ELECTRONICS · EMBEDDED SYSTEMSBRAUNSCHWEIG, GERMANY

HELLO, I’M FARES

Curiosity.
Circuits.
Real-world impact.

From a first signal to a working system.
I bring electronics and embedded software together.

Explore my projects ↘

</> Embedded C↗ Hardware meets software

Fares BoughamouraElectronics & embedded systems

✳

Building a deeper understanding of the systems that move us.

M.Sc. studentTU BraunschweigAutomotive & aerospace electronics

HARDWARE MINDSET. SOFTWARE PRECISION.A little more about me ↓

01 / ABOUT ME✳

Turning technical curiosity
into working systems.

I’m Fares, a master’s student in Electronic Systems for Automotive and Aerospace Engineering at TU Braunschweig.

My work connects circuit and PCB design, microcontroller programming, sensor processing, and measurement. I enjoy the hands-on process: designing, building, testing, and understanding why something works.

Download my CV ↓Based in Germany · Educated in Tunisia & Germany

02 / SELECTED PROJECTS

Ideas, built
into reality.

Hands-on explorations in sensing,
signal acquisition, and automation.

Embedded systems · Sensor processing

Radar-based object detection

Personal project

An STM32-powered monitoring system that turns 24 GHz FMCW radar measurements into detection insights and proximity warnings.

Integrated a 24 GHz FMCW radar module with an STM32 microcontroller.
Implemented UART/I²C communication, radar measurement processing, filtering, and proximity-based warning logic.
Designed a real-time interface to visualise measurements and detection status.
Evaluated sensor performance using controlled distance measurements, target tests, and detection reliability analysis.

STM32 · Embedded C · 24 GHz FMCW · UART / I²C

Measurement · Signal acquisition

Portable digital oscilloscope

June — October 2024 · Personal project

A compact, single-channel oscilloscope built around the STM32F446RE, with continuous signal acquisition and an integrated TFT display.

Developed timer-controlled ADC sampling and DMA for continuous signal acquisition.
Implemented waveform display on an SPI TFT screen, edge triggering, frequency measurement, and voltage analysis.
Designed and tested analogue signal conditioning for low voltages.
Evaluated measurement accuracy against reference instruments.

STM32F446RE · ADC / DMA · SPI · Embedded C

Automation · Sensors & actuators

Automated sorting system

January — June 2025 · Academic project

A physical fruit and vegetable sorting system, bringing sensing, actuation, and Arduino control together on one automated line.

Designed and physically constructed an automated sorting system for fruit and vegetables.
Integrated and electrically controlled the sensors and actuators.
Developed the control software using the Arduino IDE.

Arduino · Sensors · Actuators · Control software

An evolving collection of engineering work.

03 / TECHNICAL TOOLKIT

Across the
full circuit.

From the schematic to the signal.
The tools behind my work.

Code & embedded platforms

C / C++ · Python · VHDL

STM32 · ESP32 · Arduino · PIC · Nexys A7 · Basys 3

⌘

Circuits & PCB design

KiCad · Altium Designer · Proteus 8 · Fritzing

Electronic circuit analysis & PCB development

⌁

Simulation & verification

MATLAB / Simulink · ModelSim · Vivado Simulator

Signal measurement · Oscilloscope · Multimeter

∿

Industrial automation

Siemens TIA Portal · STEP 7

EPLAN · AutoCAD Electrical

↗

04 / MY JOURNEY

A foundation in practice.
A focus on what’s next.

Education ↗

OCT 2026 — PRESENT

M.Sc. Electronic Systems

Automotive & Aerospace Engineering

Technische Universität Braunschweig · GermanyIn progress

OCT 2025 — AUG 2026

B.Sc. studies · Sustainable Engineering

Sustainable Engineering of Products and Processes

TU Braunschweig · Subsequently transferred to the master’s programme

SEP 2022 — JUN 2025

B.Sc. Electrical Engineering

Industrial Electronics

ISET Sousse · Tunisia

Experience ↗

OCT 2024 — NOV 2025

Assistant Electrical Engineer

STE Mokafil · Monastir, Tunisia

Analysed electronic circuits and PCBs to locate technical faults.
Assembled, tested, and commissioned electronic modules.
Measured signals with multimeters and oscilloscopes, and documented functional tests under engineering supervision.

COMMUNICATION WITHOUT BORDERS

German C1 · telc HochschuleEnglish B2 · IELTSFrench C2 level

05 / LET’S CONNECT

Good engineering starts
with a conversation.

↗

Have a project, an opportunity, or an interesting technical challenge?

faresboughamoura@gmail.com

LinkedIn ↗Download CV ↓Braunschweig, Germany

Curiosity.Circuits.Real-world impact.

Turning technical curiosityinto working systems.

Ideas, builtinto reality.

Across thefull circuit.