Contact
Faculty Details
Ph. D. Electrical Engineering, Texas A&M University(1989)
1. Fault Anticipation &Predictive Location; Physics of Failure
2. Cellular Automata (www.mwftr.com/CA.html)
3. Entropy Minimax in Decision Making and Machine/Statistical Learning
4. Embedded Systems and System Safety and Security
5. Computer Control System Security and Resilience
1. Predictive Location of Incipient/Transient Underground Cable Faults
2. Inductive Machine Reasoning with Entropy Minimax (http://www.mwftr.com/entropy.html)
3. Vertically Integrated Projects (VIP) Program for STEM Education (www.mwftr.com/VIPatHOWARD.html)
4. Renewable Source Micro-Grid (http://www.mwftr.com/microgrid.html)
5. Embedded- and Computer Control System Safety and Resilience
Microcomputer Design(www.mwftr.com/UC.html)
Embedded Systems Design Lab (www.mwftr.com/emblab.html)
Computer Bus and SoC Interfacing
Computers and Nuclear Energy (http://www.mwftr.com/CNE.html)
Computers and Safety-Critical Systems (www.mwftr.com/CS2.html)
Embedded Computing (http://www.mwftr.com/emblab.html)
Senior Design (www.mwftr.com/SD.html)
Fundamentals of Energy Systems (http://www.mwftr.com/Energy.html)
Fault Detection and Location in Distribution Systems (www.mwftr.com/tkk10.html)
Renewable Micro-Grid System Design and Optimal Configuration (www.mwftr.com/microgrid.html)
Detailed Information
Personal webpage: www.mwftr.com
CV webpage: www.mwftr.com/charlesk.html
News
Associate Professor Danda Rawat to Lead Cybersecurity Partnership on $3M NNSA Grant
Tue, March 3, 2020
Howard University is the recipient of a three-year, $3 million grant from the Department of Energy’s National Nuclear Security Administration, alongside two partnering minority-serving institutions, for The Partnership for Proactive Cybersecurity Training, a cybersecurity research project based on human biological system-enabled machine learning models. Read More >>
Martin Conquers Hackathons with Accessibility Software
Wed, February 12, 2020
Computer Engineering Freshman Devin C. Martin recently conquered at two hackathons: HackHarvard at Harvard University and HackDuke – Code for Good at Duke University. Martin came in third place for Hack Harvard, which had over 400 international participants from across five continents. For HackDuke, Martin placed first among over 300 participants from the nation's top engineering schools, such as the Georgia Institute of Technology, Massachusetts Institute of Technology, New York University, and Yale University. The participants for each hackathon included both undergraduate and graduate students. Read More >>
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