Revolutionizing the Future of Energy: Pioneering Wireless Power Transfer Solutions for a Connected World.
Secured 92% in Indian School Certificate (ISC) Examination
30/6/2010Graduated with a CGPA of 9
30/6/2014Graduated with a CGPA of 9.22. Worked under supervision of Prof. Sujit Biswas.
30/6/2017Secured a CGPA of 9.8. Worked under supervision of Prof. L. Umanand, Dr. Utsab Kundu and Prof. GopaKumar.
1/5/2022Trainee in the distribution and transmission sector (Mains Department) under co-operation of CESC Ltd (RP-Sanjiv Goenka Group).
1/2/2013Automation and Drives under co-operation of SIMENS (SITRAN program)
7/7/2017Appointed as an Officer at Cabinet Secretariat of India
26/11/2017Joined PhD program offered by DESE, IISc. Worked as a Teaching Assistant for NPTEL for the course "Fundamentals of Power Electronics", "Design of Photovoltaic Systems". Mentored students for GATE 2023.
16/4/2023Secured a percentile of 98.78 in EE branch
Participated in Flyers Program for Young English Learners conducted by Cambridge University
Qualified the exam with 89% marks
Qualified the exam with 72% marks
Qualified with Credit.
Investigation of Contactless Capacitive Wireless Power Transfer for EV Charging
Read MoreRole of Government in promoting Renewable Resources in India | International Journal of Emerging Technology and Advanced Engineering | Volume 3, Special Issue 3: ICERTSD 2013, Feb 2013, pages 504-513 An ISO 9001:2008 certified Int. Journal, ISSN 2250-2459.
The concept of Sustainable Development ‘presented through Brundtland Report under World Commission gained popularity and importance in 1987. Energy plays a vital role in usage of nature‘s resources and it has direct and indirect impact in economy and environment. Sustainable development of resources, proper mix of the resources for balancing the present need, future demand, conservation of precious resources and at the same time shifting towards non-conventional energy resources are the areas of key challenges we face today in India and the world over in general. India has taken a lead role in exploiting renewable energies and has become a role model to many of the countries of the world. In particular, the potential of solar energy in India is huge due to its location advantage. This paper illustrates various policies adopted by Government of India and other stakeholders for promotion of solar energies and challenges ahead to move towards sustainable energy development.
Hybrid Function based application to some chaotic problems | Conference INCOM18: Proceedings of the 1st International Conference on Mechanical Engineering Jadavpur University Kolkata India January 4 – 6, 2018 Paper No. INCOM18-041| Publication date: 2018/1 | Pages: 542-545.
In this paper we have taken into account two types of Chaotic systems, namely Lorentz Systems and Chua's system of equation followed by their numerical method solutions and Hybrid Function approximation to get their operational matrices.
This article proposes a structured method for characterizing the capacitive couplers used in wireless electric vehicle (EV) charging systems. Most of the existing approaches rely on expensive finite-element analysis (FEA) tools for estimating the mutual capacitance between the coupler plates. An experimental technique is found in the literature that relies on a series LC resonant circuit but suffers from certain limitations. A parallel LC resonance-based approach is introduced in this article to address those issues. The suggested method requires an initial estimate of the mutual capacitance, which is achieved by deriving an empirical formula. Also, a comprehensive algorithm is presented to design an inductor with low interwinding capacitance, which aids the proposed characterization procedure. An experimental prototype of the capacitive coupler is fabricated and characterized for different vertical distances between the coupler plates under both aligned and misaligned conditions. The outcomes of the proposed method are compared with FEA simulation results, and close agreement between these data is noted.
Read More