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International

Samhita Shiledar

Senior Associate
  • India

Samhita is a Senior Associate at the Office of the Chief Scientist. Samhita works on the India Mobility Project, developing a clean, shared, and electric mobility plan for an affordable, efficient, and reliable transportation future for India. She is also working on Factor Ten Engineering, creating whole system design techniques for industries, buildings, and vehicles to achieve radical energy efficiency at lower cost.

BACKGROUND

Prior to joining RMI in 2017, Samhita was working with Pidilite Industries Limited, the biggest adhesive manufacturer in India, as head of production planning. Samhita’s past work experience includes manufacturing operations and pollution control at Pidilite Industries, plant designing at Reliance Industries, and microgrid assessment and water treatment design at the University of Michigan.

Samhita also co-founded Cheruvu, a precision agriculture company focusing on providing best nutrient management practices for small farmers in developing countries. She has been working on the India Mobility project with RMI since its establishment to develop the transportation model/excel calculator and the India Leaps Ahead report.

EDUCATION & AWARDS

Master of Science in Engineering in Chemical Engineering, University of Michigan, 2017
Master of Science in Natural Resources and Environment (Environmental Sustainable Systems), University of Michigan, 2017
Bachelor of Technology in Chemical Engineering, Visvesaraya National Institute of Technology (NIT Nagpur, India), 2013

Dow Distinguished Awards for Interdisciplinary Sustainability

LOCATION

Basalt, CO

Authored Works
Outlet Blog Post

Massive Investment is Accelerating the Era of Clean Electrification

The age of affordable battery technology is coming faster than experts previously thought possible. Thanks to massive investment, rapid performance improvements, and falling prices, breakthrough battery technologies are poised to revolutionize the way we power our lives and organize energy systems as early as 2030. In the first half of…