R&D DESIGN & ANALYSIS PROGRAMME
Introduction
At CADD SCHOOL,we specialize in delivering comprehensive R&D Design & Analysis Programme training for students, engineers, and professionals aiming to build strong careers in product design, research & development, and engineering analysis.
Join our CADD SCHOOL today and transform your ideas into innovative engineering solutions. Our program focuses on practical learning, real-time projects, and industry-driven methodologies to prepare you for advanced design and analysis roles.
Software Curriculum
R&D Design & Analysis requires powerful tools for product development, simulation, and performance validation.
AutoCAD
SolidWorks
CREO
ANSYS Workbench (Core FEA)
ANSYS CFD (Fluent / Flow Simulation)
Hypermesh (Manual & Auto Meshing)
Applications of Course
The Advanced Electrical Design & Panel Engineering program plays a crucial role in modern industries by enabling precise design and implementation of electrical systems.
Product design and development
3D modeling and assembly design
Structural and stress analysis (FEA)
Computational Fluid Dynamics (CFD) analysis
Thermal and performance analysis
Mesh generation and model preparation
Design validation and optimization
Prototype development and testing
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:
2D drafting and 3D modeling
Parametric and assembly design
FEA and CFD simulation techniques
Manual & automated meshing (Hypermesh)
Product optimization and validation
Engineering problem-solving skills
Design for manufacturing (DFM)
Career opportunities include:
R&D Engineer
Design Engineer
CAE Engineer
Simulation Engineer
Product Development Engineer
Mechanical Design Engineer
FEA / CFD Analyst
Automotive / Aerospace Simulation Engineer