CAE DESIGN ANALYST
PROGRAM

A program to empower engineers to simulate, analyze, and innovate

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DURATION:

90 Hrs. | 06 - 08 Weeks

Weekdays & weekend batches available

DELIVERY MODE:

Online Session

Live & interactive sessions with industry experts

COURSE CONTENT:

12 Modules + Project

Industry vetted curriculum designed to boost your career

Program Objective

The CAE Design & Analysis course aims to equip participants with a comprehensive understanding of key simulation and design tools used in modern engineering workflows. Some of the key learning outcomes -

Learn to create and modify CAD models, including surface and solid modeling, and assembly modeling.
Apply FEA to predict stress, strain, and deformation in structures, and to analyze the behavior of materials under various loads.
Use CFD to simulate and analyze fluid flow, heat transfer, and mass transport in various engineering systems, including pipes, ducts, and heat exchangers.
Model and simulate the dynamics of complex systems using MBD, including the analysis of kinematics, kinetics, and dynamics.
Apply optimization techniques to minimize or maximize performance metrics in design optimization problems, including linear and nonlinear programming, and gradient-based optimization.

Course Agenda

Start your upskilling journey with our guided curriculum with application based learning approach

Introduction to CAD & CAE

Computer-Aided Design (CAD) | Definition, history, and applications
Basic CAD concepts: 2D and 3D modeling, coordinate systems, units
CAD software overview: popular options, user interface
Essential CAD tools: sketching, drawing, editing, dimensioning
Advanced CAD features: assemblies, configurations, parametric modeling
Computer-Aided Engineering (CAE) & Relationship between CAD and CAE
Overview of CAE analysis types: structural, thermal, fluid, etc.
Introduction to FEA and CFD as core CAE methods
Importance of CAE in product development

Fundamentals - Solid Mechanics & Material Science

Stress, strain, and their relationship
Elastic and plastic behavior of materials
Tensile, compressive, and shear stress/strain
Hooke's law, Poisson's ratio, modulus of elasticity
Failure theories (von Mises, Tresca)
Mechanical properties of engineering materials
Material selection for different applications
Material databases and their use

Solid Modeling for FEA

Introduction to solid modeling and its applications
Overview of solid modeling software and its capabilities
Key concepts: creating geometric entities, creating and modifying work planes, and Boolean operations
Best practices for creating solid models for analysis
Advanced solid modeling techniques: extruding entities, extending lines, and complex solid models
Modifying and deleting solid model entities
Importing and exporting solid models

Structural & Thermal Analysis

Introduction to structural analysis and its applications
Key Concepts: Self-weight, modal analysis, harmonic analysis, transient analysis, and nonlinear analysis
Best practices for performing structural analysis
Introduction to thermal analysis and its applications
Key Concepts: Heat transfer modes, thermal gradient, thermal flux
Key Concepts: Bulk temperature, film coefficient, emissivity, and Stefan-Boltzmann constant
Types of thermal analysis: steady-state and transient analysis
Best practices for performing thermal analysis

ANSYS and Explicit/Implicit FEA

Introduction to ANSYS and its capabilities
Defining material properties, meshing techniques, and solving simple static problems
Basic and advanced solid modeling
Finite element modeling
Explicit and implicit FEA: what, when, and why
Basic applications, advantages, and disadvantages of explicit and implicit methods
Time steps, hourglassing, and contacts used
Mathematical approaches used by explicit and implicit analysis

Why Choose CAE Design Analyst Program?

Improved Design & Analysis Skills

Enhanced Career Prospects

Increased Earning Potential

Increased Job Security

Increased Confidence and Credibility

Career Advancement Opportunities

Who Will Benefit

College Students & Recent
Graduates

Prepare for your next opportunity by pursuing CAE design skills from industry experts

Those Considering for Post Graduation

Strengthen your core technical skills before pursuing an MBA, M-Tech or other specialization program

Experienced & Mid-Career Professionals

Broaden your learning horizon & upskill to supercharge your career & to amplify your growth opportunities

Career Options

Completing the CAE Design & Analysis program opens up diverse career opportunities in industries such as automotive, aerospace, manufacturing, and civil engineering. As a CAE engineer or specialist, you will use advanced simulation tools like ANSYS to analyze and optimize mechanical, thermal, and structural properties of products. Key roles include FEA (Finite Element Analysis) specialists, product design engineers, and structural analysts, all of whom ensure that designs meet safety and performance standards. You may also pursue roles in R&D, developing innovative products and processes, or work as a consultant providing simulation expertise. With growing demand for simulation-driven design, CAE professionals are highly valued across sectors, offering a rewarding and future-proof career path.

A career in CAE Design & Analysis is dynamic and offers continual growth opportunities as industries increasingly adopt simulation for innovation and cost-efficiency.

Program Eligibility

Bachelor’s Degree in Mechanical Engineering or Diploma in Mechanical Engineering with relevant work experience from any recognized University or an equivalent degree recognized by Association of Indian Universities (AIU) with minimum 50% marks at Graduation Level.

Program Fees

For details on program fee structure & payment terms, write us at info@texvyn.in or call us on +91-7021588256

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CAE DESIGN ANALYST PROGRAM

Program Objective

The CAE Design & Analysis course aims to equip participants with a comprehensive understanding of key simulation and design tools used in modern engineering workflows. Some of the key learning outcomes -

​

Learn to create and modify CAD models, including surface and solid modeling, and assembly modeling.

Apply FEA to predict stress, strain, and deformation in structures, and to analyze the behavior of materials under various loads.

Use CFD to simulate and analyze fluid flow, heat transfer, and mass transport in various engineering systems, including pipes, ducts, and heat exchangers.

Model and simulate the dynamics of complex systems using MBD, including the analysis of kinematics, kinetics, and dynamics.

Apply optimization techniques to minimize or maximize performance metrics in design optimization problems, including linear and nonlinear programming, and gradient-based optimization.