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    • Home
    • Services
    • PFAS Project
    • In-Air Sonar Project
    • Hyperelastic Tool
    • Bond Graph Project
    • About Us
    • Contact Us
  • Home
  • Services
  • PFAS Project
  • In-Air Sonar Project
  • Hyperelastic Tool
  • Bond Graph Project
  • About Us
  • Contact Us

Technology r&D: Material science Molecular design Machine learning

Technology r&D: Material science Molecular design Machine learningTechnology r&D: Material science Molecular design Machine learningTechnology r&D: Material science Molecular design Machine learning

" Dream like a child; build like a pro"- HM

Contact Us

Technology r&D: Material science Molecular design Machine learning

Technology r&D: Material science Molecular design Machine learningTechnology r&D: Material science Molecular design Machine learningTechnology r&D: Material science Molecular design Machine learning

" Dream like a child; build like a pro"- HM

Contact Us

Our Services

Sensor & Actuator Development

We develop both traditional as well as advanced sensors and actuators using soft polymeric materials. Applications include drones, transportation, multi-functional membranes for robotic systems, actuators for laser-based communication systems, sensors for micro-fluid systems.

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Molecular Design and AI for Advanced Materials Solutions

 We use a combination of ab initio methods combined with machine learning to accelerate the development of optimized materials and processes for modern technological solutions. Our molecular design approach relies on HTPC and machine learning. We aim to support our clients in the advancement of science and technology of multi-scale materials prediction.

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Multi-Energy Domain Engineering System Modeling

Multi-Energy Domain Engineering System Modeling

Our capabilities include the modeling and simulation of multi-energy domain systems  involving mechanical, thermal, fluids, chemical, electrical, and biological domains.

Applications include development of our patent-pending Integrated, Interactive, Internet-based, Lab-In-a-Book (LIB) engineering textbooks


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Video: DFT based simulations

Check out this great animation showing electrostatic field map of a polymer molecule. Produced using ab initio DFT computations.

Video: Sensor/Actuator Development and experiments

Our analysis include robust experimental validation. 


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