As a Stress Engineer, you will be responsible for the structural integrity area, by doing stress analysis and verification with commercial software as well as with hand calculations to satisfy structural requirements in metallic and composite materials. We are looking for people who share our core values: Customer Obsession, Ownership, Boldness, Excellence, and Integrity. If you want to embrace our people-first values and make a real impact, Bold is your place!
About Bold Valuable Tech: Our Vision At Bold, we're a diverse community, from all over the world and from multiple industries and backgrounds. Combining experience from Automotive, Motorsport, Aerospace, and Aviation with skills from the concept phase through to full product delivery. Our rapid expansion is a testament to our commitment to pushing boundaries and delivering cutting-edge solutions.
We have two engineering divisions, different in their technologies but similarly focused on delivering compelling products to our customers. In our Applied Engineering division, we are an integral part of the design & development process for our high-performance customers including Formula 1, Motorsport, and Automotive. From the initial stages of blank sheet designs to the final production, we assume ownership with a relentless commitment to bringing our clients' visions to life. We contribute across all areas of engineering and in multiple different specialisms including composite & materials, bodywork, aero & structural, powertrain, and tooling.
In our Electrification division, we specialize in R&D of state-of-the-art battery systems. Taking projects from initial concepts to production: we are designing, developing, testing, and manufacturing the next generation of high-performance batteries for innovative projects across multiple industries.
We aim to generate a real impact on the future of electric mobility. Join us in shaping and improving the future of engineering excellence!
What You Will Do Manage stress analysis and make design decisions to satisfy structural requirements.Use hand calculations and the FEA software Simcenter 3D to validate designs and provide project direction.Contribute to the definition and implementation of reliability and performance target setting.Work collaboratively with colleagues from different backgrounds such as mechanical designers, functional and architecture, hardware, manufacturing, quality, as well as external partners critical to the development of the project to meet targets and deadlines.Support the design team with your simulations providing design feedback.Develop documentation for FEA and engineering methods.Support R&D testing and correlate simulation with real-world results.
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