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BIOGLOW season is live
Curious kids.
Curious kids.
Brilliant builds.
Robo Wizards is a hands-on learning club where students build robots, explore code, solve real problems, and grow into thoughtful teammates.
Grades 4–8Mixed-age learning16 weeksFlexible roadmapHands-onBuild, code, improve
Next workshopBuild a reliable drive base
01 Build→02 Code→03 Create→04 Inspire
Choose what you need.
Pick a learning space, explore BIOGLOW, or open the family and coach portal.
Lesson Library
Everyone can preview Lessons 1–4. Club lessons and advanced material continue after student sign-in.
Browse lessons →Season hub
Tournament information, missions, project ideas, class plan, and official resources are grouped together.
Family & Coach Portal
Parents view family information. Authorized coaches continue to protected management tools.
Open secure portal →Every student gets a way in.
Some kids begin with bricks. Others love code, research, storytelling, or testing. We rotate roles so each learner can discover strengths and build new ones.
Build thoughtfully
Turn sketches into sturdy mechanisms and learn why structures work.
Code with purpose
Use Scratch-style word blocks first, then progress toward Python when ready.
Test like an engineer
Change one variable, collect evidence, and make improvements that matter.
Lead with kindness
Listen, share control, explain ideas, and help teammates succeed.
More than a robot competition.
At a tournament, teams are evaluated equally across four areas. Strong teams show what they learned, how they improved, and how they worked together - not just their final robot score.
Core Values
How students discover, innovate, make an impact, include others, work as a team, and have fun throughout the season.
Observed throughout judging and the Robot GameInnovation Project
Identify a real biodiversity problem, research it, design an original solution, improve it through feedback, and communicate it clearly.
Includes a five-minute live presentationRobot Design
Explain mission strategy, robot and attachment design, code, testing evidence, changes, and how every teammate contributed.
Students explain their engineering processRobot Game
Run an autonomous LEGO robot in timed matches. Teams normally receive three official attempts and the highest score counts.
Each match lasts 2 minutes 30 secondsA typical tournament day
What families can expect
Exact order and timing vary by local event, but this is the common flow.
- Check in & pit setupReview the schedule and organize robot, attachments, and project materials.
- Judging sessionAbout 30 minutes for Innovation Project, Robot Design, Core Values evidence, questions, and feedback.
- Robot Game matchesTeams rotate through practice and official matches with referees at the competition tables.
- Celebration & awardsEvents celebrate learning, Gracious Professionalism, performance, and achievement across all four areas.
How Robo Wizards work together
Core Values are not a memorization exercise. Students demonstrate them in meetings, judging, the pits, and at the Robot Game table.
We explore new skills and ideas.
What did we learn that changed our plan?We use creativity and persistence to solve problems.
Show prototypes, failed attempts, and improvements.We apply what we learn to improve our world.
Explain who the project helps and why it matters.We respect each other and embrace our differences.
Make space for every voice and learning style.We are stronger when we work together.
Share roles, decisions, challenges, and credit.We enjoy and celebrate what we do!
Encourage teammates and celebrate progress.✓ Verified August 4, 2026FIRST LEGO League Challenge · Founders Edition
BIOGLOW is officially here.
Teams explore the vibrancy of ecosystems through a rainforest-inspired Robot Game and an Innovation Project focused on biodiversity.
OFFICIAL RELEASE15Robot Game missionsRulebook, notebook, videos, judging and scoring resources are now available.
Robot Game
2½-minute autonomous matches
Plan mission runs, design attachments, program the robot, and build repeatability.
New strategy
Interchangeable docks
Before each match, teams choose how to place the mine, city, and farm models used by Missions 13–15.
Innovation Project
Protect biodiversity
Identify a problem that puts biodiversity at risk and create an innovative solution that can help.
Robot Game field guideFifteen missions.
Fifteen missions.
One connected ecosystem.
Point summaries below are a quick planning aid. The official rulebook wording, diagrams, and Challenge Updates always take priority.
Quick rule dashboard
Know these before the first run.
These are starting points—not a substitute for reading the rulebook together.
6precision tokensWorth up to 50 points
20inspection pointsIf all equipment fits one launch area under 12 in.
4maximum motorsOne controller per match
3official matchesHighest score counts
Find a biodiversity risk.
Design a way to help.
The team will research an authentic problem, study existing solutions, create and represent an original idea, gather feedback, improve it, and share a five-minute live presentation.
Aerial technology
How could drones or other aerial tools safely help rainforest ecosystems?
Local ecosystem tools
How could familiar tools be used in an innovative way to support a local ecosystem?
Restore land
How could damaged land be restored for native plants and animals?
Study wildlife
How could camera traps, tracking devices, or other tools better support wildlife research?
Identify→Design→Create→Iterate→Communicate
A clear path, with room to explore.
Our flexible 16-week roadmap expands the official 12-session notebook into a mixed-grade club rhythm with extra practice and reflection.
Meet the challenge
Team roles, Core Values, field build, mission-model investigation.
Outcome: shared goals and safe kit habitsMovement & sensors
Drive base, accurate travel, turns, lines, attachments, pseudocode.
Outcome: first repeatable mission attemptChoose the project
Research biodiversity risks, define a problem, compare existing solutions.
Outcome: evidence-backed problem statementBuild both solutions
Robot runs, attachment iteration, project concept, prototype, feedback.
Outcome: tested designs and documented changesIntegrate & explain
Mission sequencing, reliability trials, five-minute project presentation.
Outcome: complete judging storyPractice & celebrate
Mock judging, 2½-minute matches, packing, reflection, team celebration.
Outcome: calm, prepared, confident studentsSimple information. Thoughtful privacy.
Families should know what students are learning, what to bring, and how to help—without exposing private student information.
This week
Lesson focus, materials, optional practice, and schedule updates.
Open class folder →Forms & event details
Permission forms, transportation, and rosters remain restricted to authorized families.
Open parent folder →Volunteer with us
Help as a biodiversity expert, practice judge, event helper, or snack coordinator.
Contact the coach →🔒
Privacy by design
No public student rosters, full names, family contacts, attendance, individual scores, or unapproved photographs.
Start with the source.
We will explain rules in student-friendly language, but official FIRST documents and Challenge Updates remain authoritative.
01
BIOGLOW Season MaterialsComplete official resource hub
↗02Robot Game RulebookMissions, points, field setup, and rules
↗03Engineering NotebookOfficial 12-session team journey
↗04LEGO Education SPIKE AppScratch-style word blocks, Python, and lessons
↗05Club Google Drive LibraryCoach-added worksheets and family resources
↗Quiz Center preview
Practice that feels like play.
Short, distraction-free quizzes will help students learn missions, rules, Core Values, sensors, and coding—with explanations instead of public rankings.
BIOGLOW rulesMission strategySPIKE PrimeCore Values
How long is an official Robot Game match?
Ready to build?
Contact the club →Let curiosity lead the next lesson.
Questions from a parent, volunteer, or future Robo Wizard are welcome.