Kyriakos G. Vamvoudakis - Teaching Experience

Instructor The Daniel Guggenheim School of Aerospace Engineering, Georgia Tech, 2018-present

• Graduate Course: Robotics Research Fundamentals I and II

• Graduate Course: Intelligent Cyber-Physical Systems

• Graduate Course: Optimization-Based Learning Control and Games

• Graduate Course: Cyber-Physical Systems and Distributed Control

• Undergraduate Course: Control Systems Analysis and Design

• Undergraduate Course: Dynamics and Control Laboratory

Instructor Kevin T. Crofton Department of Aerospace and Ocean Engineering, Virginia Tech, 2016-2018

• Graduate Course: Linear Control Theory

• Graduate Course: Cyber-Physical Systems and Distributed Control

• Graduate Course: Optimization Techniques

Instructor Department of Mechanical Engineering, University of California, Santa Barbara, Winter 2016

• Undergraduate Course: Basic Electrical and Electronic Circuits

Invited Summer School NATO Advanced Study Institute (ASI), Advanced Autonomous Vehicle Design for Severe Environments, Coventry University, United Kingdom, Summer 2014 (The ASI targets novel/future areas of research in vehicle dynamics and design)

• Lectures on: Past, Present and Future of Control Theory Applied to Autonomous Vehicles/Agents; Terrorist Threats that can Agilely Deviate and Relocate the Vehicle from its Original Trajectory Path; New Methods and Techniques in On-Line Optimization-Based Feedback Control

Instructor Department of Professional Development, Coventry University, United Kingdom, Summer 2014

• Professional Course: Neuro-Adaptive Control: A Tutorial and Applications

Instructor Department of Electrical Engineering, The University of Texas at Arlington, (2011-2012)

• Graduate Course: Linear Systems Engineering

Teaching Associate and Lecturer Department of Electrical Engineering, The University of Texas at Arlington, (2007-2011)

• Control Systems (Spring 2007)

• Engineering Design Project (Fall 2007)

• Electronics II (Spring 2008)

• Linear Systems Engineering (Fall 2008)

• Optimal Control (Spring 2009)

• Control Systems (Spring 2010)

• System Identification (Fall 2010)

• Digital Circuits Design (Spring 2011)