紧固件结构工程师 Fastener Design and Test

The successful candidate will have extensive theoretical and hands-on experience in all facets of various mechanical joining technologies and related equipment, as well as experience managing new product introductions, fastener/joint design. • Work with responsible design groups for designing joints, and torque/load calculations. • Responsible for creating, designing, validating and analyzing, each joint on the Tesla products and responsible for relative fasteners’ drawing release. • Lead and assist production in all quality and process related fastener/torque/clamp load topics and issues • Lead the physical testing of fasteners and joints across all Tesla products. Assess risk within upcoming programs and ensure applicable tests are completed within demanding project timelines • Introduce new fastener and joint tests methods into the lab’s workstream including method selection (ISO, SAE, VDI etc.), equipment sourcing and deployment, method validation, and training • Communicate effectively with global colleagues and counterparts to ensure consistent implementation of Tesla’s testing standards, as well as to ensure prompt cross-implementation of identified testing improvements • Manage joint verification process, implementation, and improve Joint Calculator by creating more precise data, new features, improving UI

Degree in Mechanical Engineering or equivalent experience • 3+ years of experience working in a related mechanical/fastener test engineering role • Demonstrated knowledge in fields including bolted joint design, fastener production quality control techniques, mechanical behavior of materials, and experimental statistics • Self-motivated and strong desire to learn new skills and create innovative ideas • Experience of 2D and 3D design (Catia Preferred) • Experience with GD&T and quality control • Experience on fastener/joint and mechanical tests (e.g. tests clamp load, torque, joint slip test, tension, compression, bending…etc.) • Hands-on experience with universal test systems (electro-mechanical and hydraulic) and strain measurement techniques (e.g. strain gauges, digital-image-correlation) • Communication skills