Graduate Level:

• Design a pipelined microprocessor and compare the performance with a non-pipelined one, Course: EE800- Circuit Elements in Digital Computations.

Undergrad level:

• Design and Implementation of the chip of a Digital Kitchen Timers on FPGA, Course: ETE420- Advanced VLSI Chip Design.
• Designing the chip of a traffic control signal, Course: ETE419- Verilog HDL: Modeling, Simulation & Synthesis. 

• ECE730T4- Large Area Thin Film Electronics  
• ECE730T17- Physics & Modeling of Semiconductor Devices     
• ECE639- Characteristics & Applications of Amorphous Silicon
• ETE411- Semiconductor Devices and Technology
• ETE414- Optoelectronic Devices
• EE800-  Circuit Elements in Digital Computations
• ETE212- Introduction to Digital Electronics        
• ETE412- Introduction to VLSI
• ETE419- Verilog HDL: Modeling, Simulation and Synthesis
• ETE420- Advanced VLSI Chip Design
• CME862- Multimedia Signals and Systems (Audio and Video)
• ETE221- Signals and Systems                   
• ETE471- Digital Signal Processing 
• ETE321- Introduction to Communications Systems
• ETE422- Principles of Digital Communication
• ETE424- Mobile and Wireless Communication System
• ETE 423-Principles of Telecommunication Networks
• ETE426- Fiber Optic Communication System
• ETE311- Communication Electronics  
• ETE427- RF Engineering
• ETE461- Microwave Engineering
• EE862- Introduction to Pattern Recognition 
• MAT125- Linear Algebra
• MAT120,130,240,250- Calculus and Analytical Geometry I,II,III,IV
• MAT350- Engineering Mathematics
• MAT360- Probability and Statistics
• PHY107- General Physics I
• PHY108- General Physics II
• ETE132- Computer Programming