Areas of Research
Covering all layers of abstraction - from materials to circuits
TCAD
TCAD (Technology Computer-Aided Design) is crucial in the semiconductor industry for modeling and optimizing devices. It predicts how small features affect device behavior, allowing simulation and optimization before fabrication. TCAD helps design efficient, reliable devices by predicting electrical characteristics, stress distribution, and optimizing processes like ion implantation and annealing for improved yield.
COMSOL Multiphysics
COMSOL Multiphysics is a versatile simulation software that models coupled physics phenomena like acoustics, electromagnetics, chemical reactions, mechanics, fluid flow, and heat transfer. It enables accurate simulations with minimal assumptions, offering an intuitive interface for real-world applications.
Atomistic simulator
An atomistic simulator uses methods like Molecular Dynamics (MD) and Molecular Statics (MS) to model materials at the atomic level. MD tracks atomic motion over time, while MS finds stable configurations by minimizing energy. These techniques reveal material properties, behavior, and phenomena like phase transitions and material failure.
Collaborations
SASTRA's Device Modeling Lab has entered into a collaborative agreement with Globalfoundries, a premier semiconductor manufacturer with a major presence in Singapore. This partnership, solidified through the signing of NDAs and MoUs, aims to promote research innovation, knowledge sharing, and mutual growth. By leveraging each other's strengths, SASTRA and Globalfoundries are bridging the academia-industry gap, driving advancements in research and innovation, and enhancing student development. This strategic alliance fosters a collaborative environment, facilitating the exchange of ideas and expertise to address real-world challenges.
