teaching

Professor Jandhyala teaches several advanced graduate, beginning graduate, and undergraduate courses in electrical engineering, including:

• EE 361: Engineering electromagnetics
  
• EE 467: Antenna theory and design
  
• EE 571: Electromagnetics for high-speed circuits
  
• EE 572: Electromagnetic theory
  
• EE 573: Computational electromagnetics
  
• EE 574: Advanced electromagnetics
  
• EE 579: Selected topics in electromagnetics
  
• EE 599: Special topics in EE seminars

He has developed, along with graduate student Indranil Chowdhury, courseware in the form of electromagnetic simulations for an undergraduate textbook (Hayt and Buck, 7th edition). Professor Jandhyala is chair of the Professional Masters Program at UWEE, and also regularly teaches short courses at several industries, government labs, consortia, and conferences. He has received several accolades for his teaching at all levels. His style includes blending mathematical rigor, physical intuition, computational methods, real world examples, simulations, and humor! He also lectures regularly on computational electromagnetics, signal and power integrity, electronic design automation, and entrepreneurship.

Selected Short Courses and Seminars

• Case study of entrepreneurship at UW, UW Tech Transfer, June 2009.
  
• Fast integral equations techniques: Part 1, signal integrity and power integrity applications, EDSFair, Yokohoma, January 2009.
  
• Fast integral equation techniques: Part 2: electromagnetic interference mitigation, EDSFair, Yokohama, January 2009.
  
• UW Entrepreneur Panel, part of Entrepreneurweek, University of Washington, November 2008.
  
• Dynamics of entrepreneurship at UW, From invention to startup series, November 2008.
  
• Accelerated parallelized integral equation techniques for packaged microelectronics, IBM session, Future Directions in IC Packaging FDIP Workshop, San Jose, CA, October 2008.
  
• Field-Based Computational Tools for Addressing Complexity, Scaling, Variability, and Design in Microelectronics, IBM T.J. Watson Research Center, Yorktown Heights, NY, August 2008.
  
• Computational Electromagnetics, 4 day short course for Boeing engineers, Boeing Corporation, Bothell, WA, June 2008
  
• Computational Electromagnetics for advanced technologies: applications and challenges, UW electrical engineering colloquium, May 2008.
  
• Computational Electromagnetics: From Maxwell’s Equations to Signal Integrity and System Design, Short Course Tutorial, IEEE Designcon, Santa Clara, February 2008.
  
• Package Extraction, Modeling, and Simulation in IC-Packaging-Board co-Design, Panel presentation and chairing, IEEE Designcon, Santa Clara, February 2008.
  
• Rapid electromagnetic simulation for advanced electronic packaging, EDSFair, Yokohama, January 2008.
  
• Fundamentals of parallel computing for scalable solutions, invited Embedded Tutorial, IEEE Topical Meeting on Electrical Performance of Electronic Packaging, Atlanta, October 2007.
  
• Towards Fast and Robust Full-Package Electrical Modeling for Microelectronic Design, National Sun Yat-Sen University, Kaoshiung, Taiwan, August 2007.
  
• Computational Electromagnetics, 4 day short course for Boeing engineers, City University, Renton, WA, June 2007.
  
• Field-based computational tools for addressing complexity, scaling, variability, and design in microelectronics, Rice University EE dept “young guns investigator series seminar”, January 2007.
  
• PILOT technology for fast parallel integral equation simulation, Air Force Research Labs, Dayton, OH, January 2007.
  
• Integral equation methods for EM-circuit microelectronic simulation, University of Michigan EECS Department, Ann Arbor, MI, September 2006.
  
• Computational electromagnetics with PILOT Technology, SPAWAR San Diego, Navy, August 2006.
  
• Fast field simulation and design methods for digital, analog, and RF microelectronics, Intel / IEEE EMC workshop, Beaverton, OR, June 2006.
  
• Fast integral equation based field simulation methods for microelectronics and emerging technologies, Freescale, Phoenix, AZ, April 2006.
  
• Research and development at the ACE lab, Tektronix, Beaverton, OR, March 2006.
  
• Integral equation methods and fast solvers for electromagnetic applications, University of Washington Applied Mathematics Seminar Series, February 2006.