Development Engineer

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. 

As Ursa Major continues it's growth within the realm of solid propulsion, we’re assembling an innovative and nimble team in order to bring needed improvements to the SRM industry.  Applying the latest technologies to an outdated business model, we are able to improve cost, lead time, and flexibility without impacting reliability.  Ursa Major prioritizes engineering excellence, building in-house capabilities in energetics, ballistics, and composites with an emphasis on novel designs focused on manufacturability and high-rate scalability. 

Development engineers are primarily responsible for all aspects of the design, fabrication and test of development prototype hardware for Ursa Major’s solid motor program as well as process development for new and novel approaches to manufacturing.  Success on this team requires an understanding of solid rocket propulsion fundamentals, mechanical and fluid systems, strong critical thinking skills, attention to detail, organization, and effective communication across discipline groups.

Responsibilities

• Clean sheet design of novel solid rocket motor elements with limited guidance from subject matter experts, including relevant analysis.
• Lead cross-functional communications to ensure designs satisfy the needs of each stakeholder.
• Maintain proper documentation of all designs including design reviews, drawings, test plans, requirements verification, etc.
• Evaluate novel manufacturing approaches and support experimentation to validate conceptual approaches.
• Coordinate with procurement team to identify potential supply chain risks and mitigate appropriately.
• Evaluate new materials for SRM design solutions, including material properties, manufacturability, and supply chain availability
• Support the design, fabrication and assembly of prototype hardware and tooling.
• Provide dispositions for discrepant hardware including supporting analysis if required.
• Develop test plans including required instrumentation and coordinate with test team to execute.
• Review test data to ensure the product is operating as expected and support design changes as needed.
• Own failure investigations as needed.
• Develop and maintain aggressive but achievable product schedules that proactively identify and mitigate high-risk design decisions.