More than a Robot: Making, Thinking and Working Together
RAISE GENIUS · PARENTS & SCHOOLS
More than a Robot: Making, Thinking and Working Together
Robotics and soft skills are connected in this school profile: a robot is a teaching medium, while the learning includes creativity, problem solving and working with others. Founders Teacher Num and Teacher Bung describe a balance between offering a challenge and listening when a learner needs support.
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Robotics and soft skills: a process before a score
The founders describe adapting technical knowledge to the learner’s age and experience. The source’s references to more than a decade of work belong to that historical profile; they are not a newly calculated total.
Their emphasis is on pupils wanting to take part and make something themselves. A teacher can suggest a more ambitious goal or help find an interest, while also listening and offering advice when an obstacle remains after a learner has tried.
The article describes a sequence of observation, forming a hypothesis, trying an experiment and examining the result. This makes the activity an opportunity to practise scientific thinking as well as construction and programming.
Give pupils room to shape the question
Learners may bring an idea from home or develop a project question during class. The profile argues for leaving space for their own decisions instead of providing every question and every answer in advance.
Robotics and soft skills can meet in that process: explaining an idea, sharing a task, considering another person’s suggestion and responding to a failed attempt are different parts of the same project.
The founders connect the process with self-esteem. This is an educational aim in the profile, not a promise of a measured psychological outcome for every pupil or a claim that practical projects have no right or wrong technical constraints.
The Arm for Egg Roll project
The source describes a project called Arm for Egg Roll, a robot arm for making rolled eggs. The pupil brief was entrepreneurship: think about a product people might actually buy and develop a practical way to make it.
According to the school account, the project was selected for Maker Faire Bangkok 2020. Pupils demonstrated it and sold nearly THB 2,000 of rolled eggs over two days, as well as giving some away.
Those figures describe a reported historical demonstration. They do not predict the earnings of a new pupil’s project. The learning example is the connection between an idea, a working mechanism, a presentation and the people using the result.
Sharing the approach with schools
The profile also describes taking teacher guidance and learning materials to other schools, developing cloud-based 3D e-learning and supplying robotics kits for school teachers to use with pupils.
The original account says at least ten school robotics labs had been established at that time and reports positive teacher feedback. It was written in a pandemic-era context; confirm present-day installations, service scope and support with the team.
The founders discuss reskilling, upskilling and robots in changing workplaces. These are their reasons for encouraging early exploration, not a guarantee of future engineering jobs.
When discussing robotics and soft skills for a learner or school, ask how projects allow decisions, testing and explanation. Confirm the current course, equipment, teacher support and goals, and look at the process as well as the finished model.
Original photographs and artwork
These images are retained from the original page as examples of published learning activities and programme information. Some contain Thai text or historical dates. They do not guarantee the same result for a new learner. Confirm current programmes with the team.
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Frequently asked questions
How are robotics and soft skills connected here?
A practical project can involve planning, explaining, solving problems and working with others alongside building and coding. The profile describes these as learning opportunities, not guaranteed individual outcomes.
What is Arm for Egg Roll?
It is the rolled-egg robot-arm project described in the school’s account of Maker Faire Bangkok 2020. The sales figure is a historical example, not a prediction of future earnings.
Does the article describe the current school-lab service?
It describes the service and installations at the time of the profile. Confirm current equipment, materials, teacher support and availability with the team.
Contact and related pages
Tell the team about the learner or organisation, relevant experience and the intended learning purpose. Confirm the current programme, equipment, availability, schedule and fees before booking.
Contact Raise Genius School service overview
- Preparing a Portfolio for Robotics, Mechatronics or AI Admissions
- Preparing Teachers to Start a School Robotics Subject or Club
- Why Online Learning Can Be Difficult, and What to Discuss
- Why a University Portfolio Starts with Knowing Yourself
- Learning with Fun, Challenge and Useful Skills
- Project Based Learning: Connecting a Goal with Real Work
- Flipped Classroom Learning: Prepare, Ask and Apply
- Girls Learning Robotics: Two Stories of Participation
- Why Children Learn about Technology and STEM
Course-selection guide · Robotics portfolio projects · Competition preparation · Team advice and coaching · Course guide · General FAQ
Related services: School robotics camps · STEM activity stations
Related learning: Raise Maker Arduino · micro:bit robotics · IOTBot & AI · Portfolio preparation · Camp proposal · Accompanying teachers
Related reference: IPST STEM resources (Thai)
