Whole-system thinking
Hardware, firmware, data paths, interfaces, and deployment constraints considered together.
Embedded systems · IoT · edge intelligence
I engineer connected systems from signal to software.
I’m Imad Eddine Djerarda, an Embedded Systems and Electronics Engineer in Algeria. I build practical systems across sensing, edge processing, automation, and user-facing applications.
- Embedded & electronics
- Edge AI & vision
- IoT & connected systems
- Robotics & automation
ENGINEERING STACK / LIVE
AVAILABLE
CVIoT
HWAPP
IEDSYSTEMS
- Projects
- 26
- Public builds
- 05
- Mode
- EDGE
01
Engineering profile
A systems engineer focused on the boundary between the physical and digital.
My work connects electronics, embedded software, sensing, connectivity, computer vision, and product interfaces. I’m most interested in projects where a real-world signal must become a reliable decision or action.
I approach each build as a complete engineering story: understand the operating context, choose the right hardware and compute path, integrate the system, validate what it actually does, and document the result so others can reproduce it.
Evidence over claims
Working prototypes, test results, honest limitations, and real media wherever evidence exists.
Technical clarity
Complex electronics, robotics, and software concepts communicated in practical language.
Selected engineering work
Built across hardware, intelligence, and interface.
Technical capabilities
From circuit bench to deployed interface.
A project-driven skill set grounded in public implementations and documented academic work.
Embedded systems & electronics
- C / C++ fundamentals
- Arduino & ESP32
- RFID, sensors & actuators
- Serial integration & debugging
- Electronics prototyping
Edge AI & computer vision
- Python & OpenCV
- NVIDIA Jetson Nano
- YOLOv8 object detection
- Tesseract OCR
- Real-time vision pipelines
Connected applications
- Firebase & Firestore
- Flutter & Dart
- React & Flask
- Socket.IO & REST
- Supabase & SQLite
Engineering practice
- Hardware–software integration
- System architecture
- Prototype validation
- Technical documentation
- Education & mentoring
Selected practice
Engineering through building and teaching.
Project development
Integrated engineering prototypes
Developing connected systems that combine electronics, embedded control, computer vision, cloud services, and application interfaces.
Technical education
Electronics, robotics & programming
Explaining technical concepts through practical builds, structured documentation, and reproducible learning workflows.
02
Education
2021—2023
Master’s degree
Embedded Systems Electronics
Mohamed Boudiaf University of M’Sila · Algeria
Academic work: EyeDrive2018—2021
Bachelor’s degree
Electronics Engineering
Mohamed Boudiaf University of M’Sila · Algeria
Academic work: IoT Water Management SystemWorking method
A clear path from constraint to evidence.
- 01
Frame the system
Define the operating context, interfaces, risks, and measurable behavior.
- 02
Build the path
Integrate sensing, compute, control, connectivity, and the user-facing layer.
- 03
Test the reality
Exercise the prototype, capture evidence, and record limits without overclaiming.
- 04
Make it legible
Document architecture and decisions so the work can be understood and extended.
Contact
Have a system to build, improve, or explain?
I’m open to embedded, electronics, IoT, automation, edge-AI, and technical education opportunities.