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3D Printing
Course In Vellore
Become a skilled 3D printing professional in 3–6 months. You’ll start by learning the fundamentals of FDM, SLA and SLS workflows, then create quick prototypes in TinkerCAD, advance to parametric mechanical designs in Fusion 360, and sculpt artistic models in Blender/Maya. Master slicing in Cura, run hands‑on prints on FDM/SLA machines, and finish parts with sanding, painting and assembly. Finally, you’ll assemble a polished portfolio of technical and creative prints ready for maker spaces or design studios.
Course Request Form
Course Duration
3 to 6 months
Introduction to 3D Printing
- Types of 3D Printing: FDM, SLA and SLS
- Workflow from Design to Final Print
- Industry Applications and Printer Types
Basic 3D Design with TinkerCAD
- Creating Beginner-Friendly Models
- Understanding Object Manipulation and Export
- Ideal for Quick Prototypes and Classroom Use
Product Design with Fusion 360
- Parametric Design and Mechanical Modeling
- Assembly Components, Tolerances and Simulation
- Exporting for Precision 3D Printing
Artistic Modeling with Blender/Maya
- Mesh Modeling, Sculpting and Modifiers
- Designing Characters, Props or Figurines
- Preparing Artistic Models for 3D Printing
Slicing and Cura Mastery
- Layer Settings, Supports and Infill Patterns
- Print Optimization for Speed and Quality
- FDM/SLA Slicing and Troubleshooting
Hands-on Printing and Post-Processing
- Printer Setup, Calibration and Materials
- Removing Supports, Sanding and Assembling
- Painting and Professional Finishing Techniques
Portfolio and Freelance Essentials
- Building a Printable Model Collection
- Presenting Works (Photos, Videos and Documentation)
- Freelance Services, Pricing and Client Delivery
Outcomes
- Skills in Technical and Creative 3D Modeling
- Proficiency in TinkerCAD, Fusion 360, Blender and Cura
- A Portfolio ready for Freelance or Maker Careers
Industrial Visit
Explore innovation firsthand with Joy Innovations’ industrial visit. Interact with experts, witness cutting-edge technology, and gain insights in just one to two hours. Discover the future today!
*Duration One to Two Hours
Answers to Your Queries
Frequently Asked Questions
Who is this 3D Printing program designed for?
Anyone—from complete beginners to hobbyists—looking to master both technical CAD workflows and creative sculpting for real-world 3D printing.
What certification will I receive upon completion?
You’ll earn a Professional 3D Printing certificate, showcasing your skills in design, slicing, printing, and post‑processing.
What hardware and materials do I need?
Access to an FDM or SLA printer (we cover both), standard filaments/resins, and a computer capable of running TinkerCAD, Fusion 360, and Blender/Maya.
How much hands‑on printing experience is included?
Each module includes guided print sessions—calibration, support removal, sanding and painting—so you’ll complete at least 10–12 physical prints over the course.
Will I learn post‑processing and finishing techniques?
Yes: you’ll practice support removal, sanding, priming, painting, and assembly to achieve professional‑quality final parts.
How can I showcase or monetize my work afterward?
You’ll leave with a printable model portfolio, high‑quality photos/videos of your prints, and guidance on presenting your work to makerspaces, design studios, or online marketplaces.
Looking for something else? Click here for our detailed FAQs page
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experience I your institution.
1. ROBOTICS INTERNSHIP in vellore, JOY INNOVATION.
2. I Learned about the the robotics and application.
3. The experience is so good for me. Because of i love my physics. I learn basic circuits like connection on breadboard, led, diode, resister, transistor, UNO, ARDUINO.
4. JOY INNOVATION delivers both theoretical understanding and practical experience through hands-on training, real-world projects, and interactive workshop.
5. I learn about the various types of sensor i is help full to me for my final year project.
THANKYOU 😊
The institute provides an excellent platform for students to gain hands-on experience in robotics and embedded systems. The internship program is well-structured, practical, and guided by experienced mentors. The learning environment is innovative, encouraging creativity and real-world problem-solving. A great place for students to grow technically and professionally. The institute offers a dynamic and engaging environment for learning robotics. Their internship program is highly practical, with real-time projects that boost technical skills and confidence. With supportive mentors and a focus on innovation, it's an ideal place for students to explore and grow in the field of robotics and technology.
