BLINKGO School Programme
2026-2027

20 sessions × 1 hour per session (Full School Year)

Spanning a full academic year, this intensive programme prepares students for high-level robotics competitions. Participants gain end-to-end engineering mastery—from constructing heavy-duty chassis and multi-gear motor attachments to calibrating multi-sensor arrays (ultrasonic, grayscale, infrared, and touch) for autonomous arena navigation.

What students will learn: Annual WER contest rules and scoring breakdowns, advanced mechanical transmission (gears, pulleys, levers), precision line tracking and maze-solving algorithms, rapid structural prototyping, and team-based tactical decision-making under competitive pressures.

Equipment requirements: Abilix Krypton 8 (iOS) or Abilix SK-201 (PC) or above

10 sessions × 1 hour per session

Designed for upper primary learners, this hands-on course turns abstract STEM concepts into physical mechanisms. Using Abilix educational kits, students step into the roles of mechanical engineers and software creators to construct and program custom robotic models.

What students will learn: Fundamental physics of simple machines (levers, gear ratios, axles), block-based logic programming (loops, conditionals, variables), sensor-actuator feedback loops, and creative engineering design thinking through fun, real-world team challenges.

Equipment requirements: Abilix Krypton 8 (iOS) or Abilix SK-201 (PC) or above

10 sessions × 1 hour per session

Demystifying artificial intelligence, this interactive workshop teaches students how smart computers perceive and interact with the physical world. Through block-based machine learning platforms, students build, train, and test their own machine perception models.

What students will learn: Core AI and machine learning concepts, data collection and dataset training, computer vision (facial and gesture tracking), acoustic recognition (voice command processing), and integration of custom AI models into interactive mini-games and smart robotic applications.

Equipment requirements: Abilix SK-501 (PC)

10 sessions × 1 hour per session

Linking artificial intelligence directly to urban innovation, students discover how Internet of Things (IoT) sensors and smart robotics can tackle modern city infrastructure challenges.

What students will learn: Practical smart city architecture, environmental sensor integration, autonomous vehicle tracking logic, smart energy management, automated sorting mechanics, and how to program physical AI prototypes like automated traffic controllers and smart security systems.

Equipment requirements: Abilix Krypton 8 (iOS) or Abilix SK-201 (PC) or above

10 sessions × 1.5 hour per session

Revolutionizing traditional programming, Vibe Coding shifts the focus from syntax memorization to prompt engineering, system design, and AI-assisted creation. Senior students learn to work alongside Large Language Models and modern IDE assistants to build software at professional speeds.

What students will learn: Natural language programming logic, advanced prompt engineering, automated debugging with tools like Cursor/GitHub Copilot, API connection, UI/UX frontend generation, and end-to-end web deployment.

Equipment requirements: Personal email account and PC

1 Intensive Session × 4 Hours (Ideal for Teachers Development Day)

Tailored specifically for primary and secondary school teachers, this intensive professional development workshop empowers teachers to become tech creators using generative AI—no prior computer science degree needed.

What teachers will learn: How to utilize generative AI for rapid tool building, natural language coding workflows, prompt design for educational apps, rapidly building custom classroom quizzes or teaching utilities, and instant cloud deployment within a single session.

Equipment requirements: Personal email account and PC

10 sessions × 1 hour per session

Delivered by veteran drill master instructors with over 10 years of experience, this structured discipline program teaches standard Chinese military-style footdrill (Goose-step and Marching).

What students will learn: Standing posture and spatial alignment, precision turn executions, synchronized Goose-step marching, hand and sword/salute techniques, team coordination dynamics, self-discipline, and leadership qualities for school ceremonial team displays.

10 sessions × 1 hour per session

A comprehensive training course designed to establish or refine an official campus Guard of Honour following formal Chinese national flag-raising protocols.

What students will learn: Official flag-folding and flag-bearing techniques, escort drill maneuvers, precise tempo synchronization with the National Anthem, Chinese-style ceremonial marching, and protocol standards for school assembly flag-raising ceremonies.

4 sessions × 1.5 hour per session

This intensive workshop is tailored for students who already possess foundational knowledge in Abilix educational robotics and prior WER competition experience. Across four focused sessions, participants undergo targeted training to refine their technical strategies and maximize contest performance.

Session 1: Annual Task Analysis & Mechanism Optimization: In-depth breakdown of the current year’s competition theme, game rules, and point-scoring strategies, accompanied by structural enhancements to mechanical builds.

Session 2: Grayscale Sensor Calibration & Autonomous Navigation: Precision calibration of grayscale sensors for field tracking, light sensitivity adjustment, and robust route planning under dynamic contest environments.

Session 3: Onsite Challenge Strategies & Real-Time Problem Solving: Interactive simulation of unexpected, secret task announcements requiring students to rapidly adapt code and mechanical setups under strict time limits.

Session 4: Full Competition Mock Run & Performance Review: Time-capped competition trials reproducing official tournament pressures, followed by video analysis, troubleshooting feedback, and final tactical refinements.

Equipment requirements: Abilix Krypton 8 (iOS) or Abilix SK-201 (PC) or above

1 session × 3 hours

Teens Financial Literacy & AI Challenge is an interactive workshop designed to equip S4–S6 students with essential money-management and responsible AI skills as they prepare for university, employment, and greater financial independence. Through engaging team challenges and realistic scenarios, students will explore budgeting, saving, needs versus wants, financial risk, basic investment concepts, and the warning signs of financial scams.

They will also learn how to use AI as a practical thinking tool to compare financial choices, check calculations, investigate suspicious claims, and evaluate potential consequences. Importantly, students will learn that AI-generated information may be inaccurate, biased, or outdated, and must always be verified using human judgment and reliable sources.

By combining financial literacy with responsible AI use, the workshop strengthens critical thinking, decision-making, scam awareness, communication, and teamwork.

Students will leave with greater confidence to make informed, responsible financial decisions in everyday life and future endeavors.

Note: This course is available exclusively in English.

4 sessions × 1 hour per session

Tailored specifically for secondary students entering the WER Vibe Coding Challenge, this intensive 4-session preparation workshop bridges modern AI-assisted software development with competition-driven problem solving. Students learn to harness generative AI assistants and prompt engineering to rapidly architect, write, and refine code under contest conditions.

Session 1: Introduction to Vibe Coding & Contest Framework: Understanding the WER Vibe Coding competition requirements, setting up the AI coding environment, and mastering prompt-driven code generation logic.

Session 2: Rapid Prototyping & Algorithmic Problem Solving: Utilizing LLM tools to design efficient algorithms, break complex competition tasks into sub-routines, and rapidly generate modular code solutions.

Session 3: Real-time Debugging & Dynamic Code Optimization: Developing strategies to rapidly identify errors, refine prompts for AI-assisted debugging, and optimize script performance under time constraints.

Session 4: Contest Simulation & Onsite Challenge Drills: Mock competition sprint simulating secret, real-time challenge prompts to train time management, prompt iteration, and high-pressure execution.

Equipment requirements: Personal laptop and active email account

1 session × 2 hours (Personalized Executive Coaching)

This bespoke, high-impact coaching session is designed specifically for working professionals seeking to streamline daily office workflows through custom software automation. Through Vibe Coding—using natural language prompt engineering and generative AI tools—participants learn to build tailored web applications (such as an automated invoice generator or client management dashboards) without prior traditional programming experience.

Pre-Session Preparation (1 Hour – Free of Charge): To ensure maximum productivity during our 2-hour coaching session, participants will fill out a preliminary intake form detailing their name, job title, job description, specific skills/topics they wish to learn, preferred learning location, and a brief overview of their current familiarity with AI.

Primary Objective: Co-design, prototype, and build a customized, production-ready web application directly tailored to your workplace needs during the session, giving you the skills and autonomy to automate repetitive tasks independently.

Equipment requirements: Laptop computer and active email account