Mechanical Design Engineer - Aerospace in Glarus

ppbANAVIA /bis a Swiss aerospace company and global market leader in the development and manufacture of advanced unmanned vertical take-off and landing (VTOL) aircraft systems with a maximum take-off weight of up to 1,150 kg. Our dual-use helicopter platforms and sensors support a wide range of missions, including intelligence and surveillance (ISR), infrastructure inspection, cargo, and other critical operations. /p pbOur engineering team is growing! /b /p pJoin us as a bMechanical Design Engineer /b to built cutting-edge unmanned helicopter systems. Whether your strength lies in bcomposite structures /b or brotary systems /b, you’ll play a key role in shaping next-generation helicopter through hands-on design, analysis, prototyping, and cross-disciplinary collaboration. /p h3Key Tasks /h3 ul libAircraft Structural Design /b: Design and develop primary and secondary structural components, assemblies and installations for unmanned helicopter platforms, including metallic and composite structures, brackets, supports, fairings, access panels and equipment installations. /li lib3D CAD and DMU Integration /b: Create and modify 3D parts, assemblies and installations within the aircraft Digital Mock-Up (DMU), considering interfaces, accessibility, maintainability, manufacturing constraints and installation requirements. /li libGeometry and Surface Design /b: Develop components involving complex geometry and surface-based design using CAD systems such as Siemens NX or CATIA. /li libComposite Design /b: Apply practical knowledge of composite materials, laminate construction and manufacturing processes to the design of lightweight aircraft structures. Support laminate definition, material selection and weight optimisation in coordination with Manufacturing and Structural Analysis. /li libEngineering Drawings and Product Definition /b: Create and maintain DFM drawings, installation drawings, assemblies and associated technical product definition in accordance with applicable design standards, GDT principles and company procedures. /li libProduct Structure and PLM /b: Create and maintain engineering product structures, assemblies and Bills of Material within the PLM environment. Ensure that CAD data, drawings and associated engineering documentation are correctly structured, linked and released. /li libConfiguration and Change Management /b: Support Engineering Change Requests and other formal design-change activities. Understand the impact of modifications on affected parts, assemblies, interfaces, documentation and product configuration, ensuring appropriate traceability throughout the change process. /li libPLM Workflow and Data Management /b: Work within defined engineering workflows using comparable PLM systems such as Teamcenter, ENOVIA or Windchill, including data maturity, revision control, release processes and lifecycle management. /li libAircraft Systems Integration /b: Support the mechanical integration of aircraft systems and equipment, considering installation envelopes, interfaces, routing, accessibility, environmental constraints and maintenance requirements. /li libDesign for Manufacturing and Assembly /b: Develop designs considering manufacturing processes, assembly sequence, tolerances, inspectability, maintainability, weight and cost. /li /ul h3Your Profile /h3 ul liBachelor’s or Master’s degree in Aerospace Engineering, Mechanical Engineering, Aeronautical Engineering or a related technical discipline. /li liAt least b2–5 years of relevant engineering experience /b. Strong junior candidates with relevant aerospace design experience may also be considered. /li liProfessional bexperience in aerospace /b, aircraft, helicopters, and/or UAVs or a closely related regulated engineering environment is strongly preferred. /li liExperience designing structural parts, assemblies or mechanical installations, preferably for aircraft applications. /li liGood practical knowledge of b3D CAD /b. Experience with bSiemens NX or CATIA /bis required. /li liExperience working with a bPLM/PDM system /b, such as Teamcenter, ENOVIA or Windchill is strongly preferred. /li liUnderstanding of engineering change management, revision control, product maturity, release workflows and technical-data traceability. /li liUnderstanding of bproduct structures and Bills of Material (BOM) /b within an engineering environment. /li liKnowledge of bmetallic and composite aircraft structures /b and their typical manufacturing processes. /li liKnowledge of composite materials, laminate construction and basic composite design principles. /li liUnderstanding of bGDT /b, engineering drawings, tolerances and manufacturing definition. /li liAbility to understand mechanical interfaces and integrate components within complex assemblies. /li liGood analytical and technical problem-solving skills. /li liAbility to communicate technical information clearly and work effectively within multidisciplinary engineering teams. /li liProficiency in English. German is desirable. /li /ul pJoin a dynamic and international team at bANAVIA /band help shape the future of unmanned aviation. /p pWe look forward to receiving your application. /p pBe part of something extraordinary — your journey with ANAVIA starts here. /p pbPlease note that this position is open only to candidates who hold a valid Swiss work permit, EU nationality, or Swiss citizenship. /b /p /p #J-18808-Ljbffr