A Revolution in Materials R&D

Machine Learning aided Quantum Chemistry Calculations to

Discover, Design, Optimize, and Process

Bespoke High-Performance Alloys

 

COMPUTATIONAL MATERIALS ENGINEERING

MATERIALS
DISCOVERY

Machine Learning driven Design Space Search

COMPUTATIONAL
MODELLING

Multi-scale modeling of Material Properties

DESIGN
OPTIMIZATION

Use-case-specific material design Optimization

PROCESS
OPTIMIZATION

Thermo-Modeling based Process Optimization.

 

MATERIALS

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HIGH PERFORMANCE

Metallic Glasses, High-Entropy Alloys, and Complex Concentrated Alloys are some of the most durable and highly complex Alloys known to us.

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NEW AGE

The materials we work with are highly promising but limited to research labs. We want to bring this innovative material research to the commercial landscape.

3D metal printer produces a steel part. Revolutionary additive technology for sintering me

SUSTAINABILITY ORIENTED

Our technology is developed in a way to support growing manufacturing technologies like Metal Additive Manufacturing and Metal Injection Molding to reduce wastage.

 
 

FOUNDING TEAM

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Fazal

Chief Executive Officer

Hons. B.S., Physics

Univ. of Toronto

Expertise: Computational Physics & Machine Learning.

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Gurjot

Chief Technology Officer

Ph.D., Mechanical Engineering

Univ. of Toronto

Expertise: Machine Learning, Optimization, Materials Science, Molecular Dynamics, & Computational Chemistry.

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Abu

Chief Science Officer

Ph.D., Materials Science

Univ. of Toronto

Expertise: Experimental Materials Science, Computational Materials Engineering, Density Functional Theory, Molecular Dynamics, & CALPHAD.

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OUR SUPPORTERS

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