Design & Analysis Course
Design. Simulate. Innovate!
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Design & Analysis Course
Learn to design aerospace components and aerospace structures, simulate real-world behavior, and validate performance using industry-standard CAD and FEA tools and engineering principles.
Duration: 3 Months
Who Should Join?
Fresh graduates or early professionals interested in aerospace design courses in India, finite element analysis (FEA) courses, or simulation-based engineering.
Course Outcome
By the end of this course, students will confidently work with CAD and CAE tools, interpret aerospace engineering drawings, and apply core simulation techniques to support product design, analysis, and development. This is a job-oriented aerospace training program tailored for real-world industry needs.
Potential Job Opportunities
- Design Engineer (Aerospace/Automotive)
- CAD/CAE Analyst
- FEA Engineer
- R&D Engineer
- Structural Analyst
- Junior Product Designer
- Trainee Design Engineer
Masterclass: Design & Analysis Course
1 GD&T and Engineering Drawing
GD&T and Engineering Drawing
- Master engineering drawing and GD&T interpretation with a focus on aerospace applications.
- Apply Geometric Dimensioning and Tolerancing (GD&T) to CAD and inspection workflows.
- Understand fit, form, tolerance, datums, and design intent.
- Use drawings in manufacturing, design validation, analysis, and quality control.
Sub Topics
2 3D CAD Software (Choose Any Two)
3D CAD Software (Choose Any Two)
- Software Options: SolidWorks, CATIA, Siemens NX, Creo — commonly used in aerospace engineering CAD courses.
- Part and assembly modeling from scratch.
- Parametric modeling for design flexibility.
- Engineering drawing generation and design for manufacturing (DFM).
- Gain expertise in 3D CAD modeling for aerospace.
Sub Topics
3 CAE & Simulation Tools (Choose One)
CAE & Simulation Tools (Choose One)
- Options: ANSYS, MATLAB with Aerospace Toolbox.
- Perform structural (FEA) analysis: stress, strain, thermal.
- Understand CFD principles, aerodynamic simulation, and material behavior.
- Define material failure criteria and post-processing techniques.
- Ideal for those seeking FEA training for mechanical engineers.
Sub Topics
4 Engineering Calculations & Design Validation
Engineering Calculations & Design Validation
- Learn engineering calculations and design validation methods.
- Apply loads, boundary conditions, and constraints.
- Calculate factor of safety, estimate failure risks, and evaluate alternatives.
- Compare analytical and simulation-based results using finite element analysis course India methodology.
Sub Topics
5 Live Projects & Case Studies
Live Projects & Case Studies
- Design and simulate aerospace brackets, ducts, clamps using reverse engineering training in India methodology.
- Use cross-platform workflows with CAD and CAE tools.
- Complete team-based capstone projects and industry case analysis to build a strong portfolio.
