Please tell us about yourself

ECE ILLINOIS (Electrical & Computer engineering at University of Illinois Urbana Champaign) graduate student Varun Badrinath Krishna’s work at the intersection of machine learning, computer security, and energy systems has earned him a spot in the Siebel Scholars Class of 2018. Krishna is also affiliated with the Coordinated Science Lab. One graduate student in the area of energy sciences is selected to the Siebel Scholars class in his or her final year of study.

The Siebel Scholars program includes some of the most highly accomplished graduates in energy science, computer science, business, and bioengineering. Each scholar receives a $35,000 award and attends the annual Siebel Scholars Conference to discuss and debate global issues. Krishna said, “It’s an honor to be inducted into this club, and I look forward to connecting with other Siebel Scholars at the annual networking events.”

Original Link:

https://ece.illinois.edu/newsroom/article/23851

What did you study?

Krishna received his bachelor of engineering degree in computer engineering from the National University of Singapore in 2010. As part of that program, he was selected to participate in an entrepreneurship immersion program in Silicon Valley for a year, during which he interned at a technology start-up company and took entrepreneurship classes at Stanford University. It was through Cleantech events in Silicon Valley that he got excited about the applications of computer science in energy science.

After graduating, Krishna worked in Singapore for the Experimental Power Grid Centre for a year and the Advanced Digital Sciences Center for two years. In both those roles, he developed simulation and analytics tools for smart grid research. Then, he started graduate school at ECE ILLINOIS, where he earned a master’s in 2016 and is now pursuing a PhD in Computer Engineering. He stated that in his time here, “I have enjoyed the world’s best resources for smart grid research at Illinois through TCIPG (Trustworthy Cyber Infrastructure for the Power Grid) and CREDC (Cyber Resilient Energy Delivery Consortium). I am passionate about smart grid research, and I am grateful to my PhD advisor (ECE Department Head Professor William H Sanders) for giving me the freedom to research that topic.”

How did you end up in such an offbeat, unconventional and fascinating career?

Krishna had always been excited about creating technological solutions to problems that he cared about. He initially got into energy systems research because he wanted to improve the efficiency of those systems so that their carbon footprints could be mitigated. In order to do so, he did research on the “smart grid,” which uses network communications and intelligent controls to improve efficiency.

However, he realized that such efforts to improve efficiency could be undermined by cyber adversaries who could compromise those network communications. Krishna added, “It’s similar to how cars have now become ‘smart,’ at the cost of becoming increasingly vulnerable to cyber attacks. While I still work on improving the efficiency of energy systems, the primary focus of my PhD is on detecting and mitigating attacks on controls and communication networks in power grids.” Krishna’s research is currently funded by the U.S. Department of Energy through the CREDC consortium. Today, Krishna is focused on improving the resilience of power grids to cyber attacks on power generation controls.

Tell us about your work

As a PhD student, Krishna has done internships related to energy science at the ABB Corporate Research Center, the IBM T.J. Watson Research Center, and at Cisco Systems Inc. His work at IBM on improving the efficiency of wind energy integration led to two U.S. patent applications. Earlier this year, Krishna was a winner of the Rambus Computer Engineering Fellowship “for demonstrated excellence in graduate research in the area of computer engineering.”

When asked which research contribution he was most proud of, he said it was his work on mitigating electricity theft, which causes loss of efficiency and costs utilities billions of dollars in lost revenue. That work was funded by the Siebel Energy Institute and the U.S. Department of Energy. It won best paper awards at QEST 2015 and CRITIS 2015.

How does your work benefit the community?

Outside of technology, Krishna has made small contributions to increasing the adoption of solar power in Indian villages. He organized a campaign to raise micro loans for those villagers to help them replace kerosene lamps (which are polluting and inefficient) with clean solar power.

Krishna believes that the importance of efficiency and security for power grids is only going to increase in the future. “Global warming will drive efficiency improvements that can mitigate the carbon footprint of energy systems,” he said. “Cyber threats from nation-state adversaries will similarly drive improvements in security mechanisms for power grids, because attacks on power grids can disrupt all walks of life, making the grids a prime target for those adversaries.” Concerning the next steps for his research, Krishna added, “I would really like my research to go beyond publications, and wind up benefiting electricity consumers, utilities, system operators, facility managers for buildings, and generators.”

What are you doing currently?

I am a Senior Data Scientist at C3.ai and work on developing machine learning models for fraud detection. I work in a team of intelligent and motivated data scientists who are all working to help client enterprises solve business problems using the latest developments in machine learning research.