About

MY BACKGROUND

I am an Electronics Engineer with a strong focus on PCB design, power electronics, and hardware development. My background spans designing circuits such as DC–DC converters, motor driver stages, protection systems, and high-power PCB boards. I enjoy turning engineering concepts into reliable, manufacturable hardware through careful schematic design, simulation, PCB layout, and testing.

Over the past few years, I have gained valuable hands-on experience through master’s-level projects, where I worked on power electronics hardware, inverter design, BLDC motor drivers, battery systems, and sensor-based monitoring PCBs. These projects allowed me to apply core principles of electronics engineering while working in fast-paced, practical environments where iterative design and problem-solving were essential.

Throughout my master’s degree, I took the lead on multiple hardware projects involving high-power inverter PCB design, battery pack development, and sensor-based monitoring systems. My contributions included schematic design, component selection, PCB routing, hardware debugging, and preparing prototypes for testing. These experiences helped me build strong skills in circuit design, hardware validation, and documentation.

I have always sought to learn from experienced engineers, mentors, and teammates, whether through academic projects, engineering clubs, or personal builds. This mindset has shaped my ability to take ownership of complex hardware tasks, collaborate effectively, and continuously grow as a designer. My passion for PCB design and hardware engineering drives me to create efficient, reliable, and thoughtful electronic solutions in every project I work on.

WORK EXPERIENCE

Junior Hardware Engineer

Encore Solutions Private Limited - Pakistan   

2023 - 2024  

At Encore Solutions, I worked end-to-end on electronic hardware from schematic and PCB design to assembly, testing, troubleshooting, and IoT data acquisition, delivering reliable, production-ready systems.

• Designed and developed electronic hardware and PCB  using Altium Designer, meeting system, functional, and manufacturing requirements.

• Worked end-to-end on hardware projects, including assembly, SMD/through-hole soldering, testing, debugging, and rework.

• Diagnosed and resolved hardware and manufacturing issues using oscilloscopes, multimeters, and logic analyzers, improving turnaround time.

• Supported production by troubleshooting build issues and developing test fixtures for validation and quality checks.

• Conducted hardware and software testing to verify performance, safety, and reliability of new designs.

• Contributed to system and functional requirements and supported hardware–software integration activities.

• Collaborated with vendors and hardware suppliers to implement, test, and refine new designs.

• Developed a battery IoT data acquisition system using Python, Modbus, and MySQL, enabling automated data logging and remote monitoring.

• Tested IoT monitoring on multiple battery units with high data reliability and zero communication failures.

• Actively supported the hardware engineering team across design, production, and field support activities.

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Electronics Engineer Intern

Research Instrumentation and Measurement Systems (Pvt) Ltd - Pakistan

2022 - 2022 

During my internship, I contributed to hands-on hardware development, sensor interfacing, and educational project design, gaining practical experience in electronics, testing, and documentation.

• Designed, assembled, and tested 10+ educational electronic trainer boards, supporting hands-on learning and lab experiments.

• Performed SMD and through-hole soldering, wiring, and component-level debugging with a 95% first-pass success rate.

• Interfaced Vernier sensors with LabVIEW for accurate data acquisition, improving measurement reliability and workflow efficiency.

• Assisted in circuit optimization, prototyping, and debugging alongside senior engineers, reducing design iteration time.

• Developed a sensor-based, compass-controlled vehicle jack, integrating electronics, control logic, and mechanical actuation.

• Conducted functional and safety testing on trainer boards and experimental setups to ensure reliability and compliance.

• Created user manuals and technical documentation supporting laboratory use for 50+ students.

• Collaborated closely with engineers and technicians to troubleshoot, validate, and refine hardware prototypes.

EDUCATION

Skill Set

Tools & Software

• Altium Designer

• LTspice

• Arduino IDE, PlatformIO (basic)

• Proteus

• VS Code

• Soldering, rework, and hand assembly

• Overleaf (Latex) for Documentation

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Hardware Design

• PCB design in Altium Designer

• Schematic capture and component selection

• Power circuits: DC-DC converters, AC-DC supplies, regulators

• Motor drivers, inverters, and relay control boards

• USB routing, differential pairs, and sensor interfaces

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Electronics & Power Systems

• High-current and high-voltage design

• Battery packs (Li-ion), BMS basics, safety planning

• LED drivers, MOSFET circuits, and analog components

• Understanding grounding, EMI basics, and protection circuits

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Testing & Debugging

• Oscilloscope and multimeter testing

• Hardware bring-up and troubleshooting

• Checking waveforms, power stages, and thermal behavior

• Sensor testing and board validation

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Embedded Hardware & Basic Programming

• Comfortable using Arduino, and Raspberry Pi

• Can write basic code: GPIO control, PWM, UART, I2C, SPI

• Reading sensor data and testing simple embedded functions

• Understanding of how firmware interacts with hardware

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General Engineering Skills

• Good documentation and clear reporting

• Safe handling of high-voltage circuits

• Strong attention to detail

• Quick learner, hands-on, and reliable with hardware tasks