Structural Analyst
Stratolaunch accelerates the development of next-generation aerospace and defense technologies through reusable hypersonic flight testing. Our autonomous, air-launched Talon-A vehicles provide access to operationally realistic flight environments at speeds exceeding Mach 5, delivering critical data that helps customers validate system performance and advance technologies toward deployment. Our team brings together expertise in engineering, manufacturing, and flight operations to solve complex challenges and advance capabilities essential to national security.
To help achieve these efforts, Stratolaunch is seeking a Sr- or Staff-level Structural Analyst to support design, analysis, integration, testing, and maintenance of hypersonic vehicle and launch system structure. This position will include contributing to conceptual and detailed structural analysis-driven design of primary and secondary structure. You are responsible for contributing to the vehicle’s structural technical performance, including meeting design and mission requirements, resolving technical challenges, and implementing technology upgrades that improve the competitive basis of the hypersonic vehicle and launch system architecture.
ESSENTIAL RESPONSIBILITIES
- Participate in portions of the structural development of hypersonic vehicles and launch systems
- Generate and maintain finite element method (FEM) models - including meshing, materials & properties assignment, grouping, etc.
- Generate and/or expand upon FEMAP interfacing and data reduction scripts and programs
- Apply vehicle loads and environments to FEM
- Perform modal and linear finite element analysis (FEA), as required, to evaluate vehicle loads and environments
- Perform structural trade studies to develop and/or improve airframe load paths
- Assess and confirm FEA results with hand calculations as appropriate
- Interpret results and make design modifications to meet program requirements
- Select material systems and construction techniques, as needed, that meet project objectives
- Work with structural and mechanical designers to incorporate analysis-driven design modifications
- Create analysis reports to support the documentation of structural margins
- Perform detailed design of structural components and assemblies, as required
- Assist structural designers in disposition of manufacturing nonconformances and resolve technical challenges, as they arise
- Evaluate risks and develop risk mitigation plans for primary structures
- Regular and comprehensive communication to relevant Structures Lead and Section Manager
- Demonstrate honesty, responsibility, integrity, and fulfillment of commitments
QUALIFICATIONS & SKILLS
To perform this job successfully, an individual must be able to perform each essential responsibility satisfactorily. The requirements listed below are representative of the knowledge, skill, and/or ability required. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.
Required Qualifications
- Strong fundamental structures background, including load paths and the ability to hand size structural components
- Perform structural hand calculations
- Experience designing and analyzing either composite or metallic structures
- Experience with FEM generation
- Experience with FEA and FEA post-processing
- Experience generating pre- and post-processing scripts
- Ability to communicate technical challenges and guidance to varied audiences to explain rationale and/or resolve concerns
- Ability to take direction, work relatively independently, and prioritize tasking to fit within the business goals
- Ability to quickly adapt to changing priorities
Required Computer Skills
- Proficient with FEMAP and NX NASTRAN
- Experience programming - Python, C++, or Matlab
- MS Office (Word, Excel, Outlook)
Preferred Qualifications
- Experience with BMI or epoxy pre-preg composites
- Experience with static structural testing
- Experience with loads development
- Experience with dynamics analyses
Preferred Computer Skills
- Computer Aided Design tools – NX (preferred), Solidworks, or CATIA