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Muhammad Tayyab

Embedded Systems Engineer

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About Me

Results-driven Technical Project Manager and Embedded Systems Engineer with expertise in embedded systems, firmware development, PCB design, and GUI implementation. Adept at leading projects, training teams, and optimizing embedded solutions. Passionate about innovation in electrical engineering and automation.

Experience

IGNIUS

Embedded Systems Engineer

I lead embedded firmware development, hardware design, and system integration

Revive Medical Technologies

Technical Project Manager

Responsible for overseeing the aspects of all projects, ensuring successful execution and alignment with strategic goals.

Revive Medical Technologies

Electrical Engineer

Team Lead Machines Development in Embedded System Department.
● Firmware Design & Development
● GUI Design & Implementation
● Training & Support

Revive Medical Technologies

Trainee Engineer

● Firmware Development
● PCB Designing
● Circuit Design

Revive Medical Technologies

Embedded Systems Engineer Intern

● Training: Gained hands-on experience with STM32 MCUs and Keil IDE; developed foundational skills in firmware development.
● Display Work: Worked with Nextion displays to develop and implement user interfaces, integrating with firmware for effective operation.

Netkom Technologies

MBB Intern

CAD Designing of Telecom sites for Huawei.
○ RAIN Project
■ Designed Telecom sites of South Africa Telecom Company RAIN.
■ Proposed new Antennas.
○ Kazakhstan Project
■ Designed Telecom sites of Kazakhstan Telecom Company.
■ Proposed new Antennas.

Education

National University of Technology

Sept 2019 - Aug 2023

Bachelor of Science in Electrical Engineering
(Washington Accord - International Alliance)

Elective Courses
1. Machine Learning
2. Data Communication And Networks
3. Wireless Sensor Networks
4. Power Electronics
5. Power Generation, Transmission, Distribution

Projects

STM-StepControl

This library provides an easy-to-use interface for controlling stepper motors using STM microcontrollers and driver modules.
It supports two pulse generation methods:
- **Delay-based control** for precise step timing.
- **PWM-based control** for efficient and scalable pulse output.

View Project

Thermoforming Machine

A thermoforming machine for catheter shaping is a specialized piece of equipment used in the medical device manufacturing process. It utilizes heat and pressure to mold thermoplastic materials into specific shapes and designs needed for catheters.

View Project

Gesture Control Robot

The Replicating Gesture Robotic arm is a servo-controlled robotic arm that imitates human arm motions in three dimensions. This design's primary goal is to manage the robotic arm.
Using mortal gestures. The robotic arm moves and completes the task while the system mimics the actions of human hands. It is coded so that the expected behavior for the fatal gesture is carried out. Consequently, the model we suggested will be quite useful. Keywords: Servo motor, Arduino Mega, and robotic arm

View Project

Electric Bike

We use a 1kW brushless DC motor combined with a PWM motor Controller that drives the motor. And a 48V 20Ah Lead Acid dry cell battery pack for the power.

View Project

Wireless Control of Home Appliances

We use Atmel microcontroller AT89C61 and a ULN 2003 driver. And done programming on MiKro C IDE. Use a transmitter receiver to control the relays.

View Project

Skills

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