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Registration & Fee Payment: 3D Printing Lab registrations are currently processed offline. Please visit the MPIT Centre of Excellence office or contact the CoE helpdesk for enrollment details.
Why Choose MPIT CoE 3D Printing Lab?
Industry-Grade 3D Printers
Train on professional FDM and SLA printers used in product design, engineering and manufacturing
CAD from Scratch
Learn product design with Fusion 360 and Tinkercad — no prior CAD experience needed
Design Thinking Approach
Every course is grounded in design thinking methodology — from problem identification to prototype
Industrial Applications Focus
Real exposure to additive manufacturing, reverse engineering and industrial prototyping workflows
Project-Based Learning
Students design, print and present a final innovation project — building a real portfolio piece
3D Printing Learning Pathway
Design ThinkingWeek 1
CAD FundamentalsWeek 2
Product DesignWeek 3
Additive ManufacturingWeek 4
Reverse EngineeringWeek 5
Industrial PrototypingWeek 5–6
Innovation & Product DevelopmentWeek 6
6 Weeks
90 Hours Total
10th Pass & above
Hands-On + Theory
A structured 6-week foundation-level programme in Computer-Aided Design (CAD) and 3D Printing / Additive Manufacturing. Students progress from design thinking principles through CAD modelling to printing, finishing and presenting real prototypes — no prior design or engineering background required.
6 Weeks
Course Duration
90 Hours
Total Training
FDM / SLA
Printing Technologies
Final Project
Innovation Prototype
What You Will Learn
- Design thinking methodology: empathise, define, ideate, prototype and test — applied to real product problems
- Introduction to manufacturing processes: traditional vs additive manufacturing, when and why to use each
- CAD fundamentals with Tinkercad: shapes, Boolean operations, alignment, grouping and basic 3D modelling
- Intermediate CAD with Fusion 360: sketching, constraints, extrude, revolve, loft, fillet and parametric modelling
- Product design techniques: tolerances, wall thickness guidelines, interlocking parts and assembly design
- 3D printing technologies: FDM, SLA and SLS — working principles, material properties and application comparison
- Slicing software: Ultimaker Cura — import, orient, support generation, infill patterns, layer height and print settings
- 3D printer operation: bed levelling, filament loading, print monitoring and troubleshooting common print failures
- Post-processing: support removal, sanding, priming, painting and surface finishing techniques
- Reverse engineering basics: measuring physical objects with callipers and recreating them in CAD
- Industrial prototyping: rapid prototyping workflow from concept sketch to physical prototype in 24 hours
- Innovation project: design, print and present a fully original product concept with documentation
Skills You Will Gain
- Proficiency in Tinkercad and Fusion 360 for 3D modelling and product design
- Ability to operate FDM and SLA 3D printers independently
- Understanding of material selection for different print applications (PLA, PETG, ABS, Resin)
- Hands-on experience in the full product development cycle — idea to prototype
- Basic reverse engineering and measurement skills using precision tools
Real-World Exposure
- Design and print a functional mechanical component with assembly features
- Reverse engineer an existing consumer product and recreate it in CAD
- Prototype a solution to a real campus or community problem using design thinking
- Multi-material and multi-colour print project demonstrating advanced slicer settings
- Participate in a mini design challenge — fastest prototype from brief to physical model
- Final innovation project: original product concept, CAD model, 3D print and presentation
Who Should Enroll
- Students from Class 10 onwards with an interest in design, engineering or innovation
- Engineering and diploma students (ME, CE, ECE, Prod, AE and related branches)
- Architecture, product design and fine arts students
- Entrepreneurs and makers wanting to prototype product ideas
Module-Wise Course Plan
| Week |
Module |
Key Topics Covered |
| Week 1 |
Manufacturing & Design Thinking |
Introduction to manufacturing processes • Traditional vs Additive Manufacturing • Design Thinking methodology (Empathise → Define → Ideate → Prototype → Test) • Introduction to 3D printing technologies (FDM, SLA, SLS) • Lab orientation & safety |
| Week 2 |
CAD Fundamentals |
Introduction to Tinkercad • Basic shapes, Boolean operations, alignment & grouping • Introduction to Fusion 360 interface • Sketching, constraints, dimensions • Basic extrude, revolve & cut operations • First simple CAD model |
| Week 3 |
CAD Practice & Product Design |
Intermediate Fusion 360: loft, sweep, fillet, chamfer • Parametric modelling & design history • Assembly design: joints, constraints & interlocking parts • Design for 3D printing: wall thickness, overhangs, tolerances • Slicing basics with Ultimaker Cura |
| Week 4 |
Additive Manufacturing Basics |
FDM 3D printer operation: bed levelling, filament loading, first layer calibration • Print settings: layer height, infill, support structures, print speed & temperature • Material properties: PLA, PETG, ABS — applications and differences • Troubleshooting common print failures • SLA printing overview and resin handling |
| Week 5 |
3D Printing Hands-On |
Independent printing projects • Post-processing: support removal, sanding, priming, painting & finishing • Reverse engineering: measuring with callipers & recreating in CAD • Multi-part assembly printing • Rapid prototyping challenge: concept to physical part in one session |
| Week 6 |
Project & Innovation |
Final innovation project: define problem, design solution, print prototype • Product documentation: design rationale, material selection, iteration log • Presentation skills: pitching a product concept with physical prototype • Peer review and feedback • Certificate award ceremony |
Software & Equipment:
Tinkercad • Autodesk Fusion 360 • Ultimaker Cura • PrusaSlicer • FDM 3D Printers • SLA Resin Printer • Vernier Callipers • Digital Microscope • Post-processing tools
3D Printing Lab Infrastructure
FDM 3D Printer Fleet
Multiple FDM (Fused Deposition Modelling) printers for student project printing — PLA, PETG, ABS capable
SLA Resin Printers
High-resolution SLA printers for detailed prototype printing with engineering-grade resins
CAD Workstations
Dedicated CAD workstations running Autodesk Fusion 360, Tinkercad and slicing software
Post-Processing Station
Sanding, priming, painting and finishing station for professional-quality prototype presentation
Measurement & Inspection Tools
Vernier callipers, digital micrometre, feeler gauges and digital microscope for precise measurement
Filament Library
Wide range of filament materials: PLA, PETG, ABS, TPU, Wood-fill, Metal-fill and specialty filaments
Innovation Corner
Dedicated brainstorming and ideation space with whiteboards, sticky notes and prototyping materials
Product Photography Setup
Lightbox and photography setup for students to document and showcase their final prototypes professionally
Career Opportunities
Product Designer
3D Printing Technician
CAD Engineer
Additive Manufacturing Specialist
Reverse Engineer
Rapid Prototyping Engineer
Biomedical Device Prototyper
Design & Innovation Educator
Product Startup Founder
Industry Partner
Phillips Machine Tools India Pvt. Ltd.
Phillips Machine Tools India Pvt. Ltd. is the strategic industry partner for the 3D Printing Lab at MPIT Centre of Excellence. With decades of expertise in precision engineering, CNC machining and advanced manufacturing, Phillips brings real industry context to every aspect of the curriculum — from CAD design standards to manufacturing tolerances and prototyping workflows. Students benefit from industry-mentored project reviews, access to professional-grade equipment and direct insights into how product development works in leading manufacturing companies.
How to Register
Visit CoE Office
Visit the MPIT Centre of Excellence office on campus for registration details
Fill Registration Form
Complete the registration form with your personal & academic details
Pay Fee
Pay the course fee at the CoE office counter (offline payment)
Get Confirmation
Receive your enrollment confirmation slip and the 6-week batch schedule
Attend & Earn Certificate
Complete the 6-week programme and receive your MPIT CoE 3D Printing Certificate
Required Documents
- Recent passport-size photograph
- Government-issued Photo ID (Aadhaar card / Voter ID / Passport)
- Academic certificates / Marksheets (as per eligibility)
- Institution ID card (for currently enrolled students)
Design. Build. Innovate.
Learn • Design • Build • Prototype • Innovate • Lead
