SolidWorks, Creo, Inventor & Fusion 360 Training at Cube CAD Center

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Looking for SolidWorks, Creo, Inventor, and Fusion 360 training in Ahmedabad? Cube CAD Center offers industry-oriented training in the top mechanical design software, helping you master 3D modeling, product design, and simulation. Whether you are a mechanical engineer, product designer, or student, our expert-led courses will enhance your CAD skills and career prospects.

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Use of SolidWorks, Creo, Inventor & Fusion 360 in Mechanical Design

✅ SolidWorks – Ideal for parametric 3D modeling, sheet metal design, and simulation
✅ Creo (Pro/E) – Best for product development, surface modeling, and advanced engineering design
✅ Autodesk Inventor – Used for mechanical engineering, digital prototyping, and assembly modeling
✅ Fusion 360 – A cloud-based CAD/CAM/CAE tool for 3D modeling, generative design, and manufacturing

These software are widely used in automotive, aerospace, manufacturing, and product design industries for 3D modeling, simulation, rendering, and prototyping.

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Career Opportunities in SolidWorks, Creo, Inventor & Fusion 360

After completing this course, you can work as a:

• Mechanical Design Engineer

• Product Designer

• Automotive Design Engineer

• Aerospace Engineer

• Manufacturing Engineer

• Reverse Engineering Specialist

• 3D CAD Specialist

• Tool & Die Designer

Professionals trained in SolidWorks, Creo, Inventor, and Fusion 360 are in high demand across engineering firms, R&D companies, and manufacturing industries.

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Who Should Learn These CAD Software?

✅ Mechanical Engineers & Designers – For 3D modeling & design analysis
✅ Automotive & Aerospace Engineers – To develop & simulate complex components
✅ Manufacturing Professionals – For tool design & digital prototyping
✅ Students & Graduates in Mechanical & Industrial Engineering – To boost employability & career growth

If you aim to excel in mechanical design, CAD modeling, or manufacturing, this course is perfect for you!

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Key Benefits of Learning at Cube CAD Center

✔ Industry-Expert Trainers – Learn from experienced mechanical design professionals
✔ Hands-on Training – Work on real-world projects & industrial applications
✔ Comprehensive Curriculum – Covers 3D modeling, simulation, and analysis
✔ Software Integration – Learn to use multiple CAD software efficiently
✔ Placement Assistance – Get job-ready skills & career guidance
✔ Flexible Timings – Choose weekday or weekend batches
✔ Certification – Earn an industry-recognized CAD certification

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60-Day Day-Wise Schedule for SolidWorks, Creo, Inventor & Fusion 360 Training

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Week 1: Introduction to CAD & Basic Sketching

• Day 1: Introduction to CAD software & interface overview

• Day 2: Basics of sketching & constraints (SolidWorks, Creo, Inventor, Fusion 360)

• Day 3: Creating 2D sketches & dimensioning techniques

• Day 4: Applying geometric constraints & parametric relations

• Day 5: Working with planes, coordinate systems & reference geometry

Week 2: 3D Part Modeling & Features

• Day 6: Basic 3D features – Extrude, Revolve, Loft, Sweep

• Day 7: Advanced modeling – Fillets, Chamfers, Patterns, Shell

• Day 8: Multibody part modeling & Boolean operations

• Day 9: Feature-based modeling & history tree management

• Day 10: Design intent, feature modification & best practices

Week 3: Assemblies & Constraints

• Day 11: Introduction to assemblies & assembly constraints

• Day 12: Creating assemblies & working with assembly mates

• Day 13: Motion simulation in assemblies

• Day 14: Exploded views & assembly drawings

• Day 15: Managing large assemblies & interference detection

Week 4: Surface Modeling & Sheet Metal Design

• Day 16: Introduction to surface modeling (loft, sweep, boundary surfaces)

• Day 17: Hybrid modeling – Combining solid & surface modeling

• Day 18: Introduction to sheet metal design & bending operations

• Day 19: Sheet metal components, flanges, and bends

• Day 20: Flattening sheet metal parts & generating DXF for manufacturing

Week 5: Drafting & GD&T (Geometric Dimensioning & Tolerancing)

• Day 21: Introduction to technical drawings & standards

• Day 22: Creating 2D drawings from 3D models

• Day 23: Dimensioning & annotation techniques

• Day 24: Introduction to GD&T (Geometric Dimensioning & Tolerancing)

• Day 25: Applying GD&T in engineering drawings

Week 6: Simulation & Stress Analysis

• Day 26: Introduction to FEA (Finite Element Analysis)

• Day 27: Applying material properties & meshing techniques

• Day 28: Running static & dynamic simulations

• Day 29: Optimizing designs for strength & weight reduction

• Day 30: Interpreting FEA results & making design improvements

Week 7: Reverse Engineering & 3D Printing

• Day 31: Introduction to reverse engineering concepts

• Day 32: Scanning & point cloud processing

• Day 33: Converting scanned data into CAD models

• Day 34: Basics of 3D printing & rapid prototyping

• Day 35: Preparing CAD models for 3D printing

Week 8: Fusion 360 for Cloud-Based Design

• Day 36: Introduction to Fusion 360 & cloud-based collaboration

• Day 37: Parametric & freeform modeling in Fusion 360

• Day 38: Generative design & AI-driven optimization

• Day 39: CAM (Computer-Aided Manufacturing) basics & toolpath generation

• Day 40: CNC programming & exporting G-code

Week 9: Product Design & Industry Applications

• Day 41: Design thinking & product development cycle

• Day 42: Applying CAD in real-world product design

• Day 43: Case studies in automotive & consumer product design

• Day 44: Collaborative design workflows & cloud integration

• Day 45: Hands-on product design project

Week 10: Advanced CAD Customization & Final Project

• Day 46: Customizing CAD software settings for efficiency

• Day 47: Using macros & automation tools

• Day 48: Creating custom templates & libraries

• Day 49: Final project planning & execution

• Day 50: Review & corrections on final project

Week 11: Industry Applications & Certification

• Day 51-55: Industry-based project work & real-world applications

• Day 56: Review of projects & final submission

• Day 57: Career guidance & resume building for CAD jobs

• Day 58: Mock interviews & job placement assistance

• Day 59: Certification exam & assessment

• Day 60: Certification distribution & final Q&A session

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Why Choose Cube CAD Center for SolidWorks, Creo, Inventor & Fusion 360 Training?

✅ Industry-Experienced Trainers – Learn from professionals with real-world expertise
✅ Hands-on Projects – Work on automotive, aerospace, & product design applications
✅ Complete CAD Solution – Master SolidWorks, Creo, Inventor & Fusion 360 in one course
✅ Placement Assistance – Get help with job interviews & career guidance
✅ Flexible Timings – Weekend & weekday batches available
✅ Industry-Recognized Certification – Boost your resume with a certified CAD course

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📞 Call Now to Enroll! Master SolidWorks, Creo, Inventor & Fusion 360 in Just 60 Days!