Welcome to Materials Innovations and Sustainable Technologies Lab (MIST)
--Innovating Alloys, Surfaces, Hydrogen, and Circular Materials

At MIST Lab, we explore the science of materials from the atomic scale to real-world applications. Our research spans four core themes, Alloy Development, Surface Engineering, Hydrogen Energy, and Sustainable Materials, while staying open to new frontiers in materials science and engineering.

Latest Publications

Heterostructure Engineering in Metal Sulfides for Electrochemical CO2 Reduction: Advancing Performance and Stability

This review highlights how metal sulfide heterostructures can boost electrochemical CO2 reduction by improving catalytic activity and stability. It discusses design strategies like surface functionalization, interface engineering, and doping, and outlines key material systems and future directions for sustainable CO2 conversion.

New Members at MIST Lab

MIST lab welcomes our new B.Tech . students and they will contribute to our ongoing research in advanced materials and sustainable...

Recognitions

Our Article is recognized by Wiley for a Top Viewed Article in Advanced Functional Materials for "MXene as Promising Support Materials...

Editorial roles

Dr. Bhargavi has been appointed as Editorial Board Member of International Journal of Fatigue (Elsevier).

Editorial roles

Dr. Bhargavi has been recruited as Divisional Editor for the upcoming ASM Handbook Volume 27 on Renewable Materials. She is handling two...

Team Members Update

Sahithi has joined MIST lab as Ph.D. Scholar (Aug 2025)

Welcome to Materials Innovations and Sustainable Technologies Lab (MIST) --Innovating Alloys, Surfaces, Hydrogen, and Circular Materials

Latest Publications

New Members at MIST Lab

Recognitions

Editorial roles

Editorial roles

Team Members Update

Latest News

Welcome to Materials Innovations and Sustainable Technologies Lab (MIST)
--Innovating Alloys, Surfaces, Hydrogen, and Circular Materials