SEP 783
Sensors and Actuators
Winter 2026 · C01
Topics
- Principle of sensing and sensor characteristics
- Sensor Interfacing and Noises
- Thermal Sensors and Flow Sensors
- Pressure, force, and strain sensor
- Position, presence, and displacement Sensors
- Project 1 presentation
- Acceleration and Velocity Sensors
- Motion, Distance, and Humidity Sensors
- AC Motors and control, DC Motor and Controls
- Project 2 presentation, Project 2 Report
- Motor Interfacing and control
- Test and Project 3 demonstration
Readings
- Handbook of modern sensors: physics, designs, and applicationSpringer Science & Business Media
- Sensors for mechatronicsElsevier
Undated
Topics
- Basic Electromagnetics
- Magnetostatics
- Reluctance method
- Magnetism
- Theory of magnetic sensors
- Hall effect and magnetoresistive sensors
- Application of hall sensors
- Eddy-current damping generation and model
- Application of eddy-current damper in automotive active suspension
- Magnetorheological fluid control
- Magnetorheological fluid shock obsorber in automotive
- Small gap electromagnetic actuators
- Linear motor model and performance analysis
- Optimization of Fast-acting actuators
Sources
- Course catalogue ↗2026–2027
- Campus Store (short title) ↗
- Campus Store reading list ↗Winter 2026
- Course outline / syllabus ↗Winter 2026
- The outline explicitly states that no textbook is required.