
AutoCAD CATIA
Course Description
Our AutoCAD CATIA course offers a comprehensive understanding of mechanical design, engineering simulations, and 3D modeling. Led by industry professionals, this course equips you with the technical skills required for designing complex mechanical systems, automotive components, and industrial machinery using AutoCAD and CATIA software.
Key Features:
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Expert Mentorship: Learn from experienced mechanical engineers and CAD professionals, guiding you through essential design and simulation techniques.
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Comprehensive Curriculum: Covers key topics like 2D/3D modeling, drafting, assembly design, simulation, and parametric modeling with AutoCAD and CATIA.
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Hands-on Projects: Work on real-world projects, including designing mechanical parts, automotive components, and creating detailed engineering drawings.
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Real-World Applications: Explore the use of AutoCAD and CATIA in industries such as automotive, aerospace, and manufacturing for product design and simulation.
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CAD Tools & Techniques: Master advanced features like 3D parametric modeling, stress analysis, and assembly simulations in CATIA and AutoCAD’s robust drafting tools.
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Industry-Standard Practices: Learn best practices in mechanical design, adhering to industry standards and guidelines for manufacturing and product development.
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Career Support: Benefit from resume building, interview preparation, and career counseling to help you pursue roles in mechanical design and engineering.
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Flexible Learning: Designed for both students and professionals, the course offers flexible learning options to suit your schedule and pace.
Join our AutoCAD CATIA course and gain hands-on experience in mechanical design, preparing you for a successful career in the automotive, aerospace, and manufacturing sectors.
Course Curriculum

Priya N.
Senior Mentor – AutoCAD & AnsysWith over 10 years of experience in civil engineering design, simulation analysis, and entrepreneurship, Priya N. excels in AutoCAD Civil for infrastructure project &, Ansys for mechanical simulations.