With over 2 billion gamers worldwide, gaming drives rapid industry growth and engages youth in coding, AR, and machine learning. The Game Design & Making ALP teaches students computational thinking and design frameworks to create educational games that deliver enjoyment, value, and learning. Students learn game components, development processes, and craft interactive experiences – testing creativity, logic, storytelling, situational thinking, and spatial awareness (e.g. a 3D flight simulator). Through iterative try-fail-try projects, they also build collaboration and communication skills essential for future careers.

Aging populations and sedentary working adults face rising health issues (cardiovascular disease, obesity, diabetes), worsen by unhealthy food trends driven by affluence and social media. While technology contributes to sedentary lifestyles, it can also improve wellbeing. Our Health Science ALP teaches students to apply STEM to design health solutions - e.g., DIY step trackers, heart-rate monitors, blue-light filters, posture detectors, and educational games promoting fitness and nutrition. Using a try-fail-try approach, students innovate, iterate, and continuously improve ideas to enhance physical health and healthy choices.

Materials science combines engineering, physics, and chemistry to explore relationships among structure, properties, processing, and applications of natural, synthetic, andcomposite materials. It enables innovations – non-creasing clothes, fully biodegradable plastics, longer-lasting batteries – through research and design. The Materials ScienceALP teaches students tools and methods to create or modify materials and processes (e.g., breathable, reusable high-filtration face masks; stain-resistant uniform fabrics).Through hands-on experiments and investigation, students develop critical thinking and analytical skills to solve real-world problems.

Transportation connects people and goods via land, air and sea, underpinning global supply chains and economies. The Transportation ALP teaches students how modes operate, their infrastructure, and governing physical principles – e.g., Bernoulli’s lift for helicopters, buoyancy for ships, and magnetic levitation for trains – while applying physics, engineering, and math to design vehicles. They also explore innovations like contactless payments and digital traffic management. Hands-on project let students build transport systems and programmes to solve real-world mobility challenges.

Over 4 billion people live in cities, which offer jobs and services but face overcrowding, high costs, pollution, waste, obesity, and competition. The Cities & Urban Landscape ALP empowers students to tackle urbanisation challenges using design thinking and STEM. Projects include prototypes for integrated urban spaces and traffic systems, rooftop green spaces for urban agriculture and heat reduction, and resilient infrastructure tested with 3D printing and simulations. By experimenting with technology and planning, students develop solutions to improve urban sustainability and resilience.

The Emerging Technologies ALP explores how technologies – AI, automation, 5G, biometrics, wearables, 3D printing, cloud, and IoT – reshape daily life and solve future challenges. Students study technological affordances, societal impacts, and cost-benefit trade-offs, then research and prototype solutions vis hands-on projects. Examples include IoT smart classrooms, wearable contact-tracing devices, and real-time parking systems to reduce congestion. The programme develops skills to harness and innovate digital solutions that improve quality of life and address real-world problems.

Transportation is rapidly evolving to meet demand for speed, convenience, and new frontiers - from space tourism to underwater habitats. Innovations like autonomousvehicles, hyperloops, cargo drones, and gyroscopic ait taxis promise faster, diverse mobility. Future of Transportation ALP teaches students engineering, physics, and tech todesign and prototype novel vehicles and systems (e.g., submarine buses, cargo drones), investigate safety and reliability of autonomous systems, and develop adaptablepersonal mobility devices for aging or disabled users - using hands-on experimentation to solve tomorrow’s transport challenges today.

The Health & Food Science theme blends programming and technology with biology and chemistry to solve real-world health and food challenges. Students study food analysis, microbiology, processing, preservation, and molecular gastronomy, then prototype solutions - e.g., probiotic-enriched children’s food, refractometer or electrolyte sensors for drinks, medicine reminders and memory games for the elderly, and microcontroller-based systems to monitor home vegetable growth and soil pH. Through hands- on, try-fail-try projects, students innovate to improve well-being and bolster food security.

Rapid urbanisation and population growth strain water, food and energy resources, making sustainability essential. Renewables (solar, wind, geothermal, hydro, biofuel) and resource management reduce reliance on fossil fuels. Singapore, lacking natural resources, leverages on NEWater, desalination, and solar energy. The Sustainability ALP builds student awareness and practical skills – energy conservation, conversion, and programming – through hands-on projects like solar chargers, chemical-fuel vehicles, and Arduino e-water sensors to monitor water quality, helping prepare learners to design sustainable solutions for real-world challenges.