Full-Time

Senior Machinist

Confirmed live in the last 24 hours

Ursa Major

Ursa Major

201-500 employees

Develops propulsion systems for aerospace industry

Aerospace

Compensation Overview

$38 - $57Hourly

Senior

No H1B Sponsorship

Loveland, CO, USA

US Citizenship Required

Category
Materials & Structures
Aerospace Engineering
Requirements
  • 5 years experience in an aerospace machining or manufacturing environment.
  • Experience with multi-axis & millturn machines and programming.
  • Experience with modern multi-axis CAM packages & toolpath simulation.
  • Knowledge of modern high speed machining strategies and tooling.
  • Experience with Titanium and high-Nickel aerospace alloys.
Responsibilities
  • Programming & machining of critical, tight-tolerance rocket engine components, including 3D printed components.
  • Work with challenging alloys (nickel superalloys & titanium) and develop core machining strategies for Ursa’s part portfolio.
  • Programming for milling & turning operations, operation of millturn machines.
  • Utilization of probing routines to reduce setup & time required to achieve tight tolerances.
  • Contribute to overall shop operations including tool & workholding procurement, equipment maintenance, etc.
  • Design & implement palletized, modular, or otherwise rapidly interchangeable workholding solutions for intricate components.
  • Appreciate both engineering & manufacturability challenges, provide impactful manufacturing feedback & guidance to the engineering group.
  • Work alongside quality inspection to resolve non-conformance root causes and continually improve machining yield & quality.

Ursa Major develops propulsion systems specifically for the aerospace industry, focusing on engines for space launch vehicles and hypersonic applications. Their products are designed to be reliable and cost-effective, addressing common propulsion issues that have led to launch failures in the past. Ursa Major's engines are ready for deployment, allowing clients to bypass the extensive time and financial investments typically needed for engine development. Unlike many competitors, Ursa Major emphasizes making space more accessible by providing high-performance engines to a diverse clientele, including private space companies and government agencies. The company's goal is to enhance space exploration and hypersonic travel by delivering propulsion solutions that balance performance, reliability, and affordability.

Company Stage

Grant

Total Funding

$267M

Headquarters

Berthoud, Colorado

Founded

2015

Growth & Insights
Headcount

6 month growth

7%

1 year growth

13%

2 year growth

1%
Simplify Jobs

Simplify's Take

What believers are saying

  • Ursa Major's innovative propulsion solutions have the potential to significantly reduce the cost and increase the reliability of space launches, making space more accessible.
  • The company's successful testing and deployment of engines like the Draper hypersonic rocket engine demonstrate its technological prowess and market readiness.
  • The appointment of Bill Nash as CFO, with his extensive experience in financial strategy, positions Ursa Major for robust financial growth and operational efficiency.

What critics are saying

  • The highly competitive aerospace market requires continuous innovation and substantial investment, posing financial risks if technological advancements do not keep pace.
  • Dependence on government contracts, such as those with the U.S. Navy, could lead to revenue volatility if there are changes in defense spending or contract renewals.

What makes Ursa Major unique

  • Ursa Major's focus on propulsion systems for both space launch vehicles and hypersonic applications sets it apart in the aerospace industry, where many competitors specialize in only one area.
  • The company's use of advanced manufacturing techniques, such as 3D printing, allows for faster and more cost-effective production of high-performance engines, a significant advantage over traditional manufacturing methods.
  • Ursa Major's strategic contracts with the U.S. Navy for developing next-generation solid rocket motors highlight its credibility and capability in delivering critical defense technologies.

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