Mechanical Engineer, Machined Parts - Own the Hardware

boomsupersonic.com; Englewood (CO); On-site; USD 125,000 - 205,000; Full time

Benefits offered by this job

Equity participation

Flexible PTO

Progressive benefits

Job summary

Boom Supersonic is hiring a Mechanical Engineer, Machined Parts to own modules of the Symphony engine end-to-end—from concept through test integration. You will work directly with our shop and external suppliers to drive part simplification and rapid fabrication, delivering hardware that meets demanding aerospace standards.

You will thrive in a hands-on environment where you can impact design, process, and assembly on a daily basis, and help push the envelope on speed, cost, and reliability of

Qualifications

• Degree in Mechanical, Aerospace, or Manufacturing Engineering or equivalent hands-on experience.
• Real DFM/DF A intuition—ability to anticipate manufacturing implications.
• Hands-on experience turning a design into hardware in high-consequence environments.
• Track record of making things simpler, cheaper, and faster to build.

Responsibilities

• Own a module of the engine from requirements through test.
• Drive design decisions to minimize part count and simplify assembly.
• Work directly with in-house shop and external suppliers to get parts made right, fast, and on budget.
• Integrate hardware onto test stands, watch it run, break it, fix it, and ship the next revision.
• Raise the bar on everyone around you.

Skills

Mechanical intuition

DFM/DF A intuition

Education

Mechanical/Aerospace/Manufacturing Eng. degree

Job description

Boom Supersonic is hiring a Mechanical Engineer, Machined Parts to own modules of the Symphony engine end-to-end—from concept through test integration. You will work directly with our shop and external suppliers to drive part simplification and rapid fabrication, delivering hardware that meets demanding aerospace standards.

You will thrive in a hands-on environment where you can impact design, process, and assembly on a daily basis, and help push the envelope on speed, cost, and reliability of