Design Engineer - IndyCar

Job Description

The Design Engineer will execute design and project tasks as directed by the Senior Technical Staff. This role requires the capability to lead and manage projects for a small team or workgroup. The Design Engineer is also accountable for ensuring that all project deliverables are completed on schedule.

Roles and Responsibilities

• Create models, assemblies, and engineering drawings for racing related projects.
• Ensuring the projects’ goals are met from operational, performance, and efficiency standpoints.
• Create and facilitate procedures to ensure that all issued drawings are 100% complete, error-free, and all tolerances are appropriate for the application.
• Review project details, issues, and concerns with the Engineering Group during scheduled design reviews.
• Ensure all projects are properly documented as required.
  • Documenting and reporting results and processes for projects.
  • Issue technical bulletins and/or manuals for the implementation of finished projects.
• Work with other engineers as a team and provide guidance on design and analysis.
• Work with mechanics and technicians in a hands-on environment.
• Conduct physical testing of parts and systems.
• Attend weekly engineering meetings as scheduled by the Design Manager.
• Attend race or test events as needed – not a full-time traveling position.

Qualifications

The successful candidate will have a Bachelor of Science in Mechanical Engineering. Experience with Siemens Suite, inclusive of NX and Teamcenter, is preferred. It is highly desirable that the candidate have motorsports-related design experience. Bachelor’s level Engineering Technology degrees with be considered on a case-by-case basis. Experience in the following areas will be an advantage:

• Design of highly loaded mechanical systems and components. Examples include suspension, chassis and steering systems.
• FEA backed up with hand calculations, and knowledge of practical FEA application.
• Material selections based on component operating conditions and manufacturing considerations.
• Modern, low-volume manufacturing methods: hand fabrication, machining, casting, EDM, composites, rapid prototyping.
• Understanding of dampers, hydraulics, and fluid systems.
• Understanding of gearboxes and powertrains.
• Basic knowledge of vehicle dynamics.
• Composite design and surfacing skills.
• Understanding of general metrology measurement equipment.
• 3+ years of motorsports experience preferred.