Design Lead Manufacturing Simulation

General:

Must possess an appropriate level of engineering functional knowledge (typically Technical and in the appropriate Area of Expertise) with experience or knowledge of working/interfacing with other Engineering & Manf. Eng. disciplines (including customers and suppliers) in order to successfully execute the functional project team(s) objectives. Must have an awareness of the Aerospace industry and in the functional area the project/programme is responsible for (e.g. Design, Analysis, ME, etc.) in order to successfully support the whole of the IPT in achieving the overall business objectives. Must possess a good level of technical problem solving skills.

Key Responsibilities

Individual contributor working in Design engineering delivering analysis tasks mainly Solid mechanics & thermal for a part / product in line with functional KPI of the organization. Supporting the structural design process to ensure required quality is achieved within direct area of responsibility Supporting continuous improvement initiatives to increase team efficiency Develop, implement, and check technical solutions and compliance documentation to ensure they are compliant with all relevant customer, regulatory, and airworthiness requirements, within agreed program, schedule, and manufacturing constraints. Identify technical problems and apply/integrate solutions. Execute and implement methods plans, toolsets and approaches that are appropriate and compliant to achieve the design and programme objectives. Identify and assess technical risk for own work and propose mitigations within assigned programmes/projects. Generate assigned project deliverables, documents, and reports according to the project signature authorizations. Support technical and customer reviews, including formal gate reviews, including the creation and preparation of technical data and presentations of product design. Process documentation such as concessions and non-conformances, and provide technical support by implementing solutions to address non-conforming products, designs, and compliance documentation. Perform all activities at a level of minimal supervision and support other engineers with peer-to-peer reviews. Skill Requirements

Essential:

Masters or Bachelor’s Degree in Mechanical Engineering or equivalent Must have 5-7 years’ experience in Stress/Thermal/ life analysis through FEM, for aero engine/derivatives parts Excellent fundamentals in Solid Mechanics Experience in performing structural analysis to verify various product requirements Ability to interpret results, applying physics and propose design solutions Knowledge of tools such as Simcenter3D, HYPERMESH, ANSYS APDL and Ansys Workbench, for meshing and analysis along with demonstrated capability in using these tools effectively Good product knowledge related to aero engines Contributed to the technical development of processes, products or people Customization and Programming skills, preferably using ANYSYS APDL/Python.