QuesTek Innovations
| Company type | Private |
|---|---|
| Industry | Materials science, Engineering, Software |
| Founded | 1997 in Evanston, Illinois, United States |
| Founder | Greg Olson, Charlie Kuehmann, Ray Genellie, Charlie West |
| Headquarters | Evanston , United States |
Area served | Automotive, Aerospace, Government agencies |
Key people | Greg Olson (Chief Science Officer), Charlie Kuehmann (Vice President of Materials Engineering at SpaceX and Tesla) |
| Products | Advanced metal alloys, ICMD® software platform |
QuesTek Innovations LLC operates at the intersection of materials science, engineering, and software, focusing on the creation of advanced materials tailored for the automotive and aerospace sectors. The company was a trailblazer in adopting ICME, utilizing physics-based simulations to forecast how materials will perform. QuesTek has provided its materials to prominent firms such as Tesla, SpaceX, Apple, General Motors, and Audi, along with governmental organizations including NASA, the United States Department of Energy, and the United States Department of Defense. Their proprietary simulation technologies refine alloy compositions to achieve both performance excellence and sustainability targets.
History
Established in 1997 in Evanston, Illinois by founders Greg Olson, Charlie Kuehmann, Ray Genellie, and Charlie West, QuesTek specializes in designing metal alloys utilized in aerospace parts, racing car gears, medical equipment, and sports gear. Their computational modeling methodology accelerates alloy innovation while reducing development expenses to under 30% of conventional methods by accurately predicting elemental behavior and critical attributes such as durability and elasticity.
Charlie Kuehmann holds the position of vice president of materials engineering at SpaceX and Tesla, bringing valuable experience from his tenure at Apple. He has tackled significant materials engineering challenges at Tesla involving stainless steel applications. Greg Olson serves as QuesTek’s chief science officer and board member, as well as a professor at MIT with expertise in fracture mechanics and computational alloy design encompassing metals, ceramics, and polymers. He formerly taught at Northwestern University.
ICMD®
In 2023, QuesTek introduced its Integrated Computational Materials Design (ICMD®) software platform, built upon proprietary physics-based computational models developed through extensive materials science research dating back to 1997. By harnessing resources from the Materials Genome Initiative alongside AI-powered predictive analytics, ICMD® facilitates more rapid and cost-efficient alloy development. This software-as-a-service solution enables organizations to embed ICME capabilities internally for the design and deployment of innovative materials, supporting enhanced business expansion and competitive positioning.
Patents and projects
QuesTek holds a portfolio of 25 issued patents with an additional 11 applications pending. The company engineered heat-tolerant alloys for rockets used in the SpaceX reusable launch system development program, including those applied to the Starship’s Super Heavy booster that achieved a successful landing in October 2024.
The United States Air Force utilizes QuesTek’s Ferrium® S53® steel on landing gear pistons for the T-38 aircraft, offering enhanced resistance against stress corrosion cracking, fatigue, and corrosion fatigue while eliminating the need for hazardous cadmium plating.
For the United States Navy, QuesTek developed Ferrium® M54®, a high-strength, corrosion-resistant alloy designed for aircraft hook shanks that doubles operational lifespan to 2,000 landings and reduces dependency on cobalt sourced from geopolitically unstable regions. This alloy’s creation was supported by the National Institute of Standards and Technology (NIST) under the Materials Genome Initiative’s efforts to accelerate market adoption.