Courses Taught:

Dr.Sekhar is passionate about student success in-class and out of the class environment. Students are encouraged to contact for any help they might need to progress. Here is the students’ review in  Rate My Professor.

 

• Spring 2026
  1. ECE 496 Silicon Integrated Circuit Design Technology – Lecture and Lab
  2. ECE 405 Professional Ethics in EE
• Fall 2025
  1. ECE 483 Emerging Trends in electrical Engineering
  2. ECE 501 Lab on chip – Graduate Level
• Spring 2025
  1. ECE 405 Professional Ethics in EE
  2. ECE 341 Signals and Systems
• Fall 2024
  1. ECE 483 Emerging Trends in Electrical Engineering
  2. ECE 525 Experimental Methods for Electrical Engineering
• Spring 2024
  1. ECE 405 professional Ethics in EE
  2. ECE 260 Circuit Analysis I – Lecture and Lab
• Fall 2023
  1. ECE 483 Emerging Trends in Electrical Engineering
• Spring 2023
  1. ECE 260 Circuit Analysis I – Lecture and Lab
  2. ECE 525 Experimental Methods in Electrical Engineering
• Fall 2022
  1. ECE 483 Emerging Trends in Electrical Engineering
• Fall 2021 
  1. Emerging Trends in Electrical Engineering
  2. ECE 525 Experimental Methods in Electrical Engineering
• Spring 2021
  1. Signals and Systems (ECE 341) –  Lecture and Lab
  2. Capstone Design II (ECE 452)
• Fall 2020
  1. Experimental Methods for Electrical Engineering (ECE 525) – Graduate Level
  2. Capstone Design I, ECE 451

• Spring 2020
  1. Fundamentals of Laboratory on-chip (ECE 501) – Graduate Level
  2. Signals and Systems (ECE 341) –  Lecture and Lab

• Fall 2019
  1. Experimental Methods for Electrical Engineering (ECE 525) – Graduate Level
  2. Circuit Modeling and Analysis II (ECE 321)
• Spring 2019
  1. Properties of Electronic Materials  (ECE 302) – Lecture 
  2. Signals and Systems (ECE 341) –  Lecture and Lab
  3. Capstone Design II (ECE 452)
• Fall 2018
  1. Experimental Methods for Electrical Engineering (ECE 525) – Lecture – Graduate Level
  2. Introduction to Solar Cells (ECE 421) –  Lecture and Lab
• Spring 2018
  1. Sensors (ECE 576) – Lecture and Lab – Graduate Level
  2. Signals and Systems (ECE 341) –  Lecture and Lab
• Fall 2017
  1. Experimental Methods for Electrical Engineering (ECE 525) – Lecture – Graduate Level
  2. Circuit Modeling and Analysis II (ECE 321) 
• Spring 2017
  1. Signals and Systems (ECE 341) –  Lecture and Lab
  2. Capstone Design II (ECE 452)
• Fall 2016
  1. Microsystems in Renewable Energy (ECE 421) – Lecture and Lab
  2. Capstone Design II (ECE 451)
• Spring 2016
  1. Signals and Systems (ECE 341) –  Lecture and Lab
  2. Capstone Design II (ECE 452)
• Fall 2015
  1. Microsystems in Renewable Energy (ECE 421) – Lecture and Lab
  2. Capstone Design II (ECE 451)
• Spring 2015
  1. Signals and Systems (ECE 341)
  2. Capstone Design II (ECE 452)
• Fall 2014
  1. Microsystems in Renewable Energy (ECE 421) – Lecture and Lab
  2. Capstone Design II (ECE 451)
• Spring 2014
  1. Nanotechnology for Semiconductor and Renewable Energy Applications (ECE 316) 
  2. Signals and Systems (ECE 341) 
• Fall 2013
  1. Circuit Modeling and Analysis II (ECE 321) 
  2. Introduction to Digital Signal Processing (ECE 414) – Lecture and Lab
• Spring 2013
  1. Properties of Electronic Materials (ECE 302) 
  2. Signals and Systems (ECE 341) 
• Fall 2012
  1. Circuit Modeling and Analysis II (ECE 321) 
  2. Introduction to Digital Signal Processing (ECE 414) – Lecture and Lab
• Spring 2012
  1. Introduction to Digital Signal Processing (ECE 414) – Lecture and Lab
• Fall 2011
  1. Circuit Modeling and Analysis II (ECE 321)