Materials Engineer (Lab & Test)

Boom is building jet engines out of high-temperature superalloys, and every material decision we make - alloy selection, heat treat verification, allowables, failure analysis on parts pulled from our own test cell - depends on data generated in a materials lab. We're standing that lab up right now: mechanical testing (tensile, LCF, HCF, creep, high-temperature), metallography, and SEM. This is your chance to be the first dedicated lab and test engineer in a brand new lab and work with world-class material scientists and engineers to create the supersonic jet engine that enables a supersonic passenger renaissance. Create a new, state-of-the-art materials lab - this is the role you’ve been looking for. At most places, you’ll inherit a lab with equipment other people picked and processes others defined. This is your chance to create a new lab from scratch, the way you’ve always wanted to see it done. Help spec equipment, hire lab techs, and define the way lab work gets done. You’ll select and commission the test frames, write the initial procedures, run the campaigns, reduce the data, and work directly with the design engineers to create the supersonic engine that will be part of aviation history. Come get hands on real parts from test articles that we’re running down the road, and that come back to your bench with a story to tell. What you'll do Plan and execute mechanical test campaigns on aerospace alloys: tensile (room and elevated temperature), LCF/HCF fatigue, and creep/stress rupture Work shoulder-to-shoulder with lab technicians and senior M&P engineers - everyone preps, everyone tests, everyone documents Write and validate the lab's test procedures against ASTM standards - then improve them Build the data backbone: specimen tracking, test logs, raw data pipelines, and reduction scripts that turn test output into design-usable material data Support metallographic evaluation and SEM inspection - microstructure verification, fractography, and failure analysis on engine hardware Support allowables-style test programs: test matrices, traceability, and statistical treatment of material property data Help commission new lab equipment and stand up new test capabilities from scratch Support NCR and root cause investigations with disciplined, documented methodology This job is demanding The procedure you need won't exist yet - you'll write it. The test you're asked to run may be one the company has never performed - you'll figure out how to do it validly, prove it, and document it. The data you produce will drive decisions on engine hardware, which means your traceability and intellectual honesty have to be absolute. If a result is uncertain, we need to know that more than we need it to look good. You probably have A degree in Materials Science, Metallurgy, Mechanical Engineering, or related with hands-on real world experience and/or lab-focused research Genuine hands-on testing experience - you have personally gripped specimens, aligned load trains, mounted extensometers, and broken things on purpose Working knowledge of mechanical testing fundamentals and the ASTM standards that govern them (or the ability to ramp on them fast) Data skills beyond plotting: software automation and scripting for repeatable analysis, and an instinct for traceability Enough metallurgy to connect microstructure to properties - and curiosity to go deeper on superalloys Documentation habits that would survive an audit It would be great if you have Fatigue (LCF/HCF) or creep testing experience, especially at elevated temperature Experience with nickel superalloys, titanium, or other aerospace alloys Metallography and SEM/fractography experience Exposure to allowables programs, MMPDS/CMH-17 concepts, or statistical treatment of material data Experience commissioning lab equipment or standing up a new test capability Experience in an R&D, test lab, or startup-pace environment Why Boom You will be the first dedicated engineer in a materials lab that a jet