B57 - Project Engineer - CAE (ANSYS Workbench)

Speed Global; Pune District; On-site; INR 800,000 - 1,200,000; Full time

Job summary

Speed Global is seeking an experienced FEA Engineer in Pune to support structural analysis projects. You will work with ANSYS Workbench (Mechanical) and SpaceClaim, perform modal/static/fatigue analyses, and provide design recommendations based on results.

Ideal candidates have 3–4 years in structural FEA and a B.Tech/B.E in Mechanical Engineering, with M.Tech/M.E preferred. Creo knowledge is a plus; strong communication with customers is essential.

Qualifications

• Experience in structural FEA for engineering components.
• B.Tech/B.E in Mechanical Eng. is mandatory; higher degree preferred.
• Hands-on ANSYS Workbench, Design Modeler/SpaceClaim; Creo is a plus.

Responsibilities

• Support FEA projects using ANSYS Workbench (Mechanical) & Design Modeler/SpaceClaim as per customer requirements.
• Interface with customers and maintain regular project communications, building relationships and delivering customer-centric solutions.
• Obtain inputs for assessing components and subsystems for stress, deformation, vibration and durability.
• Carry out input review and interpret results to provide design recommendations.
• Perform linear/non-linear, modal and fatigue analyses at assembly level.
• Create MS Excel calculators and perform sanity checks on results.
• Prepare concise technical documentation and reports; communicate findings clearly to diverse audiences.
• Engage in self-development and seek new ways to grow using formal and informal channels.

Skills

Structural FEA

Strength of materials

Machine design

Engineering mechanics

Vibration

Modal analysis

FEA knowledge

Education

B.Tech / B.E in Mechanical Engineering

M.Tech / M.E in Mechanical System Design (advantage)

Tools

ANSYS Workbench (Mechanical)

Design Modeler/SpaceClaim

Creo

Job description

2 to 4 years

Full-Time

Key Responsibilities:

• Support FEA projects using ANSYS Workbench (Mechanical) & Design Modeler / SpaceClaim) as per customer requirements.
• Interface with customers and maintain regular project communications, building strong relationships and delivering customer-centric solutions.
• Obtain all necessary inputs for assessing components and sub-systems for stress, deformation, vibration and durability.
• Carry out thorough Input review.
• Understand and comprehend requirements and the operating environment of the component and systems.
• Perform linear and non-linear stress analysis, as well as modal and fatigue analysis at the assembly level.
• Carry out analytical calculations using first principles / engineering fundamentals, perform sanity checks on analysis results, and create MS-excel based calculators if required.
• Interpret analysis results and provide appropriate design recommendations considering manufacturing, assembly and cost aspects. Resolve analysis related issues / convergence problems.
• Prepare clear and concise technical documentation and reports.
• Communicate effective — develop and deliver multi-mode communications that convey a clear understanding of the unique needs of different audiences.
• Self-development - actively seek new ways to grow and be challenged using both formal and informal development channels.

Skills and Experience Required:

• Experience Range: 3 to 4 Years in structural FEA
• Educational Qualification: B. Tech / B.E in Mechanical Engineering is mandatory. M.Tech / M.E in Mechanical System Design will be added advantage/preferred.
• Tool Knowledge: Must have worked hands on using ANSYS Workbench (Mechanical) & Design Modeler/Space Claim. Basic awareness of Creo is an added advantage.
• Technical Skills: Strong knowledge of strength of materials, machine design, engineering mechanics, and vibration
• FEA Skills: Understanding of loads and boundary conditions, with experience in modal, static, fatigue and assembly-level analysis.

Required Skills

ANSYS - Linear Static Analysis ANSYS Workbench ANSYS - Non Linear Static Analysis Engineering Fundamentals SpaceClaim