Arif Md

Master’s graduate in Electronics Engineering with focus on Power Electronics & Hardware Development.

Hands-on experience in AFE Frequency Converter, 3-Phase Inverter Control, 4-Quadrant Operation & Grid Synchronization.

Skilled in MATLAB, Simulink, PLECS, Altium Designer, and C/C++.

Strong in PCB Design, PI Control, PWM Generation, and real-time testing using Arduino Due.

Actively seeking a full-time role in Power Electronics or Hardware Engineering – ready to contribute immediately!

I am a Master’s graduate in Electronics Engineering from Hochschule Bremen, with hands-on experience in power electronics, control systems, and frequency converters. My thesis focused on the design and operation of an Active Front End (AFE) Frequency Converter as an Electronic 3-Phase Load, involving simulation in PLECS, PI controller design, PLL synchronization, 4-quadrant operation, and partial hardware implementation using Arduino Due.

Previously, I worked as a Project Engineer at FARADAY POWER-X (BD) LTD, where I was involved in design, testing, and troubleshooting of power electronic systems, supporting both R&D and customer-specific projects. I also have experience with PCB design using Altium Designer, embedded systems programming (C/C++), and power system analysis.

Master’s in Electronics Engineering – Hochschule Bremen, Germany

Focused on power electronics, control systems, and embedded system design. Gained in-depth knowledge of frequency converters, inverter control, and grid synchronization.

Thesis Project – Operation of an Active Front End Frequency Converter as an Electronic 3-Phase Load

Involved advanced training in simulation tools (PLECS, MATLAB/Simulink), PI control design, 4-quadrant operation, and real-time hardware testing using Arduino Due.

Power Electronics Control & Simulation

Hands-on training in modeling and simulation of power electronic systems, including voltage source inverters, LCL filter design, PWM generation, and PLL synchronization.

PCB Design Training – Altium Designer

Practical experience designing a 3-phase inverter gate driver board with voltage and current sensing for AFE applications.

Embedded Systems Programming – C/C++

Applied in real-time control system development and microcontroller-based hardware implementation.