Wael Horchani — Tunisia
Electronics engineer working hands-on with Altium Designer, multi-layer PCB layout, and embedded firmware — from schematic capture through to a tested, manufacturable board.
I'm an electronics engineering graduate from ENIG, working hands-on with Altium Designer, multi-layer PCB layout, and embedded firmware. I take a board from schematic capture through component selection, layout, and routing — with test and manufacturability considered from the start, not bolted on at the end.
I'm currently looking for a role in PCB design, embedded systems, or test & validation. Based in Tunisia, and open to remote or on-site work.
Three things I focus on when I take a board from idea to hardware.
I handle schematic capture, component selection, layout, and routing myself in Altium Designer — one point of accountability from concept to a manufacturable board.
DFM, ESD protection, and how a board will actually be probed and validated are part of the layout decisions, not something figured out after it's built.
ERC-clean schematics, organized layer stacks, and notes that a test or production team can follow without needing to ask me first.
National School of Engineers of Gabes (ENIG)
Preliminary Institute for Engineering Studies of Sfax (IPEIS)
Tools and technologies across the full hardware stack — from schematic to firmware to dashboard.
A PCB built around an ESP32 module, combining multiple sensor inputs over I²C with solid-state relay outputs for industrial control — including an isolated high-voltage AC section for switching loads directly from the board.
Smart logger using an AHT10 sensor with an STM32 as I²C master, a Raspberry Pi 4 for data relay, InfluxDB time-series storage, and a Grafana real-time dashboard. Readings are also shown locally on an LCD.
Looking for roles in PCB design, embedded systems, or test & validation. Reach out through any of these.