S.T.E.M.

Science, Technology, Engineering and Mathematics (STEM)

STEM education is the integration of Science, Technology, Engineering and Mathematics.

At Holy Trinity, STEM education is a dynamic and hands-on approach to learning that encourages curiosity and creativity. Students are given the opportunity to work in team environments using communication, collaboration and problem solving skills while completing real-world challenges. Students engage in real-world challenges through the design thinking process—empathising to understand others’ needs, defining problems clearly, brainstorming innovative ideas, building prototypes, and testing their solutions. This process empowers students to think critically, solve problems, and develop resilience as they learn from trial and error. Through exciting projects in science, technology, engineering, and mathematics, our students build essential skills for the future while having fun and making meaningful connections to the world around them. As future innovators, educators, researchers and leaders, it is important that students develop the skills required to compete on a global scale.

 Key STEM interconnecting practices include:

1. Inquiry and Investigation – Encouraging students to ask questions, explore problems, make predictions, and investigate using scientific methods.
2. Problem-Solving and Design Thinking – Using the design thinking process (empathise, define, brainstorm, prototype, test) to address real-world challenges, integrating engineering and creativity with scientific understanding.
3. Collaboration and Communication – Promoting teamwork where students share ideas, listen to others, and explain their thinking using appropriate STEM language.
4. Use of Digital Technologies – Applying tools like coding, robotics, simulations, and digital presentations to support learning and solution-building.
5. Mathematical Thinking in Context – Using measurement, data analysis, patterns, and number concepts to support science and engineering tasks in practical, applied ways.
6. Making Connections to the Real World – Designing projects that reflect authentic problems or community needs, helping students understand the relevance and impact of STEM in everyday life.

These practices help students build transferable skills such as critical thinking, resilience, creativity, and curiosity—equipping them for future learning and innovation.

Community engagement through STEM:

Organisational partners….

-Catholic Education Melbourne

-Zoos Victoria

-Parks Victoria

-Banyule City council

-Nillumbik City Council

-GROK Academy

– Minecraft for Education

Examples of STEM Challenges undertaken at Holy Trinity

Design and create a boat powered by Sphero robots to transport goods across a body of water

Design and create an online game for STEM Video Game Competition (STEM VGC)

Design and create a mini golf course

Design and create a town and code a Beebot robot to travel through it

Design and create an Australian biome in Minecraft for Education

Design and create a closing ceremony dance for the Paralympics performed by Dash robots

Design and create a paper bridge too see how much weight it can hold

Design and create a LEGO tower to see how tall it can reach

Each year we participate in the STEM MAD (Making A Difference) Competition. In 2024 our Year 6 team, Blind Bumps, were National Winners, taking home the Social Justice Award, Primary Overall Winner.