Teaching Accomplishments:

Course materials including lecture slides, homework, exams, and laboratory experiments are available at password protected University of Michigan CTools website and will be provided upon request. Only course outline and a few sample lectures are included below. Click here for full summary of teaching accomplishments.

Undergrad Courses Taught:

• Sophomore Level:
  EECS 270: Digital Logic Design (taught 17 times)
  Sample Lecture Slides | Course Outline | Old Course Materials

• Junior Level:
  EECS 312: Digital Integrated Circuit Design (taught 2 times)
  Sample Lecture Slides | Course Outline

• Senior Level:
  EECS 427: VLSI Design (taught 6 times)
  Sample Lecture Slides | Course Outline

Regular Graduate Courses Taught:

• EECS 570: Parallel Architectures (taught 2 times)
  Sample Lecture Slides | Course Outline

• EECS 579: Digital System Testing (taught 2 times)
  Sample Lecture Slides | Course Outline

New Graduates Courses Developed:

• EECS 527: VLSI Layout Automation (taught 10 times)
Sample Lecture Slides | Course Outline

• EECS 598-2: Nanocircuits and Nanoarchitectures (taught 1 time)
  Sample Lecture Slides | Course Outline

• EECS 598-3: Brain-Inspired Computing: Models, Architectures and Programming
  Sample Lecture Slides | Course Outline

• EECS 598-6: Ultra-Low-Power CMOS Design (taught 2 times)
Sample Lecture Slides | Course Outline

On-line Courses for Practicing Engineers:

• NTU-Walden Univiversity Distant Learning Course on Logic Design

Integration of Research with Teaching:

VLSI Courseware Developed and Distributed:

• Cell Placement Algorithms
• VLSI Routing Algorithms
• Gate Matrix Algorithms

Advanced Books Written for Practicing Engineers:

• Genetic Algorithms for VLSI Design
• SRAM & DRAM Testing
• Reliability of Semiconductor Memories
• Proceedings of the IEEE: Special Issue on Memristors

STEM Education and K-12 Maths Software Developed:

• MathGuru

Teaching Evaluations:

• Numerical Evaluations | Student Comments | Vice Provost's Letter