Vibroacoustics & Dynamic Environments Engineer II

Blue Origin; Seattle (WA); On-site; USD 99,201 - 138,880; Full time

Benefits offered by this job

Medical Insurance

Dental Insurance

Vision Insurance

Life Insurance

Parental Leave

401(k) with company match

Education Support Program

Stock Options

Paid Time Off

Job summary

Blue Origin is seeking propulsion systems engineers to develop engine vibroacoustic environments and the tools to process hot-fire and flight data. You will work in a fast-paced setting to deliver innovative solutions for rocket engines, collaborating with test and systems teams to ensure high‑quality measurements.

The role requires a BS in engineering, 2+ years in mechanical or space systems, and strong fundamentals in propulsion, acoustics, and dynamics.

Qualifications

• B.S. degree in engineering, preferably mechanical or aerospace.
• 2+ years in mechanical engineering, space systems preferred.
• Strong fundamentals in propulsion, fluids, acoustics, and structural dynamics.
• Ability to own complex problems and deliver quality results on schedule.

Responsibilities

• Predict engine shock, vibration, and acoustic environments.
• Review measurements from hot-fire and flight data.
• Derive dynamic environment levels and create specs and requirements.
• Plan and supervise component environment tests to validate predictions.
• Improve data processing tools and automate analysis workflows.
• Coordinate with test, instrumentation, and systems teams during ground/flight testing.

Skills

Propulsion fundamentals

Acoustics

Structural dynamics

Team collaboration

Problem solving

Education

B.S. in Engineering (Mechanical or Aerospace)

Tools

Creo (Pro/E)

Windchill

MATLAB

Python

Job description

Blue Origin is seeking propulsion systems engineers to develop engine vibroacoustic environments and the tools to process hot-fire and flight data. You will work in a fast-paced setting to deliver innovative solutions for rocket engines, collaborating with test and systems teams to ensure high‑quality measurements.

The role requires a BS in engineering, 2+ years in mechanical or space systems, and strong fundamentals in propulsion, acoustics, and dynamics.