RAISE GENIUS · ARTICLES & LEARNING
STEM Articles & Learning Guides
These STEM articles and guides bring together the English reading pages and practical service information available in this English collection. Start with a question about learning, then explore a related course or school service. More of the original Thai article archive still awaits review and translation.
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These stem articles and guides connect family questions about play, practice and learning choices with the original published articles.
STEM articles and guides for parents
Choose a reading guide below, then confirm the programme and arrangements relevant to the learner or school.
- Computer Specs for Children’s Coding Lessons
- How Much Parent Support Does Online Coding Need?
- Choosing Online Coding for Kids by Age & Readiness
- Online Robotics Learning When No Class Is Nearby
- Helping a Child Become a Programmer: Build Foundations
- Entrepreneurial Maker Course: Automation & Presentation
- Online EV3 Programming Lessons: Original Video Archive
- LEGO Robotics for Kids: Build, Program & Present
- Scratch or Python for Kids: Choosing a Starting Point
- From Playing Games to Coding with Minecraft & Roblox
- Starting Coding and AI: An Age & Readiness Guide
- Learning Robotics When Maths Is Difficult
- Preparing a Robotics Engineering Portfolio
- Study Paths for Young Inventors: Five Options
- Individual or Group Coding Lessons for Children
- Academic or Vocational Robotics after Lower Secondary
- Choosing a Robotics Degree: Interests, Labs & Projects
- An Authentic TCAS Portfolio: Show Your Own Work
- Benefits of robotics
- First Minecraft coding steps
- When to start a portfolio
- AI learning foundations
- Start an AI or IoT project
- Choose a coding course
- Roblox or Minecraft coding
- Robotics careers and AI
- Robotics admissions portfolio
- Online learning barriers
- Plan a university portfolio
- Fun and challenge in learning
- Robotics and soft skills
- Girls learning robotics
- Why learn technology
- Imagination and knowledge
- Balance study and activities
- Patience through activities
- Learning from imperfect attempts
- Creative and analytical thinking
- Confidence through construction
- Help children begin tasks
- Choose holiday activities
- Family support for learning
- Why Do Some Children Enjoy Learning during the Holidays?
- Choose Toys around Age, Interests and Readiness
- From Concrete Examples to Abstract Thinking
- Learn a Little, Return to It and Make Practice Manageable
- Pretend Play: Build a Story with Flexible Materials
- Help Children Explore Their Interests through Activities
- Find Shared Activities for Siblings of Different Ages
- Encourage Children to Try, Make and Recognise Progress
- Practise Analytical Thinking through Questions and Making
- Explore Technology Learning beyond the Classroom
- Primary School Readiness: Leave Room for Play and Confidence
- School Readiness and Play: Read International Comparisons Carefully
- Plan a School Holiday with Exploration, Rest and Making
- Language Practice: Make Room for Conversation and Shared Play
- What Is EF? Discuss Executive Function through Everyday Play
- Choose Holiday Activities That Let Children Try Their Interests
- Use a Long Break to Play, Build and Talk Together
- What Can Learners Practise When Building Robots?
- Why Practise Skills through Building a Robot?
- Making, Playing and Explaining at Raise Genius
- Try Twisting, Folding and Fitting Pieces Together
- Use a Tablet with a Purpose, Conversation and Support
- Five Activities That Invite Children to Use Their Hands
- The Archive’s 7C Guide to Exploring Learning Skills
- Puzzles, Readiness and the Chance to Try Again
- When a Child Asks for Just a Little Longer
- Explore, Visit or Make Something Together as a Family
- How the Archive Describes Raise Genius School’s Approach
- Six Steps for Comparing a Child’s Holiday Camp Options
- Holiday or Weekend Robotics? Read the Archive’s Format Comparison
- What Does Raise Genius Want Learners to Gain from a Team?
- Seven Areas to Explore When You Want to Build a Robot
- Why the Founder Wanted Children to Build Robots
- Raise Genius Values: Make, Share and Take Part
- The Archive’s Path from Parts to Independent Challenges
- Fifteen Years of Making, Learning and Student Stories
- From Peekaboo to Questions about Quantities
- A Guide to the Archive’s Discussion of Cognitive Development
- How a Different Question Can Change a Robot Project
- Small Ideas, Mechanisms and Creative Construction
- Questions, Confidence and Manageable Challenges
- Thinking, Design, Hand Use and Sharing a Creation
- Exploring a Child’s Learning Strengths
- Discovering Children’s Interests without Pressure
- A Short Classroom Reflection on Learning Together
- Robotics, Cooking, Sport, Numbers, Languages and Clay
- An Archive Comparison with Weekend Learning
- Talking about Children’s Projects with Care
- Construction, Textures, Balance and Whole-Body Activity
- Building, Testing, Troubleshooting and Explaining
- Keeping Space for Conversation, Movement and Making
- Making “A Little Longer” Clear and Manageable
- Build a Set, Make a New Model and Tell a Story
- A Moral Dilemma as a Conversation, Not a Test
- Teacher Num on Work, Technology and Changing Possibilities
- Observe, Test and Adapt an Idea with Support
- Research, Social Robots, Electronics and Useful Machines
- Cleaning, Cooking and Folding as Design Questions
- Bitcoin, AlphaGo and a Child’s First Design Ideas
- Technology Interest, School Workload and Playful Learning
- Keep the Activities, Clarify the Brain-Side Claim
- A Small Robot, Coloured Paths and Planning
- AlphaGo, OpenAI’s Dota Bot and What a Result Means
- A Titanic-Inspired Model from the Student Archive
- A Learner’s Interest, Practice and Playable Model
- Teamwork and an Unexpected Use for a Model’s Mechanism
- An Older Invitation for Learners on a Different Holiday Calendar
- The 2017–2018 FIRST LEGO League Season in Context
- A Historical Video as a Starting Point for Discussion
- Ships, a Great Wall Model and Sculptures
- An Older New Year Travel Article with a Pricing Correction
- A Craft Mechanism for Play, Not Valuable Storage
- Curved Motion, Contact Forces and Engineered Restraints
- Positioning, Obstacle Sensing and Service Applications
- Observations, Computer Models and Communicating the Result
- Observation Tools and a Necessary Product Safety Correction
- The Thames Barrier, Boxwall and FloodBreak
- Chemistry, Fingerprint Traces and Reconstructing a Scene
- Infrared, Radio and the Actual Classroom Equipment
- Materials, Propulsion, Navigation and a Historical Correction
- Ideas, Gliders, Control and Building on Earlier Work
- Instructions, Shared Services and Familiar Devices
- Guidance, Support, Power and Different Transport Concepts
- From a Checkout Belt to an Airport Baggage System
- A Wire-Walking Video and the Hardware–Software Relationship
- An Apparent Endless Mechanism Needs an Energy Explanation
- Recognising Containers, Recording a Return and Sorting
- Changing Direction, Sharing a Load and Pulling More Rope
- Search, Training and What Self-Play Does Not Prove
- Pretend Roles, Stories, Shared Building and Personal Designs
- Why More Water in One Place Does Not Solve Every Shortage
- Early Missions, Satellite Services and Future Possibilities
- Compact Shelter, Energy, Water and Moving a Structure
- A Theme-Park Experience and a Small Classroom Model
- Sensing, Decisions and a Well-Timed Action
- A Concept Video Is an Invitation to Think, Not a Timetable
- Digital Content Seen alongside a Physical Room
- Headsets, Movement Input and the Limits of a Treadmill Demo
- Wheeled Boards, a Prepared Surface and a Historical Prototype
- A Warm Invitation to Spend Time with a Caregiver
- Moulding, Moving, Cooling and Packaging in an Archive Video
- Measuring a Physiological Response Does Not Directly Measure Truth
- Listen, Take Concerns Seriously and Connect with Appropriate Help
- Snake-Like Machines, a Piloted Robot and BigDog
- Moving a Dish, Coordinating a Route and Working with People
- P’Raise’s 2016 Look at Machining and Metal-Working Equipment
- Ask a Wider Question, Record Observations and Change the View
- Google’s 2016 Research Platform for Physical Programming
- Holiday STEM Camp: A Practical School Planning Guide
- Online LEGO Coding: Live Robotics Learning from Home
- Robot Invention: Creative Learning through Student Projects
- STEM Robotics Lessons: A Flexible School Curriculum
- Service Robots: A COVID-19 Technology Archive
- School Camp Visit: Memories from Sap Noi Nuea
- Toy Safe: A Playful Locking-Mechanism Project
- Learning Habits: Small Goals and Supportive Practice
- Family Media Habits: Games, Balance and Conversation
- Waterwheels and Steam Engines: How Power Changed Work
- Cleaner Energy: Sunlight, Wind and Water
- 2017 Study Advice: AI, Energy and Biosciences
- Vehicle Power: Electric, Hydrogen and Compressed-Air Ideas
- Steam Power: An Invention that Changed Machines
- Everyday Robots: Household Ideas from the Archive
- Future Robots: Four Examples from a 2016 Story
- Robot Construction: Ready-Made Toys and LEGO Kits
- Creative Robot Projects: Seven Student Ideas
- LEGO Bricks: Origins and a Robotics Timeline
- 2020 Robotics Camp: Archived Day-Course Details
- Robotics Timetable Archive: 2018 and Undated Entries
- LEGO Class Schedule: Historical Weekend and Evening Sessions
- Expired Coupon: 2015 Raise Summer Archive
- Samakkhi Opening: Expired July 2016 Promotion
- Room 1529: A Short Raise Genius Origin Story
These STEM articles and guides cover school services, practical learning and historical technology stories. Confirm current services with the team.
These STEM articles and guides cover school services, practical learning and historical technology stories. Confirm current services with the team.
These STEM articles and guides cover school services, practical learning and historical technology stories. Confirm current services with the team.
These STEM articles and guides cover school services, practical learning and historical technology stories. Confirm current services with the team.
These STEM articles and guides cover stories and practical questions about technology. Confirm current services with the team.
These STEM articles and guides cover design ideas involving water, energy, travel and virtual experiences. Confirm current services with the team.
These STEM articles and guides cover mechanisms, materials and computing examples. Confirm current services with the team.
These STEM articles and guides cover everyday science and robotics applications. Confirm current services with the team.
These STEM articles and guides cover student projects, public workshops and event archives. Confirm current services with the team.
These STEM articles and guides cover career interests, women in robotics and changing technology. Confirm current services with the team.
These STEM articles and guides cover holiday projects, hand use, concentration and family routines. Confirm current services with the team.
These STEM articles and guides cover thinking, questions, creative work and individual interests. Confirm current services with the team.
These STEM articles and guides cover camp choice, course formats, supportive teaching and the school’s learning history. Confirm current services with the team.
These STEM articles and guides include an archive example connecting art, science and creative technology. Confirm current services with the team.
These STEM articles and guides include a historical workshop announcement for families and school organisers. Confirm current services with the team.
STEM articles and guides for school planning
Choose a reading guide below, then confirm the programme and arrangements relevant to the learner or school.
- Robotics for Small Schools with Limited Budgets
- Choosing Robotics Teacher Training for Your School
- Planning School STEM Robotics Camps & Budgets
- Starting a School Robotics Classroom: People Before Kits
- Primary Computing Lessons: From Mechanisms to Code
- Writing a School Robotics Camp Proposal
- Teacher Support for School STEM Activity Stations
- School or Offsite Robotics Camps: Five Checks
- Preparing a School Robotics Camp Venue
- Robotics Camps for Small Schools: Start with the Group
- Primary and Secondary Robotics Camps: Match the Challenge
- Planning Robotics Stations for School Events
- Robotics club equipment
- Choose a school STEM camp
- Prepare robotics teachers
- Project based learning
- Flipped classroom learning
- Understanding STEM
- From STEM to STEAM: Connecting Knowledge with New Ideas
- Raise Robot Workshop 12 at TK Park: An Archive Introduction
- Science, Art and Technology Can Meet in a Creative Project
- Kind, Clear and Supportive Communication with Learners
- Teacher Bung on Connecting Learning at School and Home
- Teacher Bung’s Memories and Ideas for a School Break
- Collaboration across Thai Universities and Institutes
- An Earlier “Discover Robotics” Event in Thung Khru
- Movement, Mission Tools and the Operating Environment
- Hadrian, Wall Construction and the Rest of a Building
- A Biomaterial Concept, Living Plants and Environmental Claims
- An Uncrewed Aircraft Is More Than One Type of Toy
- October Robotics Camp: 4 Useful Planning Checks
- Offline Translator: The ili Device in the Archive
- Teaching Robotics: Why the Founder Chose this Work
- Franchise Interview: SME Smart Service Archive
Seven starting points in STEM articles and guides
1. Coding in the AI era: five checks for a course that helps children explain, test and improve code.
2. School robotics curriculum for every learner: four learning areas, year-level progression and a sample classroom mission.
3. Robot coding with graphic programming and Python: construction readiness, flowcharts, tests and presentations for the source’s age range of eight-sixteen.
4. IoT smart farming: a beginner/engineer learning outline using electronics, sensors, programming and a model farm.
5. Adult reskill/upskill training: robotics, IoT, M5Stack, LEGO Technic and a Dobot arm in the original outline.
6. School robotics lab design: equipment, learning resources, pupil numbers and teacher-support discussions.
7. The English course-selection guide: compare pathways and questions to ask before choosing a course.
STEM articles and guides for young learners
Begin with the question the child wants to investigate and the experience already available. The AI-era article offers checks about writing code, explanations, debugging, tangible outcomes and feedback.
The course guide and robot-coding page add practical readiness questions. Construction experience and the ability to explain a sequence can matter as much as age.
Use these STEM articles and guides to prepare an enquiry, then confirm the current programme, equipment, schedule and fees. Published course examples are not promises of identical progress or outcomes.
For schools and teachers
The curriculum article discusses learning beyond a small competition team. Related school-service pages cover lesson formats, teacher training, activity stations and lab design.
A useful starting enquiry includes year groups, pupils per session, timetable, existing equipment and the teachers’ experience. Ask which teaching resources and follow-up are included.
The examples explain possible learning uses. Confirm the scope and current terms of a school proposal before approval or a public announcement.
For adult learners and agricultural ideas
The adult and smart-farming outlines welcome people from different professional backgrounds. They describe introductory theory and hands-on models, with a different pace for engineers where appropriate.
Some source details are older, including named laptop specifications and listed fees. Check current compatibility and commercial terms with the team before buying equipment or booking.
These STEM articles and guides introduce questions and learning pathways. A workplace deployment or commercial farm needs its own assessment beyond a training model.
Frequently asked questions
Is the entire Thai blog available in English?
No. This index links the English collection prepared so far. The remaining archive includes unpaired articles, older duplicates and system pages that need separate review.
Are the listed prices and equipment current?
They are published source details where provided. Confirm current fees, dates, hardware/software and inclusions directly before deciding.
Where can I ask about a suitable next step?
Use the English contact page with the learner’s stage or organisation, experience, interests and intended dates. The team can discuss an appropriate current programme.
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
- Robot Coding with Graphic Programming & Python
- IoT Smart Farming Course for Beginners & Engineers
- Adult Robotics Training: Reskill & Upskill
- School Robotics Lab Design & Installation
- Should Children Still Learn Coding in the AI Era?
- School Robotics Curriculum for Every Learner
Course-selection guide · Robotics portfolio projects · Competition preparation · Team advice and coaching · Course guide · General FAQ
Related services: School robotics camps · STEM activity stations