Currently, I am working as a Data Scientist at SFL Scientific defining data strategies and developing state-of-art AI algorithms. I hava a Ph.D. in Electrical and Computer Engineering supervised by Prof. Zlatan Aksamija at Umass, Amherst.
Broadly my research was to build predictive models coupled with high performance cloud computing tools to simulate probabilistic systems.
In particular, my focus was to understand the charge transport dynamics in semiconductors to evaluate their thermoelectric capabilities.
NET Lab, University of Massachusetts – Amherst
- Designed predictive models using high-performance computing tools to simulate and study quantum effects in materials.
- Implemented Boltzmann transport solver to simulate the electrical properties and proposed strategies to improve thermoelectric efficiency.
- Developed the prototype models in MATLAB and a high-performance parallelized C++ package.
University of Massachusetts – Amherst
ECE-344 Semiconductor Devices and Materials (Fall 2015, Fall 2017, Fall 2018), ECE-202 Compuatational tools for ECE (Fall 2019), ECE-231 Introduction to Embedded systems (Spring 2019), ECE-232 Hardware Organization and Design (Spring 2017), ECE-354 Computer Systems Lab-II (Spring 2015).
Coventor, Inc., A Lam Research Company.
Worked in software development team of SEMulator3D to develop and validate new modeling approaches to address process, device, and/or circuit level challenges for semiconductor devices.
- Worked on validation and integration of the netlist generator and parasitic solver through timing analysis (Link).
- Implemented a model using python API to simulate quantum tunneling in metal-oxide-metal junctions (Link).
University of Massachusetts, Amherst.
University of Massachusetts, Amherst.
Jawaharlal Nehru Technological University, Anantapur, India.