Engineered and Material Systems
Design the material to the specification.
New materials still take years of trial and error. SPARK combines computational design with physical testing to formulate and characterize materials against the performance a program requires.
Solutions
- 01Formulation program
- 02Characterization study
- 03Computational screening
Focus areas
- 01High-strength, lightweight materials
- 02Heat, corrosion, and radiation resistance
- 03Conductive, magnetic, and electronic materials
- 04Nanomaterials, coatings, and composites
- 05Thermal management and energy efficiency
Why it matters
Materials Science & Computational Chemistry
Materials limit every major industry. Stronger, lighter, more resistant materials mean better products, lower costs, and new possibilities.
Built for
- Materials manufacturers
- Aerospace and defense companies
- Energy and clean-tech companies
- Electronics and semiconductor firms
- Research universities
Applications
- Aerospace and aviation
- Defense systems
- Energy production and storage
- Automotive and transportation
- Electronics
- Industrial equipment
Solutions
How SPARK helps.
Every engagement is scoped to your question, your data, and the decision it supports.
- 01
Formulation program
Develop candidate formulations against a defined performance target.
- 02
Characterization study
Measure and model how a material responds under defined conditions.
- 03
Computational screening
Narrow candidate compositions before laboratory work begins.
Next step
Put SPARK on your hardest problem.
Tell us what you need to know and the data you have. We'll scope the fastest path to a decision-ready answer, under NDA where required.