SWISS APPLIED LEARNING PROGRAMME
APPLIED SCIENCES FOR SUSTAINABLE DEVELOPMENT PROGRAMME

THE CONCEPT: SUSTAINABLE DEVELOPMENT

The United Nations World Commission on Environment and Development released the report ‘Our Common Future’ in 1987. The report included what is now one of the most widely recognised definitions: “Sustainable development is development that meets the needs of the present without compromising the ability of future generations to meet their own needs.” Sustainable development is a discipline that combines many fields in order to solve problems faced by mankind. It takes into account economic, environmental and social factors (3 pillars) in coming out with a solution.

Rio+20 – United Nations Conference on Sustainable Development

Our Swiss Applied Learning Programme (ALP) will specifically look at how applied sciences support innovations for sustainable development.

BELIEF

Educating our youths about sustainable development and how they contribute to its achievement helps ensure our future.

APPROACH

The Swiss ALP provides students with opportunities to be exposed to different areas of Sciences. It will integrate classroom learning with real-life applications and encourage students to explore how innovations in science and technology can contribute to sustainable development for mankind.

The design of the programme adopts the 3A (Awareness, Action, Advocacy) approach where each stage provides students with increasing depth of thinking and understanding. Students will first learn about sustainable developments through lesson and activities and apply it through the enrichment and specialisation programmes. Students who have been through the programme will eventually be advocates for sustainable development in the later stages. An illustration of the 3A approach is shown below.

THE PROGRAMME

The Swiss ALP consists of the following key programmes/projects at each level:

Levels	Key Programme/Project
Secondary 1	Infusion of Applied Science themes Science lesson has been reframed under two modules. Module 1: Material Science & Module 2: Environmental Science. Basic Science Research Programme Students learn basic research skills, use of data loggers and sensors and embark on a learning journey to learn more about green buildings. Students will then feature these green building features in their final performance task. Science Talent Development Programme (Tier 1) Selected students will be invited onto the programme. They will have opportunities to take part in enrichments and learning journeys in tertiary institutions.
Secondary 2	Infusion of Applied Science themes Science lesson has been reframed under two modules. Module 3: Mechanical & Electrical Engineering & Module 4: Biomedical Science. Specialised Tech Programme Students will be given a choice between learning how to program microcontrollers (Arduino) or 3D design software and 3D printing. They will make use of the skills they learn to design and build a educational game or toy that can be used in conjunction with cohort VIA on junior care. Science Talent Development Programme (Tier 2) Selected students on the programme will not only have the opportunity to take part in science competitions under the guidance of our teacher mentor, they may also have the chance to be attached to tertiary institutes and industrial partners.
Secondary 3	Science Talent Development Programme (Tier 2) Selected students on the programme will not only have the opportunity to take part in science competitions under the guidance of our teacher mentor, they may also have the chance to be attached to tertiary institutes and industrial partners.