I am a Master of Science in Computer Engineering student at the Institute of Electrical and Electronic Engineering (IGEE). I am a Systems Engineer dedicated to bridging the gap between Artificial Intelligence, Embedded Firmware, and Industrial Automation. My expertise spans from high-level Machine Learning models to hands-on industrial robotics and automotive electronics.
CNC & Robotics Systems Operator | Industrial Fabrication Field (2023 โ 2024)
- Digital Manufacturing: Managed the end-to-end CAD/CAM pipeline, designing complex vectors in CorelDRAW and generating optimized G-code via SheetCam.
- Automated Production: Programmed and operated CNC Plasma cutting and robotic engraving systems.
- Hardware Integrity: Applied Manual Metal Arc Welding (MMAW) and structural assembly techniques to ensure mechanical durability in robotic frames.
Automotive Electronic & Diagnostic Technician | Certified Specialist (2024 โ Present)
- ECU Architecture: Performing advanced diagnostics on automotive Electronic Control Units (ECUs) and sensor networks using professional-grade scanners.
- Embedded Troubleshooting: Diagnosing and repairing intricate electrical-mechanical failures in modern vehicular systems.
Entity: Algรฉrie Tรฉlรฉcom | Duration: March 2026 โ April 2026 | Location: Medea, Algeria
- FTTH & GPON Architecture: Explored the deployment of Fiber-to-the-Home technology and the integration of Gigabit Passive Optical Networks.
- Network Infrastructure: Gained hands-on insight into Optical Distribution Frames (ODF), patch panel organization, and high-density rack management.
- Physical Layer Maintenance: Observed professional standards in fiber optic splicing, cable management, and signal routing within central office environments.
- System Reliability: Studied the redundant power systems and cooling infrastructures required to maintain 24/7 network uptime.
Field: Industrial Fabrication | Duration: 2023 โ Present | Location: Medea, Ksar El Boukhari
- Hardware Integrity: Expert application of Manual Metal Arc Welding (MMAW) and structural assembly techniques to ensure mechanical durability.
- Technical Design: Proficient in Technical Drawing Interpretation, translating complex blueprints into physical structural components.
- Structural Assembly: Managing the fit-up and alignment of heavy-duty industrial frames and mechanical parts.
Artificial Intelligence
- Core Domains: Machine Learning, Deep Learning, Computer Vision, Data Analysis.
Industrial Automation & Embedded Systems
- Automation: Siemens PLC (S7-1200), TIA Portal, HMI Programming.
- Embedded Platforms: Arduino, ESP32, FPGA.
Software, Systems & Networking
- Web Development: HTML/CSS.
- Operating Systems: Linux (Ubuntu), Windows.
- Networking: Computer Networking (CCNA).
Engineering & Design
- Simulation & Analysis: MATLAB & Simulink.
- Hardware & CAD: SolidWorks, AutoCAD, AutoDesk, CorelDRAW, SheetCAM, KiCad.
Mechanical, Fabrication & Manufacturing
- Fabrication & Operations: Manual Metal Arc Welding (MMAW), CNC Plasma Cutting & Operations, CAD/CAM Design.
Automotive Troubleshooting
- Diagnostics: Electrical & Mechanical Diagnostics.
Productivity Tools
- Office Suite: Microsoft Excel, Microsoft Word, Microsoft PowerPoint.
- Architecture: 4WD platform featuring Bluetooth Teleoperation, Ultrasonic Obstacle Avoidance, and IR-based Line Tracking.
- Logic: Implemented a priority-based logic engine to switch between manual and autonomous modes.
- Security: Engineered an automated locking mechanism using MFRC522 RFID modules and UID Hash Authentication.
- Hardware: Integrated servo actuators and audio-visual feedback systems for real-time status monitoring.
- Research: Developed a predictive model achieving 92% Accuracy (Rยฒ = 0.920) using Linear Regression and advanced Data Preprocessing.
- Impact: Identified neighborhood income and property age as primary determinants for real estate valuation.
- Design: Complete lifecycle of a power electronics project from theoretical simulation to PCB Implementation with R-L Load.
๐ Epidemic Simulation (SIR Model in MATLAB) (https://github.com/BenkhiraAhmedBaderEddine1/Modeling-and-Simulation-of-an-Epidemic-Using-the-SIR-Model-in-MATLAB)
Modeling: Computational framework for infectious disease dynamics utilizing Differential Equations to track Susceptible, Infected, and Recovered populations.