Anant Sir

Robotics & Autonomous Systems

1. Applied Linear and Nonlinear Control
2. Applied Optimal Control & State Estimation
3. Design for Internet of Things
4. Design of Cyber-Physical Systems
5. Detection & Estimation Theory
6. Discrete Choice Models
7. Dynamics of Linear Systems
8. Edge AI
9. Energy Data Analytics
10. Formal Analysis & Control of Autonomous Systems
11. Formal Methods in Software Engineering
12. Foundation of Robotics
13. Hands-on Introduction to Robotic Actuators
14. Human Machine Interaction for Manufacturing
15. Imitation Learning for Robotics
16. Introduction to Scalable Systems
17. Logistics & Freight Modelling
18. Machine Learning for Cyber-Physical & Mobility Systems
19. Mathematical Techniques for Robotics Systems
20. Motion Planning for Autonomous Systems
21. Multi-Agent Systems, Control & Learning
22. Network Science & Optimization
23. Topics in Networked & Distributed Control
24. Nonlinear Systems and Control
25. Operations Research for Mobility Management
26. Real-time Embedded Systems
27. Reinforcement Learning
28. Robot Learning & Control
29. Robot Manipulation
30. Robotic Perception
31. Sliding Mode Control & its Applications
32. Swarm Robotic Systems
33. Theory and Applications of Bayesian Learning
34. Transportation Demand & Supply Modelling