Explore this direction
This page shows what the work can look like, which courses matter most, and one first project you can try before committing to this direction.
What you work on
- Sensors and actuators
- Motors and motion
- Feedback control
- Embedded logic
- Testing and debugging
Typical tasks
- Choose sensors and actuators
- Model system response
- Design control logic
- Tune controller behavior
- Compare open-loop and closed-loop response
- Test and debug hardware or simulations
Roles this can support
- Mechatronics Engineer
- Robotics Engineer
- Controls Engineer
- Automation Engineer
- Test Automation Engineer
- Electromechanical Systems Engineer
Core courses that matter most
Advanced methods that help
- Optimization for Mechanical Engineers
- Verification, Validation, and Uncertainty Quantification
- AI-Enabled Digital Engineering
Common mistake to avoid
Treating robotics as only coding while ignoring mechanics, dynamics, sensors, power, control, and testing.
First project
DC Motor Speed Control for a Small Rotating Device
Build or simulate a DC motor speed-control system for a small rotating device and document the model, controller, response, and test results.
Real-world problem
A small conveyor, fan, or rotating device needs to maintain a target speed even when the load changes. Without feedback, the speed may drift.
Engineering problem
Build or simulate a DC motor speed-control system that reaches a target speed with acceptable overshoot and settling time.
What you must decide
- What the input and output of the system are
- How speed is measured or estimated
- What happens in open-loop operation
- How feedback improves the response
- How the controller should be tuned
- What the limits of the model or hardware are
Evidence to produce
- Block diagram
- Simple motor model
- Open-loop response
- Closed-loop response
- Controller logic
- Response plot
- Tuning notes
- Test or simulation result
Reflection after the project
- Did you enjoy making a system respond in a controlled way?
- Did you like connecting sensors, actuators, models, and code?
- Did debugging feel satisfying or frustrating?
- Would you enjoy working with machines that move and respond?