AutoCAD Mechanical Course Overview
Our Mechanical Course Training equips you with essential skills to create accurate mechanical components, assemblies, and manufacturing blueprints using AutoCAD. This program combines hands-on projects with industry-standard workflows, helping beginners and professionals enhance their expertise. Gain practical experience in designing, modeling, and drafting for roles in manufacturing, product design, and engineering services, preparing you for a successful career in mechanical engineering.
Key Features
Master 2D & 3D drafting, modeling, and advanced mechanical design techniques
Gain hands-on experience with assemblies, detailed blueprints, and manufacturing drawings
Learn through practical, project-based training aligned with industry standards
Receive career guidance and placement support to boost job opportunities
Engage in 100% practical training with real-time, industry-relevant projects
The AutoCAD Mechanical course you will Master

AutoCAD Mechanical
Topics You will Learn
Module 1: AutoCAD Foundations for Mechanical Engineers
- Navigating the interface & customizing workspaces
- Understanding coordinate systems for drafting
- Basic drawing commands and object modifications
- File formats and data management in AutoCAD
Module 2: Mechanical 2D Drafting Techniques
- Drawing mechanical parts with dimensional accuracy
- Using layers, line types, and colors effectively
- Adding annotations, tolerances, and symbols
- Printing and plotting 2D designs
Module 3: 3D Modeling for Mechanical Design
- Creating solid models of components
- Extrude, revolve, sweep, and loft operations
- Applying materials and basic rendering
- Assembling multiple parts into a mechanical unit
Module 4: Advanced Drafting & Documentation
- Using parametric constraints for precision
- Creating assembly drawings with Bill of Materials
- Detailing exploded and sectional views
- Referencing large projects with Xrefs
Module 5: Industry Projects & Certification Prep
- Full-scale mechanical assembly project
- Applying design standards (ISO, ASME)
- Building a CAD portfolio for job applications
- Mock assessments for certification readiness
Let Your Certificate Speak
ISO-certified AutoCAD Mechanical Design Certification recognized in India & abroad
Instant digital download upon course completion
Shareable badge for LinkedIn and resumes, verified by employers
After this course, you will be Able to
- Create professional mechanical designs and production-ready documentation
- Interpret and develop engineering drawings meeting ISO/ASME standards
- Collaborate effectively with manufacturing and design teams
- Apply AutoCAD tools to solve real-world mechanical challenges
- Build a strong CAD portfolio for global job opportunities
All You Need to Start this Course
A laptop or PC with AutoCAD (student or trial version installed). Basic understanding of mechanical concepts is helpful but not mandatory.
This is the One for You, If you are
Mechanical engineering students aiming to start a CAD career
Graduates or diploma holders seeking to upskill
Professionals in manufacturing, product design, or maintenance
Aspiring AutoCAD drafters wanting ISO-level certification
Did You Know?
The average salary is
6L/year in India
Frequently Asked Questions
Yes. This course is designed specifically for mechanical engineers and students, focusing on 2D drafting, 3D isometric views, and manufacturing standards.
Yes. You will receive an ISO-certified AutoCAD Mechanical Design certificate recognized by companies across India and abroad.
The best course combines expert-led training, practical projects, an industry-relevant syllabus, and a recognized certification, like the program offered at our institute.
Mechanical engineers use AutoCAD to design and draft mechanical parts, assemblies, and production drawings. It helps create accurate 2D and 3D models used in manufacturing, simulation, and documentation, ensuring better efficiency and precision in projects.
AutoCAD is a general-purpose CAD software, while AutoCAD Mechanical is specialized for mechanical engineering. It comes with built-in libraries, industry standards, and automated tools that reduce repetitive work and streamline mechanical design tasks.