Senior Airframe Structures Design Engineer at Boom Supersonic

Denver, Colorado, United States

Boom Supersonic Logo
Not SpecifiedCompensation
Senior (5 to 8 years)Experience Level
Full TimeJob Type
UnknownVisa
AerospaceIndustries

Requirements

  • Bachelor, Master, or Doctorate of Science degree in engineering with experience in aircraft structural design, or an equivalent combination of technical education and aerospace experience
  • Highly skilled in the design, analysis, and manufacturing of composite and metallic aerospace structures
  • Experience in developing hardware from concept to manufacture
  • Deep understanding of aircraft structures to optimize the development of design tools and processes
  • First principles thinker with a strong collaborative mindset and bold, creative problem-solving
  • Exceptional communication and team-building skills
  • Proven ability to collaborate effectively across diverse engineering disciplines and external suppliers

Responsibilities

  • Collaborate with manufacturing teams and external suppliers throughout the fabrication and assembly process, providing technical guidance, resolving issues, and ensuring adherence to design specifications, quality standards, and schedule requirements
  • Perform classical structural analysis of primary and secondary aircraft components, applying established engineering principles and methodologies to optimize design for strength, durability, and compliance with regulatory standards
  • Develop test plans and oversee design of component and assembly level structural tests in collaboration with Stress Analysis Engineers
  • Support the development of material allowables through testing, data analysis, and documentation to ensure structural performance and compliance with certification requirements
  • Develop detailed specifications, technical requirements, and supporting documentation to guide the design, manufacturing, and qualification of structural flight hardware
  • Create, modify, and manage detailed CAD models within a PLM (Product Lifecycle Management) environment, ensuring accuracy, version control, and integration with engineering workflows
  • Participate in and share insights of trade studies
  • Develop hardware from concept to manufacture

Skills

composite structures
metallic structures
structural analysis
aircraft structures
stress analysis
test planning
manufacturing processes

Boom Supersonic

Develops and manufactures supersonic aircraft

About Boom Supersonic

Boom Supersonic develops and manufactures supersonic commercial aircraft aimed at reducing flight times for long-distance travel. Their main product, the Overture aircraft, is designed to run on 100% sustainable aviation fuel, supporting efforts to lower carbon emissions in the aviation industry. Unlike other aviation companies, Boom Supersonic focuses specifically on supersonic travel and has secured partnerships with major airlines like American Airlines and United Airlines, indicating strong market interest. The company's goal is to transform air travel by making it faster and more efficient while promoting sustainability through advanced aerospace technology.

Englewood, ColoradoHeadquarters
2014Year Founded
$398.5MTotal Funding
LATE_VCCompany Stage
Automotive & Transportation, Energy, AerospaceIndustries
201-500Employees

Risks

Potential delays in Symphony engine development could impact Boom's commercial timeline.
Limited availability of SAF may challenge Overture's operational feasibility and cost-effectiveness.
Regulatory hurdles could delay Boom's goal of full operations by 2030.

Differentiation

Boom Supersonic focuses on sustainable supersonic travel with 100% SAF optimization.
The Overture aircraft aims to reduce flight times significantly, enhancing travel efficiency.
Boom's partnerships with major airlines highlight strong market interest in supersonic travel.

Upsides

Boom secured $100M funding, boosting development of the Symphony engine prototype.
The Overture Superfactory in Greensboro supports scaling production for growing demand.
Boom's innovative cockpit design prioritizes pilot safety, enhancing operational reliability.

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