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Electrical Engineering
Electronics
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Microcontroller
PCB Layout
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$20 USD / heure
Drapeau de PAKISTAN
rawalpindi, pakistan
$20 USD / heure
Il est actuellement 7:45 AM ici
Rejoint le mars 29, 2020
1 Recommandation

Muhammad Adeel A.

@Adeel2k14

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 4,9 (69 commentaires)
6,1
6,1
80%
80%
$20 USD / heure
Drapeau de PAKISTAN
rawalpindi, pakistan
$20 USD / heure
89 %
Travaux complétés
90 %
Suivant le budget
90 %
Dans les temps
10 %
Taux de réembauche

PCB & Circuit Design| IoT & Firmware Development

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.
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Contactez Muhammad Adeel A. concernant votre travail

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Portfolio

11865612
This board is designed to convert HDMI signals to USB, we did improvements in the design in terms of PCB routes. High speed differential routes are tuned to have equal length routes. A functional board is produced an tested on client side.
HDMI to USB converter
11865591
The device is designed to do the mining job using a ASIC mining IC. Mining IC relates to esp32 to input data to ASIC IC and get the processed data. During Processing ASIC Mining IC consumes a lot of power thus DC-DC converter is required to regulate the power. DC-DC converter regulates DC power to power up ASIC IC without any interruption. Voltage controller allows the esp32 to maintain the voltage if voltage drop occurs due to high current flow in ASIC IC chip. Mining IC requires regulated power to work smoothly.
Mining Machine
The device is designed to do the mining job using a ASIC mining IC. Mining IC relates to esp32 to input data to ASIC IC and get the processed data. During Processing ASIC Mining IC consumes a lot of power thus DC-DC converter is required to regulate the power. DC-DC converter regulates DC power to power up ASIC IC without any interruption. Voltage controller allows the esp32 to maintain the voltage if voltage drop occurs due to high current flow in ASIC IC chip. Mining IC requires regulated power to work smoothly.
Mining Machine
The device is designed to do the mining job using a ASIC mining IC. Mining IC relates to esp32 to input data to ASIC IC and get the processed data. During Processing ASIC Mining IC consumes a lot of power thus DC-DC converter is required to regulate the power. DC-DC converter regulates DC power to power up ASIC IC without any interruption. Voltage controller allows the esp32 to maintain the voltage if voltage drop occurs due to high current flow in ASIC IC chip. Mining IC requires regulated power to work smoothly.
Mining Machine
11719397
PCB and Circuit design of DC-DC power supply board it takes input voltage from multiple power source i.e., battery and wall adapter and generated multiple voltage outputs i.e., 24V, 12V, 5V, 3.3V, -12V and -5V. It is equipped with EMI filters and ESD protection.
DC-DC converter PCB and schematic improvement
PCB and Circuit design of DC-DC power supply board it takes input voltage from multiple power source i.e., battery and wall adapter and generated multiple voltage outputs i.e., 24V, 12V, 5V, 3.3V, -12V and -5V. It is equipped with EMI filters and ESD protection.
DC-DC converter PCB and schematic improvement
11719306
The project aim was to designed a nano hub board with a provision of 1. IMU Sensor (acc, gyr) integrated 2. Capable to connect external ADC sensors 3. Optimized MCU&BLE SoC (System on Chip) 4. BLE 5.3+ I used to design the schematic design for interactive wear in eagle. Also, I did rough placement of components to estimate the PCB size of the board.
Schematic design of wearable device for “Interactive Wear”
The project aim was to designed a nano hub board with a provision of 1. IMU Sensor (acc, gyr) integrated 2. Capable to connect external ADC sensors 3. Optimized MCU&BLE SoC (System on Chip) 4. BLE 5.3+ I used to design the schematic design for interactive wear in eagle. Also, I did rough placement of components to estimate the PCB size of the board.
Schematic design of wearable device for “Interactive Wear”
The project aim was to designed a nano hub board with a provision of 1. IMU Sensor (acc, gyr) integrated 2. Capable to connect external ADC sensors 3. Optimized MCU&BLE SoC (System on Chip) 4. BLE 5.3+ I used to design the schematic design for interactive wear in eagle. Also, I did rough placement of components to estimate the PCB size of the board.
Schematic design of wearable device for “Interactive Wear”
11719240
The project aim is to design a small ECG node based on MAX30001. The board used as small wearable device to read the sensor data and send to a master device over SPI protocol. I used eagle tool to design the board.
Schematic & PCB design of portable ECG sensor board for IAW
The project aim is to design a small ECG node based on MAX30001. The board used as small wearable device to read the sensor data and send to a master device over SPI protocol. I used eagle tool to design the board.
Schematic & PCB design of portable ECG sensor board for IAW
The project aim is to design a small ECG node based on MAX30001. The board used as small wearable device to read the sensor data and send to a master device over SPI protocol. I used eagle tool to design the board.
Schematic & PCB design of portable ECG sensor board for IAW
11518358
The board is equipped with STM32, LIN bus, SD RAM, Touch Sensor, Touch Display connector, NOR Flash Memory, CAN bus IC. The board was designed to read the EV sensor data and display information on a dashboard of EV, also user send data to EV from touch LCD screen on dashboard of EV via CAN bus and LIN bus protocol. I used Altium designer to design the board, and I tried to reduce the manufacturing cost of the board by adding buried and blind vias under the BGA package of STM32. It’s an 8-layer board and contains digital high speed and analog signals.
Electric Vehicle Sensor Monitoring Board (AK-Motion)
The board is equipped with STM32, LIN bus, SD RAM, Touch Sensor, Touch Display connector, NOR Flash Memory, CAN bus IC. The board was designed to read the EV sensor data and display information on a dashboard of EV, also user send data to EV from touch LCD screen on dashboard of EV via CAN bus and LIN bus protocol. I used Altium designer to design the board, and I tried to reduce the manufacturing cost of the board by adding buried and blind vias under the BGA package of STM32. It’s an 8-layer board and contains digital high speed and analog signals.
Electric Vehicle Sensor Monitoring Board (AK-Motion)
The board is equipped with STM32, LIN bus, SD RAM, Touch Sensor, Touch Display connector, NOR Flash Memory, CAN bus IC. The board was designed to read the EV sensor data and display information on a dashboard of EV, also user send data to EV from touch LCD screen on dashboard of EV via CAN bus and LIN bus protocol. I used Altium designer to design the board, and I tried to reduce the manufacturing cost of the board by adding buried and blind vias under the BGA package of STM32. It’s an 8-layer board and contains digital high speed and analog signals.
Electric Vehicle Sensor Monitoring Board (AK-Motion)
11865612
This board is designed to convert HDMI signals to USB, we did improvements in the design in terms of PCB routes. High speed differential routes are tuned to have equal length routes. A functional board is produced an tested on client side.
HDMI to USB converter
11865591
The device is designed to do the mining job using a ASIC mining IC. Mining IC relates to esp32 to input data to ASIC IC and get the processed data. During Processing ASIC Mining IC consumes a lot of power thus DC-DC converter is required to regulate the power. DC-DC converter regulates DC power to power up ASIC IC without any interruption. Voltage controller allows the esp32 to maintain the voltage if voltage drop occurs due to high current flow in ASIC IC chip. Mining IC requires regulated power to work smoothly.
Mining Machine
The device is designed to do the mining job using a ASIC mining IC. Mining IC relates to esp32 to input data to ASIC IC and get the processed data. During Processing ASIC Mining IC consumes a lot of power thus DC-DC converter is required to regulate the power. DC-DC converter regulates DC power to power up ASIC IC without any interruption. Voltage controller allows the esp32 to maintain the voltage if voltage drop occurs due to high current flow in ASIC IC chip. Mining IC requires regulated power to work smoothly.
Mining Machine
The device is designed to do the mining job using a ASIC mining IC. Mining IC relates to esp32 to input data to ASIC IC and get the processed data. During Processing ASIC Mining IC consumes a lot of power thus DC-DC converter is required to regulate the power. DC-DC converter regulates DC power to power up ASIC IC without any interruption. Voltage controller allows the esp32 to maintain the voltage if voltage drop occurs due to high current flow in ASIC IC chip. Mining IC requires regulated power to work smoothly.
Mining Machine
11719397
PCB and Circuit design of DC-DC power supply board it takes input voltage from multiple power source i.e., battery and wall adapter and generated multiple voltage outputs i.e., 24V, 12V, 5V, 3.3V, -12V and -5V. It is equipped with EMI filters and ESD protection.
DC-DC converter PCB and schematic improvement
PCB and Circuit design of DC-DC power supply board it takes input voltage from multiple power source i.e., battery and wall adapter and generated multiple voltage outputs i.e., 24V, 12V, 5V, 3.3V, -12V and -5V. It is equipped with EMI filters and ESD protection.
DC-DC converter PCB and schematic improvement
11719306
The project aim was to designed a nano hub board with a provision of 1. IMU Sensor (acc, gyr) integrated 2. Capable to connect external ADC sensors 3. Optimized MCU&BLE SoC (System on Chip) 4. BLE 5.3+ I used to design the schematic design for interactive wear in eagle. Also, I did rough placement of components to estimate the PCB size of the board.
Schematic design of wearable device for “Interactive Wear”
The project aim was to designed a nano hub board with a provision of 1. IMU Sensor (acc, gyr) integrated 2. Capable to connect external ADC sensors 3. Optimized MCU&BLE SoC (System on Chip) 4. BLE 5.3+ I used to design the schematic design for interactive wear in eagle. Also, I did rough placement of components to estimate the PCB size of the board.
Schematic design of wearable device for “Interactive Wear”
The project aim was to designed a nano hub board with a provision of 1. IMU Sensor (acc, gyr) integrated 2. Capable to connect external ADC sensors 3. Optimized MCU&BLE SoC (System on Chip) 4. BLE 5.3+ I used to design the schematic design for interactive wear in eagle. Also, I did rough placement of components to estimate the PCB size of the board.
Schematic design of wearable device for “Interactive Wear”
11719240
The project aim is to design a small ECG node based on MAX30001. The board used as small wearable device to read the sensor data and send to a master device over SPI protocol. I used eagle tool to design the board.
Schematic & PCB design of portable ECG sensor board for IAW
The project aim is to design a small ECG node based on MAX30001. The board used as small wearable device to read the sensor data and send to a master device over SPI protocol. I used eagle tool to design the board.
Schematic & PCB design of portable ECG sensor board for IAW
The project aim is to design a small ECG node based on MAX30001. The board used as small wearable device to read the sensor data and send to a master device over SPI protocol. I used eagle tool to design the board.
Schematic & PCB design of portable ECG sensor board for IAW
11518358
The board is equipped with STM32, LIN bus, SD RAM, Touch Sensor, Touch Display connector, NOR Flash Memory, CAN bus IC. The board was designed to read the EV sensor data and display information on a dashboard of EV, also user send data to EV from touch LCD screen on dashboard of EV via CAN bus and LIN bus protocol. I used Altium designer to design the board, and I tried to reduce the manufacturing cost of the board by adding buried and blind vias under the BGA package of STM32. It’s an 8-layer board and contains digital high speed and analog signals.
Electric Vehicle Sensor Monitoring Board (AK-Motion)
The board is equipped with STM32, LIN bus, SD RAM, Touch Sensor, Touch Display connector, NOR Flash Memory, CAN bus IC. The board was designed to read the EV sensor data and display information on a dashboard of EV, also user send data to EV from touch LCD screen on dashboard of EV via CAN bus and LIN bus protocol. I used Altium designer to design the board, and I tried to reduce the manufacturing cost of the board by adding buried and blind vias under the BGA package of STM32. It’s an 8-layer board and contains digital high speed and analog signals.
Electric Vehicle Sensor Monitoring Board (AK-Motion)
The board is equipped with STM32, LIN bus, SD RAM, Touch Sensor, Touch Display connector, NOR Flash Memory, CAN bus IC. The board was designed to read the EV sensor data and display information on a dashboard of EV, also user send data to EV from touch LCD screen on dashboard of EV via CAN bus and LIN bus protocol. I used Altium designer to design the board, and I tried to reduce the manufacturing cost of the board by adding buried and blind vias under the BGA package of STM32. It’s an 8-layer board and contains digital high speed and analog signals.
Electric Vehicle Sensor Monitoring Board (AK-Motion)

Commentaires

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4,8
$173,00 SGD
Custom Circuit Board Design
Adeel was professional with the project!
Electronics
PCB Layout
Circuit Design
D
Drapeau de D A.
@dobson
•
il y a 5 jours
5,0
$325,00 CAD
Highspeed DDR3 PCB Routing in KiCAD
Responsive to feedback and the project was a success because of it.
Electronics
Microcontroller
Electrical Engineering
PCB Layout
Circuit Design
Avatar de l'utilisateur
Drapeau de Ryan W.
@MachineHum
•
il y a 15 jours
5,0
£170,00 GBP
Wine Cooler Temperature Regulation Setup
Great work and very responsive. Was a pleasure working together and I intend to keeping working in the future
Electronics
Microcontroller
Electrical Engineering
PCB Layout
Circuit Design
T
Drapeau de Aman K.
@TaSessions
•
il y a 19 jours
5,0
$100,00 USD
Consumer Electronics PCB Design
Great Job done and on time.
Electronics
Electrical Engineering
PCB Layout
Product Design
Circuit Design
D
Drapeau de D A.
@dobson
•
il y a 20 jours
5,0
$100,00 USD
Project for Muhammad Adeel A. -- 2
Very knowledgeable and patient.
Engineering
Electronics
Microcontroller
Electrical Engineering
+1 de plus
F
Drapeau de Rafon B.
@Farrari718
•
il y a 22 jours

Expérience

Senior Electronics Engineer (Hardware)

DEVOMECH Solutions Pvt Ltd.
janv. 2024 - Jusqu'à présent
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.

Hardware Design Engineer

Oxeltech
sept. 2022 - déc. 2023 (1 an, 3 mois)
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.

Electronics Engineer

NXG Impacts
sept. 2021 - août 2022 (11 mois, 2 jours)
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)

Éducation

Bsc. Electronics Engineer

University of Engineering and Technology, Taxila, Pakistan 2014 - 2018
(4 ans)

Qualifications

ESP32 + Databases to Control Anything Anywhere

Udemy
2023
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.

Advanced Hardware and PCB Design Masterclass 2022 -EsteemPCB

Udemy
2023
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.

Contactez Muhammad Adeel A. concernant votre travail

Connectez-vous pour discuter de tous les détails via la messagerie.

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Meilleures compétences

Electronics 59
Electrical Engineering 53
Microcontroller 44
Engineering 30
PCB Layout 25

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