THE FUTURE OF AEROSPACE AND DEFENSE STARTS HERE.

Ursa Major was founded to revolutionize how America and its allies access and apply high-performance propulsion, from hypersonics to solid rocket motors, satellite maneuvering and launch. We design and deliver propulsion and defense systems that solve the most urgent and critical national security demands.
Ursa Major’s teams move fast and do a lot with little. We are looking for a skilled, fast learning individual who will serve as a central member of the team and take immediate ownership of fluid and mechanical system design efforts as a responsible engineer. This role will be part of the technical organization, responsible for clean sheet design, development, and validation of a variety of propulsion hardware, as well as technical guidance and mentoring of a team responsible for similar hardware. Candidates will be expected to have ownership from the initial concept phase to a production-ready design and may need to support multiple engine programs simultaneously.
This is a unique opportunity to own clean-sheet design of a family of sophisticated control valves for our Full-Flow Staged Combustion Engines for Launch Vehicle applications, and operate as a technical leader in a small, agile team.

REQUIRED QUALIFICATIONS

• Bachelor’s degree in engineering or physics
• 4+ years of relevant full-lifecycle mechanical design and development - from concept to working prototypes, and refining the designs and manufacturing operations to achieve robustness and autonomy.
• Mastery of CAD, drafting, and GD&T
• Working knowledge of and hands-on experience with fluid, mechanical, and electrical systems
• Strong understanding of industry standards and requirements
• Desire to take ownership and help wherever needed on the team
• Able to delegate tasks and lead large project scope
• Ability to work in a fast-paced environment and stay flexible based on customer demands and company priorities along with daily firefighting

DESIRED EXPERIENCE

• Master’s or PhD in mechanical or aerospace engineering.
• Strong first-order mechanical and fluids analysis capabilities and FEA/CFD software experience.
• Detailed knowledge of metallic manufacturing techniques, processes, and equipment (e.g. machining, welding, brazing, forming, additive manufacturing).
• Prior track record leading technical teams developing complex mechanical product(s).
• Thorough comprehension of launch vehicle architectures, liquid rocket engines, and aerospace components.
• Practical experience designing components for cryogenic service in oxygen, hydrogen, and methane.
• Component testing and validation experience in both low and high energy states.
• Direct experience with flight qualification and flight support.
  Colorado law requires us to tell you the base compensation range of this role, which is $125,000 - $150,000, determined by your education, experience, knowledge, skills, and abilities. The salary range for this role is intentionally wide as we are evaluating individuals based on their unique experience and abilities to fit our needs. Most importantly, we are excited to meet you, and see if you are a great fit for our team. What we can’t quantify for you are the exciting challenges, supportive team, and amazing culture we enjoy. Click here for more information about our awesome benefits.

• Clean sheet design of fluid & mechanical engine components including valves, gimbals, actuators, and fluid systems.
• Design modifications of existing components and prototypes to increase performance, improve manufacturability or resolve limitations.
• Work with other engineers at Ursa Major on topics including design of components, system sizing, component testing, and system-level architecture and development for multiple engine programs.
• Derive requirements from and for top level engine and test objectives.
• Write, review, and update work instructions for the assembly of engine components as well as establish appropriate acceptance and qualification tests.
• Source, manufacture, assemble, and test product prototypes, iterate, and transition to stable production.
• Work closely with interfacing teams to ensure successful integration of component designs into the engine system. Support validation and recursive design during engine development.