Senior CAE Specialist

The team you will be a part of

This role in summary

The position is responsible for supporting and executing  design and development of component/ module /subsystem in partnership with sub-system engineers by improving the Structural characteristics of Products/Projects  through Ansys (Classic / Workbench) Simulations. Builds on organizational/process knowledge, understands business needs. Solves complex problems, trade-offs & prioritizes design decisions.

Your responsibilities will include

1. Can convert physical / field problem into Simulation problem (BC definition) independently

2. Perform the Structural simulations, analyze the results, prepare proper report with appropriate conclusions and suggestions to improve the product performance

3. Lead cross functional projects and coordinate with Internal and external stakeholders.

4. Document architectural trade offs and learnings.

5. Interpret lab reports to drive the Simulation design decisions.

6. Support in generating and recommending the developed engineering concepts and effectively communicate to different stakeholders during Project/ Design Reviews as part of the product development process.

7. Responsible for converting Consumer Requirements into Engineering Requirements.

8. Drive the usage of DFMEA, Tolerance stack up analysis and apply DFx (DFA, DFM, DFR, DFS, DFSS) methodologies during product design and development.

9. Drive / Support material selection based on functional requirements.

10. Support the for product/ subsystem specific test plans as per standards to get the design changes approved.

11. Utilize the PLM (Windchill) system for design release, documentation control and workflow.

12. Analyze SIR and BOM data to calculate the feasibility of design concepts and solutions.

13. Responsible for technical mentoring & coaching.

Minimum requirements

EDUCATIONAL QUALIFICATIONS : M.E/M.Tech in Mechanical/Automobile/Aerospace Engineering. 

EXPERIENCE: 6-10 years 

Technical Expertise: 

1. Expert in Ansys- Classic (APDL) , Structural Linear & nonlinear analysis, Harmonics analysis,  Fatigue and Creep analysis

2. Hypermesh - 2D shell meshing and 3D solid meshing

Required Technical Experience:

1. Finite element modeling and analysis using ANSYS APDL. Candidates should have hands- on experience with various analysis types such as linear statics, nonlinear statics (contact, material and large deformation) , dynamics (normal modes and cyclic modal)

2. Should have very good knowledge in FEM theory and numerical methods

3. Should have experience in providing design suggestions based on FEA analysis

4. Experience in interpreting and understanding FEA results, post- processing and preparing comprehensive analysis reports 

5. Expertise in 2D/ 3D FE modeling in Hypermesh for aero- engine/ turbo- machinery/ automotive/ heavy engineering components is preferred. 

Preferred skills and experiences

KEY DELIVERABLES

Patents/ Research / External presentations :

Rigor to publish/present papers in Technical Forums

Technical rigor for patent filing and desirable to have patents

Knowledge Management :

Open in sharing knowledge and thoughts

Proactive knowledge documentation and sharing within and outside stakeholders

TECHNICAL

1. Knowledge of Ansys Software.

2. Knowledge of numerical techniques like Finite Element Method (FEM) and Boundary Conditions (BC).

3. Basic understanding Structural Measurement Data

4. Proficiency in Simulation tools like Hypermesh, Ansys etc.

5. Results interpretation skills.

MANAGERIAL

1. Proficient in Soft skills

2. Should have experience in global interaction.