Students Translating Knowing Into Doing: Interdisciplinary Learning

Written by Dr Kshitija Dhuna (STEAM Coordinator)

21 May 2026

At Aitken College, STEAM is built on a simple but powerful belief: students who can translate knowing into doing. This year, that vision took a significant step forward as we evolved from STEM to STEAM, recognising that alongside science, technology, engineering, and mathematics, the skills of design thinking, visual communication, and creative problem-solving are equally essential to how students understand and engage with the world. 

That philosophy is already driving remarkable work.

Our STEAM Ambassadors are tackling real-world problems with ingenuity and purpose: designing nesting boxes for migratory birds on campus; building bee hotels to support pollination in our school gardens; transforming recycled plastics into functional objects; and coding micro:bits to create ergonomic leg-extension counters for physiotherapy patients. These students are not just learning, they are doing. 

Students are also part of the Growing Beyond Earth program, run in collaboration with NASA, testing the conditions required to grow plants on Mars. Real science, real stakes. Across year levels, STEAM is woven into the curriculum with intention:

Year 8 students explore sustainability through recycled fashion and build problem-solving skills through Lego Mindstorms programmed in Python.

Year 9 STEAM launches next year, giving students continuous exposure to the engineering design process throughout secondary school.

Year 10 students dive into aerospace engineering.

For our youngest learners in the Secondary School, a dedicated STEAM Action Week will cap off the year for Year 7s. The teachers behind STEAM are united in their enthusiasm and in what they witness when students engage with a real problem. There is something infectious, they say, about watching a student move from uncertainty to mastery.

In Mathematics, students apply concepts with a confidence no textbook alone could build.

In Science, the shift is equally striking: students ask sharper questions, take creative risks, and discover passions they never knew they had.

Art and Visual Design bring their own clarity to the philosophy: in STEAM, logic and creativity are not opposites but partners, and no single discipline stands alone, each thriving because of the others. 

That interdisciplinary energy finds its most tangible expression in the Product Design Lab, where ideas move from sketches to crafted, physical solutions. When projects demand code, the IT team makes complex programming feel not just manageable, but exciting. Across every discipline, the reward is the same: the moment a student stops following instructions and starts solving problems - hands busy, minds engaged, genuinely invested in what they are creating.