One Day in the HIVE Sparks a Lifelong Love of STEM

Stepping Into the HIVE: A Taste of Tomorrow’s Learning

A single positive day of hands-on learning can completely change how a child feels about secondary school. When real tools, real labs, and specialist teachers come together in a welcoming environment, students often stop thinking of STEM as “hard subjects” and start seeing it as something they can do. That is what the Year 5 STEM Discovery Day at Concordia Lutheran College is designed to offer.

At Concordia in Toowoomba, the HIVE is a dedicated space where STEM comes to life from Kindergarten to Year 12. During Discovery Day, families and Year 5 students are invited into this hub to see what learning could look like beyond primary school worksheets. The mood is often a mix of excitement and nervous curiosity, as many students realise, “So this is what big school could feel like.”

The purpose is simple: give children in Year 4 to Year 6 a low-pressure way to experience secondary-style learning. Instead of sitting at desks listening to long explanations, students rotate through activities that involve drones, robots, circuits, and mathematical puzzles. They are able to:

• Try real equipment in a safe, supported environment
• Meet teachers who specialise in different STEM areas
• Discover how the STEM education program connects from primary through to secondary years

By the end of the day, the sense of mystery around secondary school can start to fade, replaced by a more helpful thought: “I can see myself here.”

Flying Drones and Coding Paths: Technology Comes Alive

One of the most popular rotations is the drone activity. Students begin with the basics, learning how to handle equipment safely and respectfully. There is a buzz of energy as they watch a drone lift gently off the ground for the first time, controlled by their own hands. Taking off, landing, and steering around simple cones or markers quickly becomes a challenge they want to master.

Then a layer of coding is added. Using block-based programs, students drag and drop simple commands to tell the drone what to do next. It might be:

• Take off and hover
• Fly forward three steps
• Turn right or left at a marker
• Land in a specific “landing zone”

At first, the code might not work exactly as planned. The drone may drift off course or land a little short. Instead of treating that as a failure, teachers encourage students to see it as part of the process. They check their blocks, rearrange instructions, and try again. The thrill of watching a drone follow a coded path often becomes a powerful “I can do this” moment.

The activity is also linked to real-world applications. Students hear about how similar technology is used for:

• Search and rescue in difficult terrain
• Surveying and farming in regional areas
• Aerial photography and filming
• Environmental monitoring and conservation

These examples help students connect today’s activity with tomorrow’s possibilities. They are not just playing with drones; they are getting a first taste of technologies they are likely to encounter again in Year 7 and beyond as part of a STEM education program.

Robots, Circuits and Curiosity: Inside the HIVE Labs

Another rotation takes students into the HIVE labs for robotics. Working in pairs or small groups, they assemble simple robots or use pre-built platforms, then program movements using tablets or laptops. The challenge might be to:

• Drive through a marked obstacle course
• Turn at a certain line or colour
• Stop before hitting a boundary

When a robot zooms straight ahead instead of turning, students naturally ask, “Why didn’t my robot turn?” That question is a valuable starting point. Teachers guide them to check their code, think about timing, or adjust sensor settings. The focus is on trying, testing, and improving, rather than getting everything perfect the first time.

In the science lab, students might work with:

• Simple electrical circuits that light a globe or spin a small motor
• Safe chemical reactions that fizz, change colour, or produce bubbles
• Forces and motion activities, such as testing ramps or simple vehicles

For many, this is a first experience wearing safety goggles, working at lab benches, and following a secondary-style practical method. It feels very different from a typical primary classroom. They:

• Read a method, step by step
• Record observations in a simple lab sheet
• Talk with a teacher about what their results might mean

By taking part in real lab work, the mystery around secondary science starts to shrink. Students learn that laboratories are places to explore questions and test ideas, not places to be afraid of. That sense of familiarity can make the move into a future STEM education program feel far less daunting.

Puzzles, Patterns and Teamwork: Discovering the Fun in Maths

Maths often comes with strong feelings, especially around this age. Some children already think of themselves as “good” or “not good” at maths. The puzzles station is designed to gently challenge those labels. Instead of focusing on quick answers, the emphasis is on thinking.

Students might:

• Solve logic puzzles where each clue unlocks the next step
• Work with pattern tiles or cards to uncover hidden rules
• Attempt escape-room style challenges that require multiple steps

They quickly realise that maths can feel like cracking a code. Working in small teams, they share ideas and test different approaches. One student might draw a diagram, another might try a table, and a third might spot a pattern. Teachers move around asking questions such as, “What happens if we try a different strategy?” or “Can you explain your thinking to your team?”

This approach reframes maths as creative problem-solving. It becomes less about quietly filling in a worksheet and more about:

• Talking through ideas together
• Trying different methods and comparing them
• Understanding that there can be more than one path to the right answer

These experiences mirror the collaborative, inquiry-based maths work that students will see in Concordia’s Year 7 classrooms. They help lay the groundwork for confidence and curiosity rather than anxiety.

Meeting the Community: Belonging Before Day One

The learning is important, but the people are what make the day memorable. Throughout the Year 5 STEM Discovery Day, there are opportunities for students to relax, talk, and simply be themselves. Icebreaker games at the start help ease the tension of being in a new place. Shared breaks on the lawn or in common spaces give them time to chat about favourite activities or compare drone “missions.”

Visiting students often connect with current Concordia students or student leaders. Hearing honest stories about what it was like to start secondary school, what surprised them, and what they now enjoy helps make the unknown feel more ordinary. It is reassuring to see that older students were once in their shoes.

Families also have time to connect with key staff. Parents and caregivers can:

• Hear how the STEM education program is structured across middle school
• Ask practical questions about subjects, timetables, or support
• Gain an understanding of the values and culture that shape daily life at Concordia

Being physically present in the HIVE, handling equipment, and speaking with staff and students helps visiting children picture themselves as part of the community. For many families, this makes the idea of Year 7 feel much more manageable. Instead of worrying about an abstract “big school”, they can recall a specific lab bench, a friendly teacher, and a challenge they completed.

From One Day to New Possibilities: Next Steps for Families

When students head home after a day in the HIVE, they often carry more than a small project or a worksheet. They carry the memory of new experiences, new skills, and often a spark of interest in an area of STEM they had not considered before. One day will not decide their whole future, but it can open their eyes to abilities and pathways that feel within reach.

The Year 5 STEM Discovery Day is suitable for children in Year 4 to Year 6 who are:

• Curious about how secondary school works
• Interested in STEM, even if they are not yet confident
• Unsure whether a particular school or STEM education program is right for them

This day sits within a broader pathway into Year 7 at Concordia Lutheran College, where students continue to build on what they have experienced in the HIVE through ongoing STEM opportunities, subject choices, and special programs across the middle and senior years. Families can find information about upcoming dates, registration details, what to bring, and how parents can be involved directly through the college.

For many children, stepping into the HIVE for a single day is all it takes to turn “I am not sure I can do this” into “I want to learn more.” That small shift in belief can influence the choices they make, the subjects they try, and the goals they set for themselves in the years ahead.

Empower Your Child With Future-Ready STEM Skills Today

At Concordia Lutheran College, we help students think critically, solve real-world problems, and grow in confidence through our dedicated STEM education program. We work closely with families to support each learner’s unique interests and strengths, from early curiosity to advanced innovation. If you would like to talk with our team about next steps or enrollment, please contact us so we can help you get started.