4 kW Three-phase power converter
End-to-end development of a generator-fed power converter, from circuit and PCB design to firmware, control, and validation.
EMBEDDED SYSTEMS & ELECTRONICS ENGINEER
TEHRAN, IRAN / PORTFOLIOI’m Shakib Salimi Moghaddam. I bring circuits and code together — from power converters and motor drives to precisely timed medical systems.
FROM SCHEMATIC TO BENCH VALIDATION
6 PROJECTS / 3 DISCIPLINESSchematics, PCB layout & bring-up
Drivers, control loops & timing
Measurement, debugging & integration
Hands-on engineering
& product development
Power converter
designed & delivered
LTM electrode-impedance
firmware completed
Power, control, medical instrumentation, and the firmware that makes them work.
End-to-end development of a generator-fed power converter, from circuit and PCB design to firmware, control, and validation.
Hardware and firmware development for motor startup, excitation control, and generator voltage regulation on TI C2000.
Complete power hardware and manually written firmware for a three-motor drive system, with a strong focus on deterministic timing.
Completed STM32 firmware for electrode-contact evaluation in a long-term EEG monitoring system, integrated with existing hardware.
Firmware for light-stimulation frequency and intensity control, network commands, and synchronization with the recording device.
Custom electronics and embedded interfaces to generate test signals, acquire device responses, and communicate with PC software.
The disciplines I connect
to build a complete system.
Bare-metal C, peripheral drivers, interrupts, precise sampling, dual-core communication, and hardware integration.
Schematics and PCB layouts up to eight layers, analog conditioning, isolated measurement, assembly, and board bring-up.
Power conversion, motor drives, gate drivers, magnetics, thermal design, and control development through bench validation.
I’m an electronics and embedded systems engineer based in Tehran. My work spans circuit design, firmware, prototype assembly, and the practical task of getting a complete system to behave as intended.
I’ve also led a team of four engineers while continuing to design, code, and debug. I’m interested in opportunities that bring firmware and physical systems together.
Embedded development for medical and neurodiagnostic devices, including LTM electrode-impedance measurement, aEEG firmware improvements, and photic stimulation control.
Progressed from electronics engineering to hands-on R&D leadership. Designed power and control products, developed embedded firmware, and supported prototyping, validation, and customer commissioning.
Completed separate TI TMS320F28377D projects in BLDC motor control and data acquisition with DC-actuator control. Practical experience with dual-core communication and CLA tasks.
Amirkabir University of Technology · 2019–2022
University of Science and Culture · 2014–2019
Let’s talk about the circuit, the code, and what needs to work.
For embedded systems, electronics, and control engineering opportunities.