Professional in CAE Simulation (FEA Specialist with CFD)
Master Engineering Simulation with FEA Expertise
Design, simulate, and validate engineering systems using advanced FEA workflows with applied CFD capabilities
Course Overview
This program is designed to build deep expertise in Computer-Aided Engineering (CAE) with a strong focus on Finite Element Analysis (FEA) and applied exposure to Computational Fluid Dynamics (CFD). It integrates product design, simulation, and failure analysis into a structured, industry-relevant learning journey.
You will learn how to create simulation-ready models, perform detailed structural and thermal analysis, and apply fluid flow concepts for performance evaluation. The program emphasizes engineering decision-making using simulation, helping you reduce physical prototyping and improve product reliability.
With two capstone projects, you will solve real-world engineering problems using FEA-driven validation and CFD-based performance insights.
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Why This Course
Build strong expertise in FEA for structural and thermal analysis
Gain practical exposure to CFD for fluid flow applications
Design and validate products using industry tools like SOLIDWORKS and ANSYS
Reduce design failures through simulation and DFMEA
Improve product performance using data-driven engineering insights
Apply AI-assisted tools for faster simulation and optimization
Gain hands-on experience through real-world capstone projects
SkillCert Advantage
Build Projects
Hands-on capstone projects
Faster Learning
AI-accelerated curriculum
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Industry Ready
Job-role aligned skills
Key Topics Covered
Structured across 3 courses and capstone projects for complete mastery.
Module 1:Product Design using SOLIDWORKS
- Parametric 3D modeling and simulation-ready design
- Advanced part, surface, and sheet metal modeling
- Assembly design and motion fundamentals
- Engineering drawings with GD&T application
- Configurations and design variants
- Data management and collaborative workflows
- AI-assisted modeling and design optimization
Module 2: Simulation & Validation using ANSYS (FEA-Focused with CFD)
- End-to-end simulation workflow: geometry, meshing, and setup
- Structural analysis: static, modal, harmonic, and transient
- Thermal analysis and heat transfer simulations
- Contact and nonlinear behavior analysis
- Introduction to CFD and fluid flow analysis using Fluent
- Multi-physics simulations and coupled analysis
- Parametric studies and design optimization
- Post-processing, validation, and engineering interpretation
- Automation and performance optimization
Module 3: Design Failure Modes & Effects Analysis (DFMEA)
- Risk-based design and DFMEA methodology
- System, function, and failure analysis
- Failure modes, causes, and severity evaluation
- Risk prioritization and mitigation strategies
- Design validation and control planning
- Integration with product development lifecycle
- AI-assisted failure prediction and risk optimization
Capstone Projects
- FEA Project – Structural & Thermal Simulation and Validation
- Engineering Project – CFD-Based Performance Analysis & Optimization
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