RESEARCH

Our research approach consists of:

  1. Multi-Physics Modeling: We utilize advanced modeling techniques to analyze existing manufacturing processes. This approach helps us gain deeper insights into the underlying mechanisms, enabling us to identify pathways for productivity improvements and enhanced process control.
  2. Process Design and Development: We focus on designing and implementing novel micro- and mesoscale technologies to enable more effective manufacturing practices. This includes the exploration of new materials, methods, and tools that can meet current and future industrial demands.
  3. Sustainable Analysis: We assess the environmental impact and resource use of advanced manufacturing processes, with a focus on improving energy efficiency. Our goal is to support cleaner production and promote long-term sustainable practices in engineering.

Research Areas

Below are some selected past and ongoing projects that represent of our work. For the most up-to-date and comprehensive list of our research contributions, please visit our publications.



Sponsors

SERB DST IMPRINT Sparkonix MDSL

Sponsored Projects

Duration Description Funding (106 INR) Sponsors
2023-2026 Improved Adhesion and Corrosion Resistance for Marine Applications via Robotic Plasma Surface Treatment Technology, PI: Prof. Soham Mujumdar. 5.3 Mazagon Dock Shipbuilders Ltd.
2023-2026 Development of Atomized Dielectric-based Electrical Discharge Machining for Reduced Water Consumption and Improved Sustainability, PI: Prof. Soham Mujumdar, Co-PI: Prof. Deepak Marla, Sparkonix India Pvt. Ltd. 7.3 Water Technologies Cell DST
2023-2026 High-performance Electrical Discharge Machining of Superalloys for Space Technology, PI: Prof. Soham Mujumdar 6.3 Core Research Grant SERB
2023-2026 Multifunctional Additive & Ablative Materials Processing via Quasi-Continuous Wave Fibre Laser for Novel Industrial applications, PI: Prof. Ramesh Singh, Co-PI: Prof. Soham Mujumdar, Prof. Deepak Marla, CMTI Bengaluru (It is a 2+2 consortium project with IIT Bombay & CMTI as Institutes, and Aditya Birla Science & Technology and Bharat Forge as Industries) 15.7 IMPRINT-IIC.2 DST, Aditya Birla Science & Technology, and Bharat Forge
2019-2024 Development of Micro/nanobubble-mixed Cutting Fluid Delivery for Micro Deep-hole Drilling, PI: Prof. Soham Mujumdar 8.8 IRCC IIT Bombay
2019-2022 Sustainable Cutting Fluid Technology for Micro Deep-hole Drilling, PI: Prof. Soham Mujumdar 3.1 Start-up Research Grant SERB