IIT Madras Deepens Collaboration with Applied Materials India to Accelerate Semiconductor Innovation

The Indian Institute of Technology Madras (IIT Madras) has announced an expanded collaboration with Applied Materials India Private Ltd, aimed at advancing cutting-edge semiconductor research and workforce development. This partnership marks a significant step in enhancing India’s semiconductor ecosystem, especially as the country looks to establish itself as a global hub for semiconductor design and manufacturing.

Deployment of AppliedTwin Framework

As part of this collaboration, IIT Madras will implement the foundational software framework of Applied Materials’ AppliedTwin platform. This sophisticated digital twin solution is designed to model and optimize semiconductor manufacturing equipment and processes. The initial deployment was kicked off with a hands-on workshop on AppliedTwin held at IIT Madras on October 23, 2025, which saw participation from over 150 students and faculty members.

Importance of Semiconductor Fabrication Facility

This development comes at a crucial time as IIT Madras, in collaboration with the Government of Tamil Nadu, is establishing its own semiconductor fabrication (FAB) facility. This facility will integrate reliability and packaging capabilities essential for modern semiconductor manufacturing. Understanding the complex semiconductor process parameters is vital before configuring these capabilities in physical systems.

Transformative Impact on Education and Research

Prof. V. Kamakoti, Director of IIT Madras, emphasized the transformative potential of the AppliedTwin framework. He stated, “The deployment of the foundational software of Applied Materials’ AppliedTwin™ framework will empower our faculty and students to accelerate concept creation, prototyping, testing, and process exploration virtually, thereby reducing R&D cost and time significantly.”

This initiative aligns with India’s broader semiconductor mission, preparing an industry-ready workforce and contributing to the country’s goal of becoming a global leader in semiconductor design and manufacturing.

Features of the AppliedTwin Software Solution

The AppliedTwin software solution provided to IIT Madras includes:

• ACE+: A comprehensive multi-physics, multi-scale modeling software for component, subsystem, and chamber-level digital twins.
• TOPO+: A physics-driven feature-scale topography simulator used for building unit and integrated process digital twins.

This general-purpose software suite will allow IIT Madras scholars to simulate semiconductor workflows in a fully virtual environment. This capability enables researchers to analyze real-world manufacturing behavior, test hypotheses, and optimize designs long before physical implementation, ultimately saving both time and infrastructure costs.

Access for Broader Educational Community

The initiative is not limited to IIT Madras scholars; it also extends to students across various institutions and micro, small, and medium enterprises (MSMEs). They will have access to the software through the IIT Madras platform via Swayam Plus. This broad access is expected to catalyze curriculum development, enable AI-integrated modeling, and foster joint research publications between IIT Madras faculty and Applied Materials teams.

Interest from Various Departments

Departments such as Materials Science and Metallurgical Engineering have already expressed interest in integrating AppliedTwin into their upcoming M.Tech program in semiconductors. By providing access to virtualized semiconductor process experimentation, students and researchers will gain hands-on understanding of real fabrication workflows even before India’s physical FAB infrastructure reaches full scale.

Conclusion

The collaboration between IIT Madras and Applied Materials India represents a significant advancement in semiconductor education and research in India. By leveraging advanced digital twin technologies, this partnership aims not only to enhance workforce development but also to catalyze innovation through academia-industry collaborations. As India continues to strengthen its semiconductor ecosystem, initiatives like this will play a crucial role in ensuring that trained talent and process innovation grow in tandem.

Note: The information presented in this article is based on the latest updates from IIT Madras and Applied Materials as of November 2025.