Dr. Taheri's teaching courses, as a former professor, are organized into three major tracks, as outlined below. For more detailed information, please download and refer to the "Teaching Plan" file.

1. Cybersecurity Track:

• Microcontroller Essentials for Cyber Applications (a.k.a. Secure Computer Architecture). Semester: Spring 2023.

• Embedded Secure Networking (a.k.a. Embedded Network Security). Semester: Spring 2023.

• Trusted Operating System (a.k.a. Operating System Security). Semester: Fall 2022.

• Artificial Intelligence for Cybersecurity.

• CAD for Hardware Security.

• Physical Assurance for Electronic Systems.

• Hardware Security.

2. Computer Systems Track:

• Introduction to C and C++ Programming. Semester: Spring 2023.

• Data Structure and Algorithm. Semester: Fall 2022.

• Microcontroller Applications with Internet of Things (a.k.a. Microcontrollers). Semester: Fall 2022.

3. VLSI Systems Track.

His related experience as a Graduate Teaching Assistant (GTA) and/or student is stated as:

• Digital Systems - GTA at University of Central Florida. Semesters: Fall 2016, 2017, and 2018; Spring 2017, 2018, 2019, 2020; Summer 2017, 2018, 2019.

• Computer Architecture - GTA at University of Central Florida. Semesters: Fall 2016, 2017, 2018; Spring 2017, 2018; Summer 2017, 2018.

• Embedded Systems - GTA at University of Central Florida. Semesters: Spring 2019; Summer 2019.

• Electronics 2 - GTA at University of Central Florida. Semester: Spring 2020.

• Electrical Networks - GTA at University of Central Florida. Semesters: Summer 2016; Fall 2019.

• Introduction to Electrical Systems 1 - GTA at University of Central Florida. Semesters: Fall 2015; Spring 2016.

• Networks and Systems - GTA at University of Central Florida. Semester: Fall 2019.

• Semiconductor Devices 1 - GTA at University of Central Florida. Semester: Summer 2016.

• Post CMOS Devices and Circuits - GTA at University of Central Florida. Semester: Fall 2019.

• VLSI Testing and Verification - GTA at Utah State University. Semester: Spring 2014.

• Hardware Security Research - Student.

• Full-Custom VLSI Design - Student.

• CMOS Analog and Digital Circuit Design - Student.

• Microelectronics 2 - Student.

• Digital VLSI Design - Student.

• Advanced Computer Architecture - Student.

• VLSI Design Automation - Student.

• Computer Systems Programming and Architecture - Student.

• Digital Signal Processing Applications - Student.

• Statistical Analysis - Student.

• Communication Circuits - Student.

• Circuit Filter and Synthesis - Student.

• VLSI Circuits Design - Student.

• CMOS Analog Circuits Design - Student.

• Pulse Technique - Student.

• Physics of Electronics - Student.

• Electronic Measurement - Student.

• Industrial Electronics (a.k.a. Power Electronics) - Student.

• Hardware Description Languages (HDLs) - Student.

• Microprocessors - Student.

• Electronics “1, 2, and 3” - Student.

• Physics of Semiconductor Devices - Student.

• Electrical Circuits “1 and 2” - Student.

• Engineering Probabilities and Statistics - Student.

• Engineering Mathematics - Student.

• Numerical Calculations - Student.

• Analysis of Signals and Systems - Student.

• Linear Control Systems - Student.

• Differential Equations - Student.

• Electromagnetics - Student.

• Electrical Machines 1 - Student.

• Communication Systems 1 - Student.

• Electrical Energy Engineering - Student.

• Advanced Electrical Energy Engineering - Student.