Building Teamwork Skills Through FIRST LEGO League Core Values

FIRST LEGO League gives children a practical way to learn how strong teams work. Students design, build and program a robot, investigate a real-world challenge, and present their ideas while following a shared set of Core Values. The experience turns cooperation, curiosity and persistence into visible habits.

For Australian schools, libraries, community groups and families, the programme can fit naturally into classroom learning and after-school activities. Whether a team meets in a Melbourne library, a regional Queensland school or a community hall in Western Australia, the same principles help students communicate clearly, include different strengths and respond constructively when a design fails.

Core Value focus	Team behaviour	Skill developed	Australian setting
Discovery	Asking questions and testing ideas	Curiosity and problem-solving	Linking projects to local water, wildlife or transport issues
Inclusion	Inviting every member to contribute	Listening and respect	Sharing roles across mixed-age or mixed-experience groups
Impact	Connecting the project to a real need	Empathy and civic awareness	Working with a council, school garden or community organisation
Teamwork	Sharing responsibility and decisions	Communication and leadership	Planning around school terms, sport and family commitments
Fun	Enjoying progress and celebrating effort	Motivation and resilience	Building team spirit through a friendly sausage sizzle or showcase

Understanding The Core Values

The Core Values are more than statements displayed on a team poster. They shape the way students approach the robot game, the innovation project and the judging process. Children learn that a successful team is measured by its cooperation and learning, as well as by technical performance.

Discovery encourages teams to investigate before rushing into construction. Inclusion reminds students that the quietest person may have an excellent solution. Impact connects a project to people beyond the team, while teamwork encourages shared ownership. Fun keeps the experience positive, and sharing helps students communicate their learning with others.

Coaches can introduce one value at a time through short conversations. At the end of a session, students might describe how they showed inclusion, what they discovered or where they worked as a team. A simple reflection routine makes values part of the team culture rather than a last-minute competition requirement.

Turning Values Into Everyday Habits

Teamwork develops through repeated actions. Teams can begin meetings with a quick allocation of jobs, such as builder, programmer, materials manager, note-taker and presenter. Rotating these roles prevents one student from becoming the permanent expert and gives everyone a chance to practise different skills.

A visible team agreement can turn broad principles into specific behaviours. Statements such as “we explain our ideas without interrupting”, “we ask before taking over” and “we record failed tests” are easier for children to use than general instructions to cooperate. Teams should revisit the agreement when pressure rises before a tournament.

Australian groups often balance robotics with schoolwork, sport and long travel distances. A predictable meeting structure helps: review the goal, assign tasks, build or test, record evidence and reflect. For teams meeting only once a week, shared online notes or a project journal can maintain continuity between sessions without placing responsibility on one child.

Designing Roles For Inclusion

Every student should have a meaningful route into the project. Some children enjoy mechanical construction, while others prefer coding, drawing, research, speaking or organising information. A strong coach presents these contributions as equally important parts of engineering rather than treating technical work as the only valuable role.

Role cards can support students who are new to group activities. A card might explain the purpose of the role, one task to complete and one way to ask for help. Pairing an experienced student with a beginner also builds peer mentoring, provided the experienced partner explains the process instead of doing the work.

Teams can use a skills map to identify interests and development goals. One student may want to practise public speaking; another may aim to learn how sensors work. This approach is particularly useful in mixed-age groups and helps coaches notice students who participate less often. Inclusion becomes measurable when every student has a voice, a responsibility and a chance to grow.

Using The Robot Game To Teach Cooperation

The robot game creates natural opportunities to practise calm decision-making. Teams must agree which attachments to build, which missions to prioritise and how much time to spend on each test. Instead of allowing the loudest opinion to decide, coaches can ask students to compare evidence from trials and explain the risks of each option.

A failed run should become useful information. Teams can record what happened, identify one possible cause and choose the next change to test. This process teaches persistence without turning mistakes into personal criticism. It also gives programmers, builders and strategists a common language for solving problems.

Short timed challenges can strengthen communication. For example, one student can describe a build while another follows the instructions without seeing the model. The group then discusses which words were clear and which details were missing. These exercises develop precision that supports both robot programming and project presentations.

Connecting Projects With Community Needs

The innovation project is a strong setting for empathy and shared purpose. Students might investigate bushfire preparedness, urban heat, recycling, wildlife protection or access to public spaces. Local relevance makes research more meaningful, especially when teams speak with a council worker, librarian, teacher, park ranger or community group.

Research should include listening rather than simply searching online. Students can prepare respectful interview questions, record what they learn and identify whether their idea addresses a genuine need. A community contact does not need to provide a complicated technical answer; even a short conversation can help children see how design decisions affect real people.

Reading, research and making can work together. A team may use school or public library materials to understand a topic, and families can find additional community learning ideas through library learning resources when planning research activities. The key is to help students evaluate information, acknowledge sources and explain how evidence influenced their solution.

Coaching Reflection And Celebration

Coaches have a major influence on the emotional climate of a team. Helpful questions include “What have you tried?”, “Who has not shared an idea yet?” and “What evidence supports that choice?” These prompts guide students towards ownership instead of making adults the default problem-solvers.

Reflection can be brief and consistent. At the end of each meeting, students can name one contribution from a teammate, one discovery and one next step. A rotating student facilitator can lead this process, giving children practice in listening, summarising and managing a group discussion.

Simple Team Practices

• Rotate building, coding, research, presentation and materials roles.
• Use a talking object so each student has uninterrupted time to contribute.
• Keep a test log with the change made, result observed and next action.
• Celebrate useful failures, thoughtful questions and generous teamwork.

Reflection Activities For Meetings

• Ask each student to recognise a teammate’s specific contribution.
• Invite the group to link one action to a Core Value.
• Use a traffic-light check: green for progress, amber for support and red for a problem.
• Finish with one shared goal for the next session.

Celebration should recognise process as well as results. A team can display prototype changes, research notes and funny testing moments at a school assembly or community open day. In Australia, an end-of-season showcase during a school fete, library event or local STEM day can make families and sponsors part of the learning journey.

Teams can also connect with the wider FIRST community for guidance, event information and resources. The Maryland FIRST Robotics organisation demonstrates how a regional robotics network can support teams, mentors and volunteers; Australian groups can apply the same community-minded approach through local schools, councils, universities and industry partners.

A Core Values focus helps students carry their learning beyond the competition mat. They practise sharing responsibility, handling disagreement, adapting after failure and recognising the contribution of others. Those habits are useful in Australian classrooms, workplaces and communities long after a season ends.

Schools, libraries, clubs and families can begin with a small team agreement, regular reflection and a project connected to local life. With supportive mentoring and accessible roles, FIRST LEGO League becomes a practical pathway into engineering, programming, creativity and confident collaboration. Register interest with a local programme, invite community partners to participate and give young people the chance to build something together.