Nacer E. Chelbi Email & Phone Number

Saint-Eustache, Quebec, Canada

Montreal, Canada Area

• Development of a platform for developing perception functions for autonomous driving applications• Multi-sensor data fusion such as LiDAR, RADAR and Camera for the detection, classification and object tracking• Embedded artificial intelligence for the development and simulation of perception and decision-making functions in an autonomous busAutonomous Buses/Vehicles : Data fusion | Perception | Localization | Planning | Control

Région De Montréal, Canada

Région De Montréal, Canada

• Development and integration of intelligent/autonomous driving functions into existing real-time hardware and software simulation tools.• Benchmark of existing systems, software and tools to propose optimized and innovative solutions.• Design, diagnose, report issues and technical documentation of test procedures validating models and systems integration.• Technical environment: Python, RT-LAB/Orchestra (Real-time simulation software), Matlab/Simulink, SCANeR and PreScan (Vehicular simulation plateforms), OpenCV, TensorFlow, Keras, Pytorch, Ethernet (UDP, TCP/IP protocols), Linux.

Blainville, Canada

• Development of a new assessment approach for advanced driver-assistance systems (ADAS) in intelligent/autonmous vehicles under multiple conditions.• Preparation of procedures and track testing of ADAS systems.• Research and proposal of potential suppliers of test and validation solutions: on track, HIL (Hardware in the Loop) and virtual testing (simulation).• Development and deployment of 2 Full-stack web applications.• Publication of 5 scientific papers and several technical reports.• Technical environment: Python, Matlab/Simulink, PreScan Simulator (Vehicular simulation plateform), Back-End: [Python, Sklearn, Flask Framework, Dash Plotly Framework, JavaScript], Front-End: [Dash (ReactJs), JavaScript, HTML, CSS], Version control: [Git, GitHub].

Sherbrooke

• Research Assistant - Laboratory on Intelligent Vehicles (LIV): Evaluation and validation of intelligent and autonomous vehicles. Testing approaches : Track tests, Field Opetrational Tests (FOT), virtual tests (Simulation). Probabilistic approaches and sampling strategies.• Teaching Assistant - Department of Electrical and Computer Engineering: Control systems engineering, signal processing.

Bordeaux, France

• Implementation of Parity Space approache for Fault Diagnosis: An industrial solution which enables detecting the variation of the electrical resistance of a contact points located in a vehicular control box.• Technical environment: Matlab/Simulink, LabVIEW.

Annaba, Algeria

• Internal and external technical coordination.• Development and monitoring of projects implementations and work plans.• Maintain proper operation of the facilities by stting up online and offline tests.• System start-ups control systems, instrumentation, electrical and operational checkouts.• Field Interventions and troubleshooting.• Continuous improvement of automated, electrical and electronic systems.• Assist the electricity sector leader and team management.• Technical environment: Siemens: STEP 7, TIA Portal and WinCC, Ethernet, PROFIBUS, STARTER, XRelais, SAP, GanttProject.

Annaba, Algeria

• Projects and new works technical support.• Sales engineer support.• Field Interventions and troubleshooting.

Doctor Of Philosophy - Phd, Intelligent, Connected And Autonomous Vehicles

Activities and Societies: Laboratory on Intelligent Vehicles (LIV) Member • En: Development of a new test approach for the evaluation.

Master Of Engineering - Meng, Automatic And Mechatronics For Automotive And Aerospace

Activities and Societies: AETOS CONCEPT-DRONE (Session 1), 5 formations, 3 disciplines, 1 challenge

Diplôme D'Ingénieur, Electrical And Electronics Engineering