Control for Societal-scale Challenges: Road Map 2030
I am pleased to announce that the Road Map 2030 is finally ready!..
I am an assistant professor at Eindhoven University of Technology. I am part of the Control Systems (CS) group at the Eletrical Enegineering (EE) department. Previously, I held post-doctoral fellowship at KTH Royal Institute of Technology, Sweden and the University of Cambridge, UK. I recieved MSc. in Systems & Control and PhD in Electrical Engineering from the Eindhoven University of Technology in 2016 and 2020, respectively.
I am originally from West Bengal, India. I feel incredibly privileged growing up with the most diverse culture, profound sense of values and exceptional cuisine that India has to offer. Outside work I am passionate about effective altruism, vedic philosophy, and backgammon.
Area of my expertise is control theory and its application. What excites me most about control theory is that despite of being a part of applied mathematics, control theory is always inspired by a concrete, real-world application. In control theory, I specialize in Control of PDEs, Physics Informed Leanring, Passivity theory, and Model Reduction.
My research focuses on designing controllers for complex multi-physical systems. I complement new theories with applications of societal and industrial importance. There are two kinds of applications that I work on; as shown in the thematic depiction of my research below:
I am pleased to announce that the Road Map 2030 is finally ready!..
I am happy to share that I am starting a new position as Assistant Professor at Eindhoven University of Technology!
I am attending and presenting a poster at the Workshop on Data, Learning, and Markets
I am attending the 2022 Netcon Workshop (DCS-KTH)
I was a local organizer of the 2022 IEEE CSS Workshop on Control for Societal-Scale Challenges