POST GRADUATE PROGRAM IN CAE & SIMULATION
Introduction
At CADD SCHOOL,we specialize in delivering comprehensive Post Graduate Program in CAE & Simulation training for students, engineers, and professionals aiming to build strong careers in engineering analysis, product validation, and simulation-driven design.
Join our CADD SCHOOL today and gain expertise in analyzing and optimizing engineering systems using advanced simulation tools. Our program emphasizes practical learning, real-time projects, and industry-relevant methodologies to prepare you for high-demand engineering roles.
Software Curriculum
CAE & Simulation require powerful tools to perform structural, thermal, and fluid analysis for real-world engineering applications.
AutoCAD
ANSYS Workbench
ANSYS CFD
Hypermesh
NX Nastran
Applications of Course
The CAE & Simulation program plays a critical role in modern product development by reducing design time, cost, and physical testing requirements.
Structural analysis (FEA)
Computational Fluid Dynamics (CFD) analysis
Thermal and heat transfer analysis
Vibration and fatigue analysis
Crash and impact simulation basics
Mesh generation and model preparation
Design validation and optimization
Multiphysics simulation
Future opportunities
CADD SCHOOL has a unique method to train its students on CAD and help them to prepare specialize in the CAD design. At CADD SCHOOL the students are trained on various theoretical and practical methodologies. The students are regularly made to participate
actively in different methodologies and regularly made to undergo evaluation on CAD Softwares. They are regularly trained with various components used in the industry under the category of Component based training and our syllabus based on the industrial requirement. The CADD Engineers here have an experience in the CAD industry and their knowledge in the practical, current industry.
Students are trained through:
Real-time project-based learning
Component-based training modules
Regular assessments and evaluations
Hands-on experience with industry tools
Key skill development areas:
Finite Element Analysis (FEA) fundamentals
CFD simulation techniques
Meshing and preprocessing (Hypermesh)
Solver techniques and result interpretation
Design optimization methods
Engineering problem-solving skills
Simulation-driven product development
Career opportunities include:
CAE Engineer
Simulation Engineer
FEA Analyst
CFD Engineer
Design Validation Engineer
Structural Analyst
R&D Engineer (Simulation)
Automotive / Aerospace Simulation Engineer