teaching

Courses, labs, and pedagogical approach in engineering and applied sciences.

Higher Education Teaching Experience

Teaching in Engineering, Mechatronics, and Applied Sciences

My teaching approach combines rigorous theoretical foundations with hands-on practice, laboratory supervision, and real-world engineering applications. I aim to help students build analytical reasoning, technical autonomy, and problem-solving skills through project-based learning and multidisciplinary experimentation.

Teaching Philosophy

Theory + Practice

Connecting scientific concepts to real engineering systems, instrumentation, and implementation constraints.

Learning by Doing

Using labs, simulations, and guided experimentation to transform abstract knowledge into operational competence.

Multidisciplinary Thinking

Encouraging students to link electronics, software, control, sensing, and system integration.

Courses Taught

Delivered lectures and practical lab sessions in engineering and applied sciences.

FSS

Faculty of Sciences of Sfax

Computer-Based Instrumentation

  • Data acquisition systems using sensors and measurement interfaces
  • Signal acquisition, monitoring, and real-time instrumentation principles
  • Use of computer tools for engineering measurement and analysis
  • Practical lab sessions focused on instrumentation workflows
ISGI

Higher Institute of Industrial Management

Open-Source Software Development

  • Open-source development principles and collaborative workflows
  • Software structuring for technical and engineering applications
  • Programming practices for applied problem solving
  • Practical sessions focused on implementation and tool usage
ISGI

Higher Institute of Industrial Management

Maintenance of Mechatronic Systems

  • Diagnosis and troubleshooting of integrated electromechanical systems
  • Maintenance logic across electronics, mechanics, and control subsystems
  • Preventive and corrective maintenance approaches
  • Application-oriented lab work based on realistic technical cases
IPSAS

Private Institute of Applied Sciences

Mechatronics

  • Introduction to mechatronic system design and integration
  • Sensors, actuators, and embedded control fundamentals
  • Interfacing between hardware and software components
  • Applied lab sessions around automated and intelligent systems

Pedagogical Strengths

Project-Based Learning Hands-on Laboratory Supervision Applied Engineering Orientation Multidisciplinary Teaching Simulation + Practical Implementation Student Technical Autonomy