Electrical Engineering
Working under the supervision of Dr. Simon Tindemans and Dr. Peter Palensky in the IEPG group.
Current project: ROBUST Working on the aggregation of EV flexibility for future urban distribution systems.
Electrical Engineering (Electrical Energy Systems) Cum laude (with highest honours)
Thesis under Dr Phuong Nguyen on the topic: “Upgradation of 1.5 kV DC railway network in the Netherlands to 3 kV DC network using reversible substations.”
Electrical and Electronics Engineering 9.54/10 CGPA (Merit Scholarship Holder)
Thesis: Comprehensive demand-side management system for renewable-based micro-grids using IoT
Special achiever award, Ranked 5th in the class of 256 students.
Upgradation of 1.5 kV DC railway network in the Netherlands to 3 kV DC network using reversible substations
Key responsibilities:
Investigate different converter topologies suitable for upgrading the traction system.
Development of models (converters, trains, rail networks, etc.) and their controllers in Simulink for traction substations
Identification and quantification of flexibility in a large commercial complex
Key responsibilities:
Mixed integer modelling of flexible sources like heat pumps, EV charging and storage.
Solution of multi-objective optimization model using constrained epsilon method.
Managing inbound operations at the BLR-6 fulfilment centre. [link]
Key responsibilities:
Implementation of lean strategies like FIFO for inbound operations.
Learning about project lifecycle and development process.
Implementation of audit processes to ensure optimal customer satisfaction.
Development of IIOT-based order sorting and verification system for e-commerce industries. [link]
Key responsibilities:
Development of hardware, including electrification of panels, installation of induction motors, wiring of PLC, sensors, and pneumatic systems and programming of HMI, PLC, and VFD-based induction motors.
Improving reliability and security of wireless sensor networks using machine learning. [link]
Key responsibilities:
Development of hardware prototype using ZigBee and implementation of clustering algorithm for sensor networks.
IPCEI PhD booster program (2022-20225)
Amandus H. Lundqvist Scholarship (2019-2021)
NL Scholarship (Formerly Holland Scholarship) (2019-2021)
Second prize, Honeywell Automation Contest 2019 conducted by Honeywell International Inc (2019). [link]
First prize, ‘JCI Makeathon’ organized by Johnson Controls, India (2017).
First prize for representing India in the 5th Delta Advanced Automation Contest 2018, organized by Delta Electronics Pvt Ltd. at Wujiang, China.