Research & Development
Collaborating for Innovation & Impact
ARCI actively partners with academia, industry (large,medium & small), start-ups, and government organizations to co-develop advanced materials and technology solutions that drive industrial growth and national missions.
Why Collaborate with ARCI?
Advanced Infrastructure
Access to state-of-the-art research facilities and pilot-scale production capabilities.
Expert Research Teams
Multidisciplinary scientists and engineers with deep domain expertise.
Translational Focus
Strong emphasis on converting research into deployable industrial solutions.
National & Global Impact
Contributing to strategic missions, sustainability, and societal advancement.
Who We Collaborate With
Academia
Joint research projects, sponsored programs, and student engagement initiatives.
Industry
Contract research, technology development, testing, and commercialization support.
Start-ups
Technology validation, incubation support, and scale-up assistance.
Government Bodies
Mission-mode projects and strategic technology development initiatives.
How Collaboration Works
Initiate Contact
Reach out with your proposal or collaboration interest.
Define Scope & Objectives
Joint discussions to finalise project goals, deliverables, and timelines.
Formal Agreement
Execution of MoU / contract with clear IP and confidentiality terms.
Execution & Delivery
Project implementation, milestone reviews, and outcome dissemination.
Partner with ARCI
Interested in collaborating with us? Connect with our team to explore joint research and technology development opportunities.
List of R&D Programs Under Collaborations with Industry, Government Organizations, and Academia
| # | Title | Details |
|---|---|---|
| 31 | Design and Development of Large-scale Indigenous Alkaline Electrolyzers for Hydrogen Generation | Details |
| 32 | Development of Nano Fertilizers | Details |
| 33 | Air stable, hydrocarbon fuel dispersible nano boron powder | Details |
| 34 | CuO-Ag Nanocomposite Powders for Antimicrobial Applications | Details |
| 35 | Development of NVP Based Cathode Material for High Performance Sodium Ion Battery Applications | Details |
| 36 | Development of high performance C-LFP by cost-effective and scalable solid state process | Details |
| 37 | Development of petcoke derived porous C for high performance supercapacitors | Details |
| 38 | Development of High Energy 1200F Supercapacitor using Petcoke Derived Porous Carbon | Details |
| 39 | Powders for Additive Manufacturing | Details |
| 40 | Oxide Dispersion Strengthened Austenitic Steels for High Temperature Applications | Details |