Amr Alawnar

Fall 2011 (American University Cairo AUC)

• • CSCE316: Java Programming

Spring 2012 (Ain Shams University)

• • CSE372 Digital Control Systems

                Reference: "Digital Control Systems", I.D. Landau

• • CSE471 Optimal Control

                Reference: "Optimal Control Theory", D. Kirk

• CSE 312 Microprocessors

                Reference: "Embedded Software Development using HC12"

Fall 2012 and Fall 2013 (Ain Shams University)

• CSE422 Systems Software

                    Reference: "Compiler Construction Principles and Practice", K.C.Louden.

• •   CSE467 Engineering Systems Simulation

                     Reference: "Discrete-Event System Simulation", Jerry Banks.

• •   CSE011: Computer Technology

Spring 2013 (Ain Shams University)

• •   CSE121 Computer Programming

                   Reference: "Big C++", Cay S. Horstmann.

• •  CSE372 Digital Control Systems

                   Reference: "Discrete-Time Control Systems", Ogata.

• CSE471 Optimal Control

                   Reference: "Optimal Control Theory", D. Kirk.

Summer 2014 (University of Waterloo)

• ECE455 Embedded Software

Spring 2018 (University and University of California, Los Angeles)

• •  CS/ECE M119 Fundamentals of Embedded Networked Systems

                https://www.youtube.com/playlist?list=PLzH0T78uTTsvPiN86aVncB6iF1OXMOvrg

                https://sites.google.com/site/uclam119course/home/2018-spring          

Spring 2022 (Jacobs University, Bremen)

• • CH-220-B: Introduction to Robotics and Intelligent Systems. 

  • CO-548-A: Robotics and Intelligent Systems (Duckietown Course)

Fall 2022 (Jacobs University, Bremen)

• MCSSE-CYB-01:  Cryptography (graduate course)

• MCSSE-AI-02:  Intelligent Autonomous Systems (graduate course)

Spring 2023  (Jacobs University, Bremen)

•  CH-220-B: Introduction to Robotics and Intelligent Systems. 

•  CO-548-A: Robotics and Intelligent Systems (Duckietown Course)

• MCSSE-AI-03: Symbolic Artificial Intelligence (graduate course)

Fall 2023 (Technical University of Munich)

• INHN0021: Duckietown Course 

Winter 2024 (Technical University of Munich)

• INHN0012: Applied Machine Learning

• INHN0016: Signal Processing

• INHN0021: Duckietown Course 

• INHN0018: Foundations of Cyber-Physical Systems

Fall 2024 (Technical University of Munich)

• INHN0021: Duckietown Course 

• MCSSE-CYB-01:  Cryptography (graduate course)