Hello! I’m Arvind Gupta, with over a decade of experience in electric-powered engineering. I concentrate in delivering method technologies and system-oriented solutions, including system development and training in QMS, EMS, power and energy sectors.
I support corporations in optimizing their operations via superior technical answers and realistic software programs. I specialized in power electronics, energy systems, and smart grid technologies.
I impart my skills to improve industry standards as a Subject Matter Expert (SME). My main objective is to make technical concepts easier for every organization.
On the side of teaching, I play a role in research activities with a faculty member of the host institution.
Academic Qualification:
Fortunately, I am a PH.D research scholar in power electronics and energy systems from Technical University, Munich. By immersing myself in different fields, I earn valuable insights and diligence. These enhance my critical thinking and problem-solving skills.
Professional Career:
I started my professional journey as an engineer and electronic consultant at Deisein Private Limited, New Delhi. These included working with Adani Power and BHEL, where operations, technical services, and corporate training are predominant aspects of my job.
As a subject matter expert, this vast experience has given me in-depth knowledge concerning electrical engineering.
Professional development:
I firmly believe Continuous learning and professional growth are core things. I actively engage with IEEE and CIGRE; through these, I bring myself up to date with the latest trends and technologies emerging back-to-back. Over the years, I have attended several workshops, conferences, and training programs.
Research Interest:
Recently, my core research area has been high-energy storage technologies. I am exploring wide bandgap semiconductors for high-power applications. I wish to learn about DMS/EMS application software developments.
In this framework, it would be a pleasure to give my modest contribution to the realization of efficient and sustainable electrical systems, mainly in electric vehicles and renewable energy applications.