aalo-atomics
New

Test Engineer

EngineeringQa Engineer
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Quick Summary

Key Responsibilities

Mechanical prototype assemblies, test fixtures, pressure systems, fluid loops, thermal systems, and integrated development rigs Chemical handling systems, compatibility tests, corrosion tests,

Requirements Summary

Mechanical design for testability, serviceability, assembly, and in

Technical Tools
EngineeringQa Engineer

Aalo Atomics is pioneering a new era in clean energy with factory-fabricated microreactors designed to deliver affordable, scalable, and reliable nuclear power. Our mission is to make nuclear energy globally accessible, starting with the Aalo-1, a 10 MWe reactor leveraging cutting-edge safety, modularity, and efficiency. Based in Austin, TX, we’re rapidly growing as we work to deploy the world’s first fleet of advanced microreactors. Join us and help revolutionize energy for a sustainable future.

About the Role

~1 min read

We’re hiring a Senior Test Engineer to build, run, and evolve the experimental systems that help Aalo develop reactors faster, safer, and with better engineering confidence.

Responsibilities

~2 min read
  • Spend time with design engineers and technical teams to understand the real engineering questions behind prototype and test needs before building the hardware or procedure around them
  • Design, assemble, and iterate physical test setups ranging from simple benchtop experiments to more complex integrated mechanical and chemical development systems
  • Own test execution from first concept through fixture design, procurement, assembly, instrumentation, shakedown, debugging, operation, data capture, and post-test analysis
  • Build practical, reliable prototyping infrastructure that helps engineering teams learn quickly while maintaining appropriate safety, traceability, and technical rigor
  • Develop and run tests for mechanical, thermal, fluid, and chemical systems, including experiments that involve temperature, pressure, flow, materials compatibility, corrosion, contamination, cycling, or failure investigation
  • Create test procedures, operating instructions, safety controls, and execution plans that allow experiments to be run consistently and interpreted credibly
  • Instrument prototypes and test rigs with the sensors, controls, and data logging needed to generate useful engineering evidence rather than anecdotal observations
  • Troubleshoot hardware, plumbing, controls, leaks, contamination issues, assembly errors, unexpected behaviors, and test anomalies without losing momentum
  • Work closely with design engineers to translate test results into design changes, prototype improvements, follow-on experiments, and updated engineering priorities
  • Support rapid prototyping by identifying where speed matters most, where rigor matters most, and how to move development work forward efficiently in both cases
  • Help define how Aalo builds an internal testing capability that supports fast hardware iteration, disciplined engineering learning, and eventual qualification-grade evidence

Requirements

~2 min read
  • Strong engineering fundamentals
  • You can reason clearly about physical systems and understand how to turn a technical question into a credible experiment
  • You are comfortable designing test setups involving mechanical hardware, thermal systems, fluid systems, pressure systems, and chemically relevant processes or environments
  • You understand how instrumentation, operating conditions, boundary conditions, failure modes, and measurement quality affect what a test result actually means
  • You can distinguish between a quick prototype used to answer a directional question and a more controlled setup used to support major design decisions
  • You write clear technical documentation and can communicate test intent, setup details, observed behavior, conclusions, and limitations
  • Physical prototyping and hands-on execution mindset
  • You like building real things, not only analyzing them
  • You are comfortable working with tools, fixtures, tubing, fittings, valves, pumps, heaters, chillers, sensors, enclosures, mechanical assemblies, and improvised development hardware when needed
  • You can move from CAD, sketches, and engineering discussions into assembled hardware that actually runs
  • You are motivated by learning from real systems, not just clean theoretical models
  • You are willing to work through leaks, fit-up issues, instrument problems, unstable conditions, failed parts, and messy physical realities to get to useful answers

Mechanical and chemical system intuition

  • You have practical experience with physical systems where mechanical behavior and chemical behavior both matter
  • You are comfortable thinking about material compatibility, corrosion, cleanliness, contamination, thermal effects, fluid behavior, sealing, pressure integrity, and operating hazards
  • You understand that many important engineering failures happen at interfaces: between materials, environments, operating conditions, and real-world use
  • You can help design tests that expose those issues early rather than discovering them late
  • High output and follow-through
  • You are comfortable taking incomplete requirements, partially defined concepts, or urgent technical questions and turning them into useful hardware and data
  • You handle procurement constraints, fabrication delays, setup revisions, test failures, and changing engineering priorities without losing ownership
  • You care about getting to trustworthy answers, not just getting through a test plan
  • You can balance rapid iteration with disciplined execution and documentation
  • Team-first mindset
  • You work well with design engineers, analysts, technicians, machinists, manufacturing teams, and operations partners
  • You communicate clearly with both deeply technical and more execution-focused stakeholders
  • You are willing to ask practical questions, challenge assumptions, and improve experimental plans based on what the hardware is actually telling the team
  • You optimize for company learning and engineering progress, not narrow ownership boundaries

Requirements

~1 min read
  • Degree in an engineering discipline (chemical, mechanical, electrical, etc.)
  • 2-3 years of relevant, hands‑on experience
  • Willing to work hands-on with prototype hardware, test rigs, lab systems, and development equipment in person
  • Able to work safely and effectively in environments involving mechanical systems, pressure systems, thermal systems, and chemical processes, with appropriate procedures and controls
  • Based in the United States
  • Willing to work on-site in Austin, TX

What We Offer

~1 min read
Competitive salary starting at $100,000
Health, Dental, Vision Insurance
Paid Time Off
Corporate Gym Membership

Aalo Atomics provides a collaborative and supportive work environment, opportunities for professional growth, intellectually challenging careers, and competitive compensation. Aalo Atomics is an equal opportunity employer and considers all employment decisions without regard to race, color, religion, national or ethnic origin, sex, sexual orientation, gender identity or expression, age, disability, veteran status, or any other characteristic protected by law.

Applicants must be U.S. Citizens or U.S. Persons in compliance with 10 CFR Part 810 and may not hold non-compliant foreign citizenships.

Direct applicants only. No recruiters or staffing agencies, please.

Location & Eligibility

Where is the job
Austin, United States
On-site at the office
Who can apply
US

Listing Details

First seen
May 14, 2026
Last seen
May 14, 2026

Posting Health

Days active
0
Repost count
0
Trust Level
52%
Scored at
May 15, 2026

Signal breakdown

freshnesssource trustcontent trustemployer trust
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aalo-atomicsTest Engineer