Systems Control Lab
The advanced Systems Control Lab puts you at the forefront of robotics and control theory. Our interdisciplinary approach caters to a wide array of courses, covering foundational to advanced studies in robotic kinematics, dynamics, trajectory planning and control strategies.
Our industrial-grade KUKA KR6 robots, celebrated for their precision and adaptability, form the core of our robotic infrastructure. These give you hands-on opportunities to apply your skills in robotics programming and experimentation to real-world scenarios.
Also, our inverted pendulum stations help you deepen your understanding of control theory. These stations are tailored to support a spectrum of control courses spanning from the second to fourth year, providing a practical setting for translating theoretical knowledge into practice.
Lab courses
ECE311 Introduction to Control Systems
ECE410 Linear Control Systems
ECE470 Robot Modeling and Control
ECE557 Linear Control Theory
ECE411 Adaptive Control & Reinforcement Learning
ECE356 Introduction to Control Theories
AER372 Control Systems
Topics include
- Stability and feedback control theory
- State space modeling
- Multivariable feedback system design
- Observability and point-to-point trajectory planning
Lab access
The room is open only at specific times during the day for scheduled courses when TAs are present. This lab is not open after hours or on weekends.
Remote access: You can access the computers in this room remotely. See schedule of availability and how-to instructions.
Computer accounts
You are required to have a valid and active Engineering Computing Facility (ECF) account to access the computers in this lab. First-time users must activate their account.
Lab regulations
All individuals must adhere to the lab regulations and safety procedures outlined in the ECE Safety & Operational Training. Note that food and beverages are strictly prohibited within the lab premises.