Engineering Air. Water. Energy.

Powering India’s Industrial Future

MKS Shrinhidhi didn’t set out to build a company — he set out to solve a problem that most engineers simply learned to live with. Growing up with a deep fascination for how machines work, Shrinhidhi pursued a Bachelor of Engineering in Mechanical Engineering, where he first understood the physics behind industrial systems — fluid dynamics, thermodynamics, and the relentless pursuit of mechanical efficiency.

But it was during his Master of Engineering in Industrial Engineering that his perspective shifted. He began to see not just machines, but systems — how production lines break down, where efficiency is lost, and why after-sales support was the most overlooked gap in India’s industrial sector. Armed with hands-on experience across manufacturing floors and energy systems, Shrinhidhi spent over 7 years working directly in the field — commissioning blowers, troubleshooting pump failures, auditing energy systems, and consulting for industries ranging from wastewater treatment to food processing. He saw first-hand how companies suffered not from lack of equipment, but from the absence of a reliable engineering partner who truly understood their operations.

That gap became the foundation of Ammonite Energy Tech.

Today, Shrinhidhi is completing his PhD in Additive Manufacturing, a field that is reshaping how industrial components are designed and fabricated. His research directly informs Ammonite’s forward-looking approach — from custom component development to precisionengineered solutions that aren’t available off the shelf. It is this rare blend of academic depth and real-world grit that makes Ammonite different.