01
Understand first
Timing · constraints · failure
About me.
The person, principles and experiences behind the engineering work.
01 / About
ENGINEER / BUILDER / LEARNER
I am interested in the moment software stops being abstract and starts moving something real.
ItrainedinIndustrialComputingandMaintenanceatUCAO-UUC.Overtime,myworkhasconvergedtowardembedded,mechatronicandcyber-physicalsystems:electronics,real-timefirmware,robotics,IoTandthemechanicsrequiredtomakethemuseful.
The direction is to keep deepening the scientific and industrial side of that work, contribute to demanding engineering projects and build robust technologies around practical problems in Africa and beyond.
VIRGILE TCHIDEHOUCotonou, Benin
Embedded · Mechatronics · Robotics · IoTHOW I WORKENGINEERING PROCESS / ACTIVE
signal online02
Integrate disciplines
Mechanics · electronics · firmware
03
Build for reality
Power · noise · mechanics · users
CURRENT DIRECTIONDEPTH PATH
01Embedded C/C++
02RTOS
03Embedded Linux
04ROS 2
05Edge AI
02 / Journey
Not a list of dates — the sequence of experiences that progressively narrowed the direction toward embedded and physical systems.
PATH / 05 STATES
01learn
02build
03integrate
04validate
05deepen
Each step changed the type of problems I wanted to solve, and the level at which I wanted to understand them.
BASE
Industrial Computing & Maintenance
UCAO-UUC / Cotonou
The point where electronics, programming, automation and maintenance started becoming one engineering language.
BUILD
UCAO-TECH
Robotics / Team projects
Team-based robotics moved the interest from isolated circuits toward complete systems that sense, decide and move.
FIELD
QOTTO
Technical Support Internship
Hands-on exposure to diagnostics, BMS and solar equipment reinforced the difference between a prototype and hardware that must work in the field.
DEPTH
Going deeper
Embedded / Mechatronics / Robotics / IoT
Building focused labs around RTOS, communications, mechatronics, robotics, Embedded Linux and edge intelligence instead of collecting shallow tools.
NEXT
Advanced engineering
Graduate studies / R&D
The next step is deeper training in embedded systems, robotics and intelligent cyber-physical systems, then more demanding product and research work.