STEM Kit: Interactive Scoreboard for Competitive Games

Bring school events and STEM learning together.

This Interactive Scoreboard turns scoring into a flexible, collaborative, and broadcast-ready experience.

Whether you’re running a tournament, hosting a livestream, or managing live voting, it delivers dynamic visuals and real-time control—without compromising on branding or reliability.

What is it?

The Interactive Scoreboard is a dynamic, real-time scoreboard for games and live streams.

• Real-time interaction: Update scores, timers, and statuses with instant sync.

• Multi-device control: Enter scores from an iPad, phone, or laptop.

• Collaborative editing: Multiple authorized users can update without conflicts.

• Dynamic branding: Change team names, upload logos, match school colors.

• Stream-ready overlay: Crisp, broadcast-safe graphics for OBS or similar tools.

  
  

How it works (for events)

1. Join via QR code: Scan, enter a session code, and you’re in.

2. Set up teams: Add names, logos, and colors.

3. Go live: Input scores in real time; the display updates instantly.

4. Wrap up: Save results or export for recap posts and records.

   
   

Beyond games

• Live voting and polls during assemblies or house competitions.

• Fundraising tallies and donation “thermometers.”

• Classroom leaderboards for quizzes and challenges.

• Custom themes to align with school branding.

Turning it into a STEM Education Kit

The same system powers an engaging, hands-on classroom project that teaches coding, design, collaboration, and problem‑solving. Students learn by building their own version of the scoreboard—seeing their code drive a live display used at real school events.

What students learn

• Computer science: Web fundamentals (HTML, CSS, JavaScript), client–server models, WebSockets, JSON.

• Math and logic: State machines, timers, counters, and data validation.

• Design and media: UI/UX for readability on screens and streams.

• Collaboration: Version control, roles (UI, backend, QA), and testing.

• Product thinking: Requirements, user roles, accessibility, branding.

  
  

Kit formats for different schedules

• Starter Build (6–8 hours)

  • Outcome: Single-device scoreboard with editable team names and score buttons.

  • Concepts: HTML/CSS, basic JavaScript events and state.

  • Use it for: Class quizzes or a club showcase.

• Real-Time Multi-Device (12–16 hours)

  • Outcome: Phones and tablets control one shared scoreboard over Wi‑Fi.

  • Concepts: Node.js, Socket.IO, JSON messages, session codes, QR join.

  • Use it for: Sports day scoring, interhouse competitions, live voting.

• Stream-Ready Capstone (20–30 hours)

  • Outcome: Transparent overlay for OBS, branding, basic timer/periods, simple data persistence.

  • Concepts: Overlay-safe design, URL parameters, file handling, deployment basics.

  • Use it for: Broadcasting school matches, concerts, or eSports streams.

    
    

What the kit includes

• Instructor guide: Step-by-step lesson plans, pacing options, and assessment rubrics.

• Student workbooks: Short readings, checklists, and challenge prompts.

• Starter code repos: Progressive checkpoints for each module.

• Slide decks and demos: Visual walkthroughs and live coding examples.

• Practice datasets and assets: School-friendly icons, logos, and color palettes.

• Safety and privacy notes: Simple guidelines for device use and local networking.

• Optional OBS bundle: Preconfigured scene with the scoreboard overlay.

  
  

Suggested lesson arc (12–16 hour track)

• Lesson 1: Problem framing and UI sketch; build the basic layout.

• Lesson 2: JavaScript state—increment/decrement scores; editable team names.

• Lesson 3: Client–server basics; live sync with Socket.IO.

• Lesson 4: QR join flow; mobile-first controls; accessibility checks.

• Lesson 5: Stream overlay mode; dark/light themes; test in OBS.

• Lesson 6: Showcase—students run a mini match, present design choices, and reflect.

  
  

Assessment and certification

• Functionality demo: Does the scoreboard sync across devices reliably?

• Code quality: Clear functions, comments, and basic error handling.

• UX review: Readability on small screens and contrast on video backgrounds.

• Extension challenge: Timer, penalties/fouls, or a theme switcher.

• Certificate of completion: Optional badges for portfolios or college applications.

Implementation options

• In-class module: 2–6 sessions embedded in CS or STEM courses.

• Club or camp: A focused weekend/holiday build with a livestream finale.

• Event-integrated: Students build it, then run it at sports day or an eSports night.

Technology requirements

• Teacher laptop to host the server (or a simple cloud host).

• Student laptops with modern browsers.

• Phones/tablets for real-time control testing.

• Optional: OBS installed on one machine for overlay testing.

Support and subscriptions

• School subscription includes:

  • Curriculum updates and new templates (sports, quizzes, polls).

  • Technical support and teacher onboarding.

  • Cloud-hosted option for easy classroom access.

  • Student and teacher dashboards with role management.

  • Annual showcase event and project gallery.

• Pricing tiers:

  • Starter (single class/club)

  • Standard (whole department, added support)

  • Campus (multi-department, custom branding, cloud hosting)

Contact Us

Bring live events to life and turn them into authentic STEM learning. Contact us to schedule a demo, get sample lessons, and explore school pricing. Your students can build the scoreboard that powers your next big game.

Email: info@ionow.co