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Foundation Alloy

Produces advanced metals for aerospace applications.

R&D Group Lead Scientist

Process EngineeringConfirmed live in the last 24 hours
Full-timeCambridge, MA, USA

About the Job

Requirements

  • An advanced degree (MS or PhD) in Materials Science, Metallurgy, or a related engineering field, with 5+ years of relevant industry experience.
  • Proven experience in metallurgical processing and alloy design.
  • Demonstrated ability to lead a major product or process development project and collaborate throughout the organization to achieve success.
  • Hands-on experience with metallurgical computational design tools, characterization techniques, and analytical methods.

Responsibilities

  • Lead the invention and engineering of next-generation alloys using computational materials science and process-structure-property experimental metallurgy.
  • Work with the product team to turn alloy design opportunities into saleable products.
  • Improve and optimize metal powder manufacturing processes to produce novel alloys.
  • Develop process parameters to achieve target microstructure and properties.
  • Characterize new materials using advanced characterization techniques.
  • Analyze experimental data and describe results and metallurgical mechanisms across the organization.
  • Turn inventions and discoveries into actionable process improvements or saleable new products.
  • Build and manage a high-performing R&D team.
  • Train and mentor early-career metallurgists, fostering a culture of technical excellence and rapid iteration.
  • Represent Foundation Alloy at conferences and trade shows and in customer meetings.

Desired Qualifications

  • Direct management experience or mentorship.

About the Company

Foundation Alloy

Produces advanced metals for aerospace applications.

Foundation Alloy designs advanced metals using patented elemental selection algorithms to precisely control phase, grain boundaries, and microstructure. They manufacture at scale with powder metallurgy to produce wrought-quality, defect-free parts at competitive prices and shorter lead times. Their refractory alloy aims to triple hardness and achieve full density in under six hours due to a sintering-accelerating transient phase, enabling energy-efficient production. The company differentiates itself with MIT/UC Irvine-developed algorithms, manufacturing-focused metallurgical design, and large-scale, cost-effective delivery for aerospace, advanced propulsion, and power generation, aiming to push a broad industrial shift toward high-performance metals.

Company size
11-50
Company stage
Series A
Total funding
$40M
Headquarters
Woburn, MA
Founded
2022

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