Destinus is an aerospace technology company founded under the belief that in the future distance shouldn't matter at all. We are therefore building the near-space vehicle and the associated infrastructure. Moving at the border of Space, our hydrogen-powered vehicles are ten times faster than conventional aircraft, providing the just-in-time backbone for logistics, e-commerce, and supply chain companies who can't wait. We define a new class of fast: our mission is to bring instantly your stuff to the other part of the world – and we mean it literally.
The Destinus R&D engineering team is looking for an experienced Mechanical Design Engineer with a passion for aerospace to join our team.
Responsibilities:Lead design projects for aerospace components and systems from the conceptual phase through manufacturing to integration and testing.Generate 3D CAD models, drawings, schematics, bills of material, and other related documentation required for manufacturing, integration, and testing.Deliver technical documentation including any engineering calculations, analysis, and assumptions required to substantiate your design decisions and solutions.Prepare and participate in design reviews.Manage suppliers and manufacturers by addressing any technical questions and resolving any issues which may arise during the manufacturing process.Select standard parts, fasteners, equipment, and consumables following best practices and industry standards.Contribute to the DMU and configuration management. Requirements:BSc, MSc in mechanical or aerospace engineering. Technician qualifications with substantial experience would also be considered.5+ years of experience as a Mechanical Design Engineer in the aerospace industry.Strong knowledge of the manufacturing and assembly processes: machining, sheet metal forming, composites, and additive manufacturing.Excellent CAD and PLM knowledge: Part design, DWGs, DMU management.Good engineering material properties knowledge.Strong engineering fundamentals and analytical skills: dimensioning calculations, load path definitions, basic stress calculations, energy, and power.Seal and fastener design knowledge.Auxiliary component selection – general electro/mechanical components.ISO GD&T knowledge required.Fluent in English as working language.
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