B45 - Project Engineer / Sr. Project Engineer - CAE (Altair Hypermesh +ANSYS APDL Skills)

Key Responsibilities: Engage with the customer to clearly define and understand the project’s scope thoroughly, ensuring alignment with project goals. Document/Report generation for geometry consideration, material properties, scope & approach, acceptance criteria, input data required, Queries, Deliverables etc. Create high-quality 2D and 3D meshes (including hex meshing) using HyperMesh. Ensure mesh quality criteria are met (aspect ratio, skewness, warpage, Jacobian, etc.). Model and simulate welds, joints, and connections (spot welds, seam welds, bolts, adhesives, etc.). Set up and solve simulations using ANSYS APDL solver. Post-process and interpret results using HyperView. Validation of results through sanity checks, comparing the results against acceptance criteria. Propose design recommendations based on the results to meet acceptance criteria or to optimize the design. Prepare comprehensive analysis reports summarizing the project findings. Regularly engage with customers to discuss project status, provide updates, ensure timely deliveries, and adhere to project timelines. Manage the day-to-day execution of the project independently, prepare for review meetings at key stages, and ensure deadlines are met effectively. Skills and Experience Required: M. Tech in ME / MTech in Design/Mechanical/Automobile/CAD-CAM/Aerospace Engineering with 2 to 3 years of Experience in Finite Element Analysis using Hypermesh and ANSYS APDL software Ability to carry out analytical calculations using first principles / engineering fundamentals. Ability to understand and comprehend requirements, understand operating environment of the component and system, define analysis approach with appropriate boundary conditions and define appropriate acceptance criteria. Ability to interpret analysis results and provide design recommendations. Experience on Static (Linear and Non-Linear), Modal analysis and Fatigue assessment. Exposure to Thermo-Mechanical analysis, Transient Structural analysis will be added advantage Good understanding of Finite Element Analysis (FEA) theory and practices. Good verbal and written communication skills, Ability to create clear and concise technical documentation. Strong hands-on experience with: HyperMesh (pre-processing & meshing) HyperView (post-processing) ANSYS APDL (solver setup & scripting)

Expertise in: 2D meshing (Shell) 3D meshing (Tetra & Hexa/Hex) Good skills in MS-office tools. Ability to create reports and documentation.

Location: Pune, Maharashtra