Mechanical Engineering Course 6Months

The Mechanical Engineering Design & Analysis Course (6 Months) at CADCAM Academy is a complete professional training program designed for students and working professionals who want to build a strong career in mechanical design, product development, and industrial analysis.

This advanced program combines industry-relevant software tools with real-time project exposure, ensuring that learners gain both technical knowledge and practical implementation skills. From drafting to 3D modeling, simulation, and building services design, this course covers everything required in modern engineering industries.

With expert faculty guidance and live project-based learning, students will develop confidence in handling real-world engineering challenges using leading tools like AutoCAD Mechanical, CATIA, CREO, SolidWorks, Unigraphics NX, ANSYS, and BIM Revit MEP.

Why Choose This Course at CADCAM Academy?

• Industry-Focused Curriculum designed as per current engineering demands

• Hands-on training with latest mechanical design software

• Exposure to live ongoing project applications

• Practical assignments for every module

• Expert trainers with real industry experience

• Job-oriented training with career support

Software Covered in This Course

• AutoCAD Mechanical – 2D Drafting & Detailing

• CATIA – Advanced Surface & Product Design

• CREO (Pro/E) – Parametric Modeling

• SolidWorks – 3D Design & Assembly

• Unigraphics NX (UG NX) – Industrial Product Engineering

• ANSYS – Simulation & Analysis

• BIM Revit MEP – Mechanical, Electrical & Plumbing Systems

Short Course Curriculum (Module-Wise)

1. AutoCAD Mechanical Training

• Engineering drawing fundamentals

• 2D drafting, dimensioning, and annotations

• Mechanical symbols and standards

• Layout creation and plotting

2. CATIA Design Module

• Sketcher & Part Design

• Assembly Design concepts

• Surface modeling techniques

• Product visualization

3. CREO Parametric Training

• Sketch creation and constraints

• 3D part modeling

• Assembly and mechanism design

• Drawing extraction

4. SolidWorks Application

• Feature-based modeling

• Assembly creation & motion study

• Sheet metal design

• Basic simulation tools

5. Unigraphics NX (UG NX)

• Advanced modeling techniques

• Assembly management

• Drafting and detailing

• Industrial product design workflow

6. ANSYS Analysis Module

• Introduction to simulation

• Structural analysis concepts

• Meshing and boundary conditions

• Stress and deformation analysis

7. BIM Revit MEP for Mechanical Engineers

• HVAC system design basics

• Ducting and piping layouts

• Equipment placement

• Real-time building services coordination

Practical Project Work

This course focuses strongly on real-time project implementation. Students will work on:

• Mechanical component design projects

• Industrial assembly modeling

• Simulation and analysis case studies

• HVAC and MEP system design projects

• Live project exposure based on industry standards

Career Opportunities After Course

After completing this Mechanical Engineering Course in Bhubaneswar, students can apply for roles such as:

• Mechanical Design Engineer

• CAD Engineer

• Product Design Engineer

• Simulation Analyst

• BIM MEP Engineer

• Project Design Coordinator

Who Can Join This Course?

• Mechanical Engineering Students (Diploma / B.Tech / M.Tech)

• Working professionals in design & manufacturing

• Job seekers aiming for core engineering roles

• Anyone interested in mechanical design software training

Admission Open – Start Your Professional Journey

Upgrade your engineering skills with advanced mechanical design tools and real-time project training at CADCAM Academy. This course is the perfect step toward building a successful career in the engineering industry.

👉 Limited seats available – Enroll now and get expert guidance with practical exposure.

Conclusion

The 6 Months Mechanical Engineering Design Course at CADCAM Academy is more than just software training—it is a complete career development program. With a combination of practical learning, live projects, and industry-standard tools, students gain the confidence to perform in real engineering environments and achieve professional success.