Creative LEGO Robot Projects: 7 Student Builds from 2015
RAISE GENIUS · STUDENT PROJECT ARCHIVE · 26 JULY 2015
Creative LEGO Robot Projects: 7 Student Builds from 2015
These creative LEGO robot projects show how students explored their own ideas at Raise Genius School. This English translation preserves a separate article originally published on 26 July 2015. It describes the projects and experiences reported at that time, rather than a current course offer.
Students’ names below follow the Thai spellings in the original article. The retained photographs are small original archive thumbnails; they have not been enlarged or replaced with newly generated images.
1. Creative LEGO robot projects inspired by a three-armed surgical robot
Students เกววิล and ภูมิ explored how robots could represent work that calls for careful movement. Their model used three controllers and eight motors working together, with a teddy bear as the demonstration patient. The original article reports approximately 15 hours of building.
The creative feature was the use of mechanical arms to imitate a doctor’s arms, with model instruments at their ends. This was a student demonstration model, not a medical device. The original article also associates the project with an Innovation Award at FLL 2014; the award statement is retained as part of the historical account.
2. A Spinosaurus-inspired dinosaur
Student โฮไอ took inspiration from a dinosaur with a distinctive sail. Reused materials helped form the sail where LEGO pieces alone did not produce the shape the student wanted. Combining those materials with the robot created an unusual dinosaur-like appearance.
This example of creative LEGO robot projects shows how a learner adapted materials around an idea, instead of limiting the design to the parts already available in a kit.
3. An automatic rotating amusement model
Student พี built a rotating model that started when a visitor inserted a THB 100 banknote into its intake mechanism. The original account says the project took more than ten hours and required repeated changes to make the structure stronger, more attractive and able to rotate.
The author borrowed the model for a Songkran event and thanked the student’s mother for her practical help and encouragement. The banknote mechanism is described here as a feature of that historical classroom project, not as a payment service on this website.
4. A carefully decorated monster robot
Student โฟกัส created a monster robot, choosing pieces and decorations that suited the character. The original author highlights the attention given to the appearance of the model. The creative work lay in selecting and arranging parts to express the student’s imagined monster.
5. A wheelchair-inspired robot model
Another project by โฮไอ took the appearance of a wheelchair as its starting point. At first, the student felt that the model was not close enough to the intended design. Small changes to different areas gradually improved the resemblance.
The original account emphasises choosing suitable components and refining the shape. It describes a student-built model, rather than equipment intended for carrying a person.
6. A rocket-launch display with a lifting mechanism
This project used a scissor-style mechanism to raise a model rocket from a stable base. The rocket was relatively heavy, and the original account notes that it still needed a hand to steady it during movement.
The creative idea was to make the rocket appear to rise from its launch platform. It was a classroom mechanical display; the article does not describe a flying rocket or a propulsion system.
7. A rotating support for a toy-model turret
Student ภูมิ developed a rotating mount for a previously built toy model. The original account describes the challenge of making the support strong enough, balancing the weight and allowing the model to turn. It reports that this extension was completed in about three hours.
This is retained as an example of extending a construction project and improving its mechanical support. The source names the learner’s school as “shuberry international school thailand”; the spelling is left as originally published rather than expanded into a newly verified school affiliation.
What connects these creative LEGO robot projects?
The original article presents building, testing and revising as ways for children to explore their imagination. Across the seven examples, students combined materials, refined shapes, balanced loads and changed mechanisms to make their ideas work. These are individual historical accounts, not a promise that every learner will produce the same result or receive an award.
For present courses and learning advice, contact Teacher Num. You can also explore the student project page or the course-selection guide.
Frequently asked questions
When were these student projects published?
The original article was published on 26 July 2015. This page is an English translation of that separate historical article.
Are these current course deliverables?
No. They are examples reported in the 2015 archive. Ask the teaching team about the content and equipment of current courses.
Are the medical and rocket models functional equipment?
The article describes classroom construction and demonstration models. It does not establish that any model is a medical device or a flying rocket.
Where can I see the original media references?
The original article links to a Raise Genius introduction video and the school’s YouTube channel. These are optional external links. No external video player loads automatically on this page.
