Sweta Gupta

About Sweta Gupta

Sweta Gupta is a Project Manager at Denrgy. She co-ordinates among Engineering, Financial, Administrative and Community Engagement teams to deliver milestones in building microgrids and generating MWs of electricity to power homes with clean energy. Analyzing and engineering the project and integrating the creative thoughts, market trends, government rules and regulations towards finalization of successful outcome are the key deliverables.As an Executive Electrical Engineer at Damodar Valley Corporation, Kolkata, India under the Ministry of Power, her experience at Durgapur Steel Thermal Power Plant 2x500 MW units. encompasses working in Maintenance and Planning cell, Field Quality Assurance, Electrical Maintenance, Contracts and Material Management, Operation and Efficiency Cell. Under her leadership on the quality circle project, the team was awarded \"Excellent\" at the National Convention of Quality Control in 2017, and was selected for International ICQCC, Manilla. Prior to it, as Quality Assurance Engineer for electrical wiring harness at TATA Yazaki Private Limited in Pune, India, she did R&D projects on relays which substantially reduced critical issues related to warranty.Between 2020 to 2022, she worked as a graduate research assistant PHD in Electrical and Computer Engineering from Florida International University.

Experience

1. Chief Executive Officer

   Wealth Strategy Media

   Jun 2024 — Present · Miami-Fort Lauderdale, FL, US

   Gridless Global\" reflects a vision of interconnected, decentralized, and resilient systems that empower communities worldwide to function sustainably. We offer energy Advisory Services for Power Generation through hydro, solar, nuclear, hydrogen, coal, and natural gas with microgrid services to ensure 1. Energy Independence - Refers to energy systems that do not rely on centralized power grids. Instead, they focus on decentralized energy production, such as- Solar, wind, or hydro-powered microgrids- Off-grid renewable energy systems for remote or underserved areas- Supports resilience in areas where central grids are unreliable or non-existent. 2.**Decentralized Infrastructure**- Beyond energy, it can signify decentralized networks in- Communications (e.g, mesh networks for internet access)- Water and sanitation (e.g, localized purification and distribution systems)- Supply chains and logistics. 3.**Global Reach Without Centralization**- Operating on a global scale without relying on traditional, hierarchical structures. This includes- Distributed organizations or cooperatives- Peer-to-peer networks for services and commerce- Blockchain or other decentralized digital technologies. 4.**Resilience and Sustainability**- A focus on sustainability through self-sufficiency, particularly in areas lacking access to central resources. Examples include- Communities using waste-to-resource systems for energy or materials. 5.**Empowering Communities**- Advocating for solutions that allow communities to thrive independently by leveraging- Local innovation and entrepreneurship- Skills and capacity-building programs tailored for regional needs.

Education

• National Institute of Technology Hamirpur

  Bachelor of Technology - BTech, Electrical and Electronics Engineering, 8.33/10

  2008 — 2012

• University of Petroleum and Energy Studies

  Master of Business Administration - MBA, Power Management, 3.81/4

  2014 — 2017

• Florida International University - College of Engineering & Computing

  Doctor of Philosophy - PhD, Electrical and Computer Engineering, 3.61/4

  2020 — 2022