following picture illustrate the image of PCB.
ESP32-DOWDQ6 Dev kit
We developed a dev board based on esp32-dwdoq6 chip, the developed board was designed in KiCAD and it contains the following components. 1- DC-DC converter 2- SRAM 64Mb 3- Flash memory 128MB 4- Embedded Antenna for wifi and bluetooth communication 5- RGB LED Following picture illustrate the image of PCB.
ESP32-DOWDQ6 Dev kit
We developed a dev board based on esp32-dwdoq6 chip, the developed board was designed in KiCAD and it contains the following components. 1- DC-DC converter 2- SRAM 64Mb 3- Flash memory 128MB 4- Embedded Antenna for wifi and bluetooth communication 5- RGB LED Following picture illustrate the image of PCB.
ESP32-DOWDQ6 Dev kit
12126314
I designed a 4-layer DC power supply in Altium Designer that converts 36V to 24V (300W) and 12V (20W) using a TDK module and LM2596 with a buck-boost configuration. This design showcases my expertise in high-efficiency power management solutions.
300W DC 24V and 12V Supply
I designed a 4-layer DC power supply in Altium Designer that converts 36V to 24V (300W) and 12V (20W) using a TDK module and LM2596 with a buck-boost configuration. This design showcases my expertise in high-efficiency power management solutions.
300W DC 24V and 12V Supply
I designed a 4-layer DC power supply in Altium Designer that converts 36V to 24V (300W) and 12V (20W) using a TDK module and LM2596 with a buck-boost configuration. This design showcases my expertise in high-efficiency power management solutions.
300W DC 24V and 12V Supply
12050000
I recently completed the design of a gaming product called the Digital Display Cube using Altium. This innovative device features a flex PCB utilizing an ESP32 microcontroller. Designed as a 2-layer PCB with a stiffener for support, the cube creates captivating 3D holograms inside a compact enclosure. This project highlights my proficiency in flexible PCB design and integration of advanced microcontrollers for interactive gaming experiences
Digital Display Cube
I recently completed the design of a gaming product called the Digital Display Cube using Altium. This innovative device features a flex PCB utilizing an ESP32 microcontroller. Designed as a 2-layer PCB with a stiffener for support, the cube creates captivating 3D holograms inside a compact enclosure. This project highlights my proficiency in flexible PCB design and integration of advanced microcontrollers for interactive gaming experiences
Digital Display Cube
I recently completed the design of a gaming product called the Digital Display Cube using Altium. This innovative device features a flex PCB utilizing an ESP32 microcontroller. Designed as a 2-layer PCB with a stiffener for support, the cube creates captivating 3D holograms inside a compact enclosure. This project highlights my proficiency in flexible PCB design and integration of advanced microcontrollers for interactive gaming experiences
Digital Display Cube
12049932
I recently designed an advanced ATX power supply on an 8-layer board, utilizing TI instrument ICs and adhering to ATX power standards. This robust design supports a 30V input and efficiently delivers multiple output voltages: 5V at 5A 12V at 30A -12V Capable of delivering up to 500W DC power, this project underscores my expertise in high-performance power supply design for demanding computer systems.
ATX Power Supply Design
I recently designed an advanced ATX power supply on an 8-layer board, utilizing TI instrument ICs and adhering to ATX power standards. This robust design supports a 30V input and efficiently delivers multiple output voltages: 5V at 5A 12V at 30A -12V Capable of delivering up to 500W DC power, this project underscores my expertise in high-performance power supply design for demanding computer systems.
ATX Power Supply Design
I recently designed an advanced ATX power supply on an 8-layer board, utilizing TI instrument ICs and adhering to ATX power standards. This robust design supports a 30V input and efficiently delivers multiple output voltages: 5V at 5A 12V at 30A -12V Capable of delivering up to 500W DC power, this project underscores my expertise in high-performance power supply design for demanding computer systems.
ATX Power Supply Design
12049730
In this project, I developed an 8-layer carrier board for the Jetson Orin baseboard, showcasing my expertise in advanced PCB design and integration. Key features of the board include: HDMI, USB 3.0, and USB 2.0 connectors PCIe and M.2 connectors SD card slot and Ethernet port FPC connector for camera and CAN connector UART, GPIO pins, and solenoid integration Comprehensive power management circuitry This project highlights my skills in mixed signal, high-speed digital, power converter, and analog PCB designs, as well as my ability to handle complex component integration and power management solutions.
Jetson Orin Baseboard Carrier Board
In this project, I developed an 8-layer carrier board for the Jetson Orin baseboard, showcasing my expertise in advanced PCB design and integration. Key features of the board include: HDMI, USB 3.0, and USB 2.0 connectors PCIe and M.2 connectors SD card slot and Ethernet port FPC connector for camera and CAN connector UART, GPIO pins, and solenoid integration Comprehensive power management circuitry This project highlights my skills in mixed signal, high-speed digital, power converter, and analog PCB designs, as well as my ability to handle complex component integration and power management solutions.
Jetson Orin Baseboard Carrier Board
In this project, I developed an 8-layer carrier board for the Jetson Orin baseboard, showcasing my expertise in advanced PCB design and integration. Key features of the board include: HDMI, USB 3.0, and USB 2.0 connectors PCIe and M.2 connectors SD card slot and Ethernet port FPC connector for camera and CAN connector UART, GPIO pins, and solenoid integration Comprehensive power management circuitry This project highlights my skills in mixed signal, high-speed digital, power converter, and analog PCB designs, as well as my ability to handle complex component integration and power management solutions.
Jetson Orin Baseboard Carrier Board
12346270
Developed an RGB LED controller using ESP32, featuring a web-based GUI for precise control over LED color and intensity. Integrated stepper motor functionality for homing position and halt detection, with custom firmware to manage both lighting and motor movements seamlessly. This project showcases my expertise in ESP32 programming, web-based interfaces, and motor control.
RGB LED controller of a 3D Scanner
12346259
We developed a dev board based on esp32-dwdoq6 chip, the developed board was designed in KiCAD and it contains the following components. 1- DC-DC converter 2- SRAM 64Mb 3- Flash memory 128MB 4- Embedded Antenna for wifi and bluetooth communication 5- RGB LED Following picture illustrate the image of PCB.
ESP32-DOWDQ6 Dev kit
We developed a dev board based on esp32-dwdoq6 chip, the developed board was designed in KiCAD and it contains the following components. 1- DC-DC converter 2- SRAM 64Mb 3- Flash memory 128MB 4- Embedded Antenna for wifi and bluetooth communication 5- RGB LED Following picture illustrate the image of PCB.
ESP32-DOWDQ6 Dev kit
We developed a dev board based on esp32-dwdoq6 chip, the developed board was designed in KiCAD and it contains the following components. 1- DC-DC converter 2- SRAM 64Mb 3- Flash memory 128MB 4- Embedded Antenna for wifi and bluetooth communication 5- RGB LED Following picture illustrate the image of PCB.
ESP32-DOWDQ6 Dev kit
12126314
I designed a 4-layer DC power supply in Altium Designer that converts 36V to 24V (300W) and 12V (20W) using a TDK module and LM2596 with a buck-boost configuration. This design showcases my expertise in high-efficiency power management solutions.
300W DC 24V and 12V Supply
I designed a 4-layer DC power supply in Altium Designer that converts 36V to 24V (300W) and 12V (20W) using a TDK module and LM2596 with a buck-boost configuration. This design showcases my expertise in high-efficiency power management solutions.
300W DC 24V and 12V Supply
I designed a 4-layer DC power supply in Altium Designer that converts 36V to 24V (300W) and 12V (20W) using a TDK module and LM2596 with a buck-boost configuration. This design showcases my expertise in high-efficiency power management solutions.
300W DC 24V and 12V Supply
12050000
I recently completed the design of a gaming product called the Digital Display Cube using Altium. This innovative device features a flex PCB utilizing an ESP32 microcontroller. Designed as a 2-layer PCB with a stiffener for support, the cube creates captivating 3D holograms inside a compact enclosure. This project highlights my proficiency in flexible PCB design and integration of advanced microcontrollers for interactive gaming experiences
Digital Display Cube
I recently completed the design of a gaming product called the Digital Display Cube using Altium. This innovative device features a flex PCB utilizing an ESP32 microcontroller. Designed as a 2-layer PCB with a stiffener for support, the cube creates captivating 3D holograms inside a compact enclosure. This project highlights my proficiency in flexible PCB design and integration of advanced microcontrollers for interactive gaming experiences
Digital Display Cube
I recently completed the design of a gaming product called the Digital Display Cube using Altium. This innovative device features a flex PCB utilizing an ESP32 microcontroller. Designed as a 2-layer PCB with a stiffener for support, the cube creates captivating 3D holograms inside a compact enclosure. This project highlights my proficiency in flexible PCB design and integration of advanced microcontrollers for interactive gaming experiences
Digital Display Cube
12049932
I recently designed an advanced ATX power supply on an 8-layer board, utilizing TI instrument ICs and adhering to ATX power standards. This robust design supports a 30V input and efficiently delivers multiple output voltages: 5V at 5A 12V at 30A -12V Capable of delivering up to 500W DC power, this project underscores my expertise in high-performance power supply design for demanding computer systems.
ATX Power Supply Design
I recently designed an advanced ATX power supply on an 8-layer board, utilizing TI instrument ICs and adhering to ATX power standards. This robust design supports a 30V input and efficiently delivers multiple output voltages: 5V at 5A 12V at 30A -12V Capable of delivering up to 500W DC power, this project underscores my expertise in high-performance power supply design for demanding computer systems.
ATX Power Supply Design
I recently designed an advanced ATX power supply on an 8-layer board, utilizing TI instrument ICs and adhering to ATX power standards. This robust design supports a 30V input and efficiently delivers multiple output voltages: 5V at 5A 12V at 30A -12V Capable of delivering up to 500W DC power, this project underscores my expertise in high-performance power supply design for demanding computer systems.
ATX Power Supply Design
12049730
In this project, I developed an 8-layer carrier board for the Jetson Orin baseboard, showcasing my expertise in advanced PCB design and integration. Key features of the board include: HDMI, USB 3.0, and USB 2.0 connectors PCIe and M.2 connectors SD card slot and Ethernet port FPC connector for camera and CAN connector UART, GPIO pins, and solenoid integration Comprehensive power management circuitry This project highlights my skills in mixed signal, high-speed digital, power converter, and analog PCB designs, as well as my ability to handle complex component integration and power management solutions.
Jetson Orin Baseboard Carrier Board
In this project, I developed an 8-layer carrier board for the Jetson Orin baseboard, showcasing my expertise in advanced PCB design and integration. Key features of the board include: HDMI, USB 3.0, and USB 2.0 connectors PCIe and M.2 connectors SD card slot and Ethernet port FPC connector for camera and CAN connector UART, GPIO pins, and solenoid integration Comprehensive power management circuitry This project highlights my skills in mixed signal, high-speed digital, power converter, and analog PCB designs, as well as my ability to handle complex component integration and power management solutions.
Jetson Orin Baseboard Carrier Board
In this project, I developed an 8-layer carrier board for the Jetson Orin baseboard, showcasing my expertise in advanced PCB design and integration. Key features of the board include: HDMI, USB 3.0, and USB 2.0 connectors PCIe and M.2 connectors SD card slot and Ethernet port FPC connector for camera and CAN connector UART, GPIO pins, and solenoid integration Comprehensive power management circuitry This project highlights my skills in mixed signal, high-speed digital, power converter, and analog PCB designs, as well as my ability to handle complex component integration and power management solutions.
Jetson Orin Baseboard Carrier Board
Änderungen wurden gespeichert
4.8 · 80 Reviews
Bewertungen
J
fix or build simple small lithium ion battery protection board • $20 USD
Muhammad was a fantastic communicator. He was patient with me, as I am not a technical person at all, and he took the time to ask questions to understand what was needed for my project. He went the extra mile and helped me by uploading the created design to JLPPCB for order fulfillment. I absolutely recommend Muhammad and would definitely hire him again!
Jaime T.
@JCTurner15
•
Flagge von
Columbia, United States
•
vor 5 Tagen
Teilen
M
1 MW Off-Grid Solar Project Engineer • $375 USD
Mohamed ia responsive
Muizplanet
@Muizplanet
•
Flagge von
Safwa, Saudi Arabia
•
vor 8 Tagen
Teilen
D
ESP32-REACTJS-DEVKIT -- 2 • $118 USD
I had the privilege of collaborating with an exceptional freelancer on a 3cm ESP board, and I can't praise his work enough. From our first meeting, his expertise was clear. He is a true authority in bga, demonstrating a mastery that reflects in every detail of the project. His attention to detail and innovative approach not only met but exceeded my expectations. with him was a seamless experience, and I wholeheartedly recommend him to anyone seeking top-notch design and engineering expertise.
Silvio V.
@donuta2
•
Flagge von
Rimini, Italy
•
vor 10 Tagen
Teilen
R
Simulation model and pcb design • $10 USD
Project was cancelled
Emre
@rajank62
•
Flagge von
MEL?KGAZ?, Turkey
•
vor 16 Tagen
Teilen
P
High Power LED Buck Driver Optimization - 03/08/2024 21:31 EDT • $140 AUD
He was easy to work with, communication was good.
Paul A.
@pabbott
•
Flagge von
Plympton Park, Australia
•
vor 3 Monaten
Teilen
Erfahrung
Senior Electronics Engineer (Hardware)
Jan., 2024 - Aktuell
•
9 Monate, 12 Tage
DEVOMECH Solutions Pvt Ltd.
Jan., 2024 - Aktuell
•
9 Monate, 12 Tage
Responsibilities include leading R&D efforts, ensuring project timelines, optimizing PCB layouts, and providing technical guidance to junior engineers. Strong CAD proficiency. Experience in team leadership and electronics design principles is preferred. Drive innovation in electronics-based product development.
Jan., 2024 - Aktuell
•
9 Monate, 12 Tage
Hardware Design Engineer
Sept., 2022 - Dez., 2023
•
1 Jahr, 3 Monate
Oxeltech
Sept., 2022 - Dez., 2023
•
1 Jahr, 3 Monate
1. Research and development activities in the field of electrical and electronics engineering. 2. Design and simulation of circuits and electronic modules. 3. Programming of microcontrollers. 4. Verification and validation of designs before assembly. 5. Troubleshooting of the developed systems. 6. Develop automation processes and design practices to increase the quality control standards of the electronic R&D department.
Sept., 2022 - Dez., 2023
•
1 Jahr, 3 Monate
Electronics Engineer
Sept., 2021 - Aug., 2022
•
11 Monate, 1 Tag
NXG Impacts
Sept., 2021 - Aug., 2022
•
11 Monate, 1 Tag
Develop design specifications and functional requirements for residential, commercial, or industrial custom products based on embedded system design. Designing PCB and programing of micro-controller and microprocessor to meet the end user requirement. Projects 1- Bluetooth Portable Speaker (Firmware Design & Hardware). 2- 100W amplifier board (32-bit resolution)
Sept., 2021 - Aug., 2022
•
11 Monate, 1 Tag
Bildung
University of Engineering and Technology, Taxila
2014 - 2018
•
4 Jahre
Bsc. Electronics Engineer
Flagge von
Pakistan
2014 - 2018
•
4 Jahre
Qualifikationen
ESP32 + Databases to Control Anything Anywhere
2023
Udemy
This certificate above verifies that Muhammad Adeel successfully completed the course ESP32 + Databases to Control Anything Anywhere on 12/09/2023 as taught by Educational Engineering Team, Ashraf Said AlMadhoun on Udemy. The certificate indicates the entire course was completed as validated by the student. The course duration represents the total video hours of the course at time of most recent completion.
2023
Advanced Hardware and PCB Design Masterclass 2022 -EsteemPCB
2023
Udemy
This certificate above verifies that Muhammad Adeel successfully completed the course Advanced Hardware and PCB Design Masterclass 2022 -EsteemPCB on 06/18/2023 as taught by Aviral Mishra on Udemy. The certificate indicates the entire course was completed as validated by the student. The course duration represents the total video hours of the course at time of most recent completion.
2023
Zertifikate
P
Preferred Freelancer Program SLA
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