8-Weeks CAD/CAM Training
CAD/CAM Mentorship Program
₹19,999 + GST
- Industry led CAD/CAM Training with 12+ Years Experienced Trainers
- SolidWorks, Fusion 360, AutoCAD, Mastercam, NX CAM (student’s choice)
- 1 on 1 Career Guidance
- Live Industry Project
- Resume Building + Mock Interview
- Industry Standard Certificate
- BE | B. Tech Final Year Assistance
- ME | M. Tech Thesis Assistance
- Research Paper Publication Assistance
- Guaranteed Job Internship for Top Students
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Course
Course Overview
Title: CAD/CAM Mastery for Final Year Projects & Industry Readiness
Duration: 8 Weeks | Mode: Online + 1:1 Mentorship + Live Demos
Tools Covered: SolidWorks, Fusion 360, AutoCAD, Mastercam, NX CAM (student’s choice)
Support: 2 Weekly Live Sessions + Practice Task Reviews + Chat Assistance
Program Highlights:
A hands-on, project-driven mentorship designed to equip BE/BTech students with end-to-end CAD/CAM skills. From 3D modeling and GD&T-compliant drafting to CAM toolpath generation and G-code programming, master the tools and workflows used in automotive, aerospace, and product design industries. Includes CNC simulation, report writing, and viva prep to deliver a polished final year project.
Why enrol in the Program?
🛠️ Industry-Standard CAD/CAM Expertise
Gain proficiency in SolidWorks, Fusion 360, and Mastercam—tools dominating automotive, aerospace, and manufacturing roles.
👩🏫 Expert-Led Mentorship
Learn from CAD/CAM professionals with 5+ years of industry experience. Get personalized feedback on designs, toolpaths, and reports.
📂 Complete Final Year Project
Walk away with a submission-ready portfolio: 3D models, technical drawings, G-code files, and a professionally formatted report.
🏭 End-to-End Manufacturing Pipeline
Transition seamlessly from design (CAD) to manufacturing (CAM), mastering DFM principles, GD&T, and CNC programming.
🚀 Career Acceleration
Stand out in job interviews with hands-on CAM simulations, ANSI/ASME drafting skills, and a certificate of mentorship completion.
Perfect For
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BE/BTech & ME/MTech Final Year Students needing guidance to execute a standout CAD/CAM project (jigs, molds, automotive parts, etc.).
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Aspiring Design/Manufacturing Engineers aiming to add CAD modeling, CAM programming, or CNC expertise to their resume.
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Career Changers (e.g., civil to mechanical) seeking hands-on exposure to product design and machining workflows.
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Students with Limited Lab Access wanting to master virtual CNC simulations and GD&T drafting for industry compliance.
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Internship Seekers targeting roles in R&D, automotive design, or advanced manufacturing.
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Course Syllabus
On a daily basis we talk to companies expert in these domains to fine tune our curriculum. Here are the list of courses that are part of this program
Introduction to CAD/CAM and its role in manufacturing & product development
Brainstorming final year project ideas (mechanical design, automation, fixtures, molds, etc.)
Understanding design specifications and standards
Setting goals: 3D Modeling, Simulation, CAM, G-code generation
Deliverables:
Finalized project title
Defined product specifications
Design brief
2D sketching and constraints
Creating 3D models using extrusion, revolve, sweep, loft
Design intent, parametric modeling
Design for manufacturing (DFM) principles
Deliverables:
3D models of individual components
Design tree with annotations
Mating parts, interference checks, and motion constraints
Creating a complete product assembly
Design validation using animation or exploded views
BOM (Bill of Materials) generation
Deliverables:
Assembly model (.sldasm, .f3d, etc.)
Animation video (optional)
Creating 2D drawings from 3D models
Dimensioning, GD&T basics, title blocks
Exporting drawings as PDF/DXF for manufacturing
Sheet metal design (optional topic)
Deliverables:
Final 2D drawing sheets
Manufacturing-ready PDF drawings
Introduction to CAM software (Fusion 360 CAM, Mastercam, or NX CAM)
Setting up stock, tools, toolpaths (2.5D milling, contour, pocket)
Work coordinate system (WCS) and tool libraries
Toolpath simulation and verification
Deliverables:
CAM toolpath files
Setup sheets
- Post-processing toolpaths into G-code
- CNC code interpretation (G0, G1, M-codes)
- CNC machine types and axes
- Safety and best practices in CNC simulation
- Deliverables:
G-code file for a sample component
Machine setup report (virtual)
- Report formatting: Abstract, methodology, design process, output
- Explaining part selection, material choice, and design changes
- Integrating CAD models, drawings, CAM screenshots into report
- Deliverables:
Full draft of final report
Image package (renders, screenshots)
Final PPT slide creation
Mock viva with project walkthrough
Feedback on report and presentation
Optional: Project display certificate
Deliverables:
Final report (PDF/DOC)
Final PPT (with embedded animations/renders)
Certificate of completion
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Student Reviews
Our Recent Student Reviews
"This mentorship turned my vague design ideas into a professional CNC-machined prototype. The live CAM demos in Fusion 360 were a game-changer!"
Aisha Khan, NIT Surathkal
Mechanical Engineering
"The CAM modules transformed my theoretical knowledge into hands-on G-code expertise. My project on automotive suspension arms is now part of my portfolio!"
Rohan Verma, VIT Vellore
Automotive Engineering
"As a civil engineer, I never thought I’d design medical devices! The 1:1 mentorship helped me pivot into product design effortlessly."
Priya Joshi, IIT Bombay
Civil Engineering
"My college lacked CNC machines, but the virtual CAM simulations and G-code walkthroughs made me industry-ready!"
Arjun Mehta, BITS Pilani
Aerospace Engineering
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