Electronics & embedded systems — PCB design, RF, firmware

ladjelatemehdi@gmail.com · LinkedIn · Champs-sur-Marne, France

I design complete boards — schematic, multi-layer layout, controlled impedance — and the documentation that makes them manufacturable: stackup, BOM, DRC/DFM checks, fabrication notes. The three below are Rev A, design-complete.

Currently finishing an M2 in Electronics (3EA) at Université Gustave Eiffel, after an M2 in Computer Engineering. Looking for a 5–6 month end-of-studies internship from April 2027 in electronics, RF or embedded R&D, anywhere in France.

LoRa / BLE sensor node Ø55 mm 868 MHz + 2.4 GHz · 50 Ω CPW solar + LiFePO₄

USB-C dock 130 × 85 mm 7-port USB 3.2 Gen 1 + GbE 90/100 Ω · per-port sensing

CAN / RS-485 gateway 73 × 33 mm STM32F072 · isolated CAN 2.0B isolated half-duplex RS-485

Each PCB opens in KiCanvas — the board in the browser, no KiCad installation required — and each schematic ships as a PDF that reads end to end. Every repository carries a BOM; the two controlled-impedance boards also document their stackup and fabrication.

• PCB — multi-layer boards, controlled impedance (50 / 90 / 100 Ω), split ground planes, KiCad 10, stackup selection and DFM review
• RF — grounded coplanar waveguides, match/filter/balun front ends, PCB antennas, 2D quasi-static pre-check; 4nec2/NEC and CST/HFSS from coursework
• Firmware — C/C++ on STM32, bare-metal and RTOS, embedded Linux, USB, CAN, I²C, SPI
• Instrumentation — oscilloscope, logic analyser, signal generator, lab supply, VNA, soldering and rework