Professional computational engineer with experience in web development, machine learning, artificial intelligence, graphics, data science, quantum algorithms, quantum communications protocols, super-dense coding, and quantum consulting. Electrical Engineer with experience in circuit design, VLSI, Digital Design, Josephson Junction design, Josephson Junction Optimization. Currently a student at the University of Vermont studying quantum computing.
Learning, testing, and validating Zlatko Minev's automation process for the design of Josephson Junctions in Quantum Computing.
Larson & Toubro Infotech
May 2020 - Present
LTI’s Mosaic is a converged platform, which offers data engineering, advanced analytics, knowledge-led automation, IoT connectivity and improved solution experience to its users. Mosaic enables organizations to undertake quantum leaps in business transformation, and brings an insights-driven approach to decision-making. It helps deliver pioneering Analytics solutions at the intersection of physical and digital worlds.
Electrical Engineering & Computer Science
University of Vermont, United States 2012 - 2015
IBM Quantum Computing allows you to train and run machine learning algorithms that solve complex problems faster than classical computers, improving applications like disease diagnosis, fraud detection, and efficient energy management.
Additionally standard quantum computing algorithms can be applied to any industry including chemistry, material science, high energy physics, financial analysis, security, and logistics. Quantum computers are nearing supremacy in the NP Complete problem space.