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Intro to Robotics (Part I) : Fun with Mechanics

Intro to Robotics
(Part I) : Fun with Mechanics

Intro to Robotics (Part I) : Fun with Mechanics

2-day hands-on camp for high school students covering robot building and 3D printing.

Oct 24, Oct 31

Oct 24, Oct 31

The Newton Sixth Form

High school & Pre-College

High school & Pre-College

Apply now

Design Your Own
Robot Mechanisms

Who is this for?

High schoolers who are…

Innovators

Aspiring young engineers and creators interested in mechanical engineering and robotics.

Builders

Students looking to learn hands-on 3D CAD modeling and digital fabrication.

Designers

Creative thinkers excited to combine AI tools with real-world physical product design.

Participants gain end-to-end prototyping experience by transforming a creative concept into a fully functional, custom-designed 3D-printed mechanical toy.

Bring your vision. We’ll give you the tools to build it.
*No coding experience required (tool-first approach).

Your Transformation

Leave with Practical Engineering Skills and a Physical 3D-Printed Portfolio.

What You'll Gain

01

01

Hands-on Mechanisms & Motion

Explore fundamental physical principles through cranks, cams, linkages, and gears—and bring static designs to life through motion.

02

02

Digital Design, Enhanced with AI

Bridge physical engineering with modern technology by using CAD software and AI workflows to create custom characters or robot mechanism parts.

03

03

End-to-End Prototyping Experience

Experience the complete engineering pipeline: from concept and design-for-manufacturing constraints to 3D printing, testing, and troubleshooting.

Portfolio Package

🤖

Custom 3D-Printed Mechanical Toy

A physical, working prototype designed in CAD, enhanced with custom AI character artwork, and fully assembled by you.

📱

Complete CAD & Design Documentation (STL Files)

A ready-to-print digital file package of your mechanical parts and custom enclosure, demonstrating your design-for-manufacturing capabilities.

Certificate

Official recognition of your completion of the 2-week Intro to Robotics: Fun with Mechanics workshop.

Upon completion of the 5 days session,

participants will receive a certification of completion.

If they later matriculate in the Aii program, they can immediately complete assessments in order to demonstrate competencies and receive academic credit.

Meet Your Instructors from Set ∅

Learn from Robotics expert, Real hardware and all experience instructors.

Pudit Tempattarachoke (Pu)

Education:

  • BEng. Mechanical Engineering, Chulalongkorn University

  • MS. Electrical & Computer Engineering, Carnegie Mellon University

Focus: AI, Robotics, Graphics, Numerical Computing

Dr. Harn Sison (Harn)

Education:

  • BEng. Mechanical Engineering, KMITL

  • PhD. Robotics, Osaka University

Focus: Robotics, Hardware Design

Assoc. Prof. Dr. Photchara Ratsamee (Ae)

Position:

  • Assoc. Prof at Osaka University & Kansai University, Japan

Education: PhD. Robotics, Osaka University
Focus: AI, Robotics, Hardware Design

Pudit Tempattarachoke (Pu)

Education:

  • BEng. Mechanical Engineering, Chulalongkorn University

  • MS. Electrical & Computer Engineering, Carnegie Mellon University

Focus: AI, Robotics, Graphics, Numerical Computing

Dr. Harn Sison (Harn)

Education:

  • BEng. Mechanical Engineering, KMITL

  • PhD. Robotics, Osaka University

Focus: Robotics, Hardware Design

Assoc. Prof. Dr. Photchara Ratsamee (Ae)

Position:

  • Assoc. Prof at Osaka University & Kansai University, Japan

Education: PhD. Robotics, Osaka University
Focus: AI, Robotics, Hardware Design

Pudit Tempattarachoke (Pu)

Education:

  • BEng. Mechanical Engineering, Chulalongkorn University

  • MS. Electrical & Computer Engineering, Carnegie Mellon University

Focus: AI, Robotics, Graphics, Numerical Computing

Assoc. Prof. Dr. Photchara Ratsamee (Ae)

Position:

  • Assoc. Prof at Osaka University & Kansai University, Japan

Education: PhD. Robotics, Osaka University
Focus: AI, Robotics, Hardware Design

Dr. Harn Sison (Harn)

Education:

  • BEng. Mechanical Engineering, KMITL

  • PhD. Robotics, Osaka University

Focus: Robotics, Hardware Design

Camp Schedule

Day 1

Mechanism Design & AI Toy Development

Oct 24

  • Explore how gears, linkages, joints, cams, and other mechanisms create and transfer motion.

  • Build and experiment with mechanisms using hands-on robotics and mechanical kits.

  • Apply these principles to design a robot, mechanical toy, or moving character using 3D CAD.

  • Use AI to enhance your creative ideas and customize your character and product concept.

  • Homework: Finalize your CAD design and prepare the files for 3D printing.

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Day 1

Mechanism Design & AI Toy Development

Oct 24

  • Explore how gears, linkages, joints, cams, and other mechanisms create and transfer motion.

  • Build and experiment with mechanisms using hands-on robotics and mechanical kits.

  • Apply these principles to design a robot, mechanical toy, or moving character using 3D CAD.

  • Use AI to enhance your creative ideas and customize your character and product concept.

  • Homework: Finalize your CAD design and prepare the files for 3D printing.

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Mechanism Design & AI Toy Development

Day 1

Oct 24

  • Explore how gears, linkages, joints, cams, and other mechanisms create and transfer motion.

  • Build and experiment with mechanisms using hands-on robotics and mechanical kits.

  • Apply these principles to design a robot, mechanical toy, or moving character using 3D CAD.

  • Use AI to enhance your creative ideas and customize your character and product concept.

  • Homework: Finalize your CAD design and prepare the files for 3D printing.

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Day 2

3D Printing, Assembly & Product Showcase

Oct 31

  • 3D print and assemble your robot or mechanical toy.

  • Test the mechanism and troubleshoot issues with movement, fit, and assembly.

  • Refine and improve your design based on testing.

  • Showcase your final creation and explain how its mechanism works.

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Day 2

3D Printing, Assembly & Product Showcase

Oct 31

  • 3D print and assemble your robot or mechanical toy.

  • Test the mechanism and troubleshoot issues with movement, fit, and assembly.

  • Refine and improve your design based on testing.

  • Showcase your final creation and explain how its mechanism works.

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3D Printing, Assembly & Product Showcase

Day 2

Oct 31

  • 3D print and assemble your robot or mechanical toy.

  • Test the mechanism and troubleshoot issues with movement, fit, and assembly.

  • Refine and improve your design based on testing.

  • Showcase your final creation and explain how its mechanism works.

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Seats Limited

Seats Limited

Secure Your Spot

Secure Your Spot

Join the next generation of AI and 3D Artist.

Join the next generation of AI and 3D Artist.

EARLY BIRD

Now - 3 Oct

16,000 THB

REGULAR

4 Oct - 20 Oct

18,000 THB

Registration may close early when full.

Registration may close early when full.

Apply now

Closed

The camp has ended – stay tuned for future programs

Questions? aiascend@cmkl.ac.th | 061-394-0500

Location

The Newton Sixth Form

The Newton Sixth Form

The Newton Sixth Form

9Ath Floor, Siamscape Building

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