Coding Path B — Rescue Mission: Creative Coding

CODING PATH B

Rescue Mission: Creative Coding

Research a real problem from the Highway Collapse scenario, then design and build a rescue mission game or simulation using MRT AI Studio.

💻 Year 3 – Year 12👥 Individual or Team of 2–5🛠️ MRT AI Studio only

Sample Project Presentation 🎥

This sample presentation is from a previous competition. It features a game about designing and building structures to withstand natural disasters and rescuing people in danger. Watch it for inspiration as you develop your own creative coding project.


Your Mission 🎯

Investigate a real problem from the Highway Collapse scenario, then turn it into a game mission, simulation, or interactive coding project using MRT AI Studio block coding.

The core flow is: Research → Design → Code → Explain

💡 AI is not required for this category. The focus is on creating a complete, polished game or simulation that responds to the theme using block coding.

Judging Divisions 📋

DivisionYear Level
JuniorYear 3 – 5
MiddleYear 6 – 8
SeniorYear 9 – 12

All divisions use the same criteria, but judges evaluate relative to the student’s year level. A simple but well-explained project can score higher than a complex one the student doesn’t understand.


Research Topics 🔍

Students should investigate real problems such as:

  • What dangers occur when a highway collapses?
  • How should vehicles and people evacuate?
  • What routes should ambulances and rescue teams take?
  • How should traffic around the collapse be managed?
  • How can rescue supplies be delivered to affected areas?
  • How could a temporary bridge or detour be designed?

Project Examples 💡

ProjectDescription
Supply Delivery GameDodge obstacles to deliver medical supplies to a safe zone
Safe Route FinderNavigate around the collapse zone to find a safe path
Bridge Repair MissionCollect parts to rebuild a temporary bridge or road
Time-Attack RescueSave people within a time limit
Traffic Control SimReroute vehicles safely around the danger zone
Danger Zone EscapeAvoid falling rocks, cracks, and collapsing sections

Project Requirements ✅

  • A clear game goal
  • A start screen or instructions screen
  • Obstacles or hazards
  • At least one of: score, timer, lives, or levels
  • A playable character or controllable object
  • Connection to the Highway Collapse rescue theme
  • Evidence of real-world problem research

Allowed Tools 🛠️

✅ MRT AI Studio (block coding)

Not allowed:

Scratch (scratch.mit.edu)PythonUnityJavaScriptExternal game engines
📥 MRT AI Studio is available through the eLearning platform after registration.

Evaluation Criteria 📊

CriteriaBeginning (1)Developing (2)Accomplished (3)Exemplary (4)Weight
Theme & ResearchNot related to themeTheme mentioned, no researchClear research → game connectionDeep research, creative interpretation×5 = 20
Game DesignNo game structureBasic concept, limited playMissions, obstacles, scoringPolished levels, difficulty progression×5 = 20
Coding LogicNo working codeBasic movement onlyVariables, conditions, eventsFunctions, complex logic, clean code×5 = 20
Creativity & PolishCopied templateMinor customisationOriginal design, good UIOutstanding creativity, polished experience×5 = 20
PresentationNo explanationBrief overviewClear demo + design explanationExcellent walkthrough of process + gameplay×4 = 20

Total: 100 points


How to Get Started 🚀

All MRT AI Studio tutorials, coding lessons, game design guides, project examples, and submission instructions are provided through the MRT eLearning courses after registration.

📌 Students do not need to choose their category during registration. Submit when your project is ready.

Submission Requirements 📦

  • A Presentation Video — maximum 5 minutes
  • A required Code File — SB3 only
  • An optional Project Note — two to five sentences if already prepared; it may be left blank
📹 Your video should demonstrate gameplay AND explain your design decisions and research. Student voice explanation is strongly recommended.
Upload both files directly through the RCC Dashboard; Google Drive and participant YouTube links are not required. Explain design, testing, problem-solving, learning and next improvements in the video; a written report is not required.

Australian Curriculum Connections 🇦🇺

Curriculum AreaConnection
Digital TechnologiesAlgorithms, branching, iteration, user interaction, digital solution creation
Design & TechnologiesProblem investigation, idea generation, design, testing, improvement
HASS / GeographyTransport, safety, community impact, disaster response investigation
Critical & Creative ThinkingResearching real problems, designing creative solutions through code
Digital LiteracyCreating and sharing digital projects, managing files and assets
Personal & SocialTeam collaboration, communication, presentation skills

Aligned with Australian Curriculum V9.0

“Research a real problem. Turn it into a game. Explain your solution.”

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Organised In Partnership With UNSW Built Environment
Supported By
🔹 UNSW Built Environment Women in Construction Project 🔹 Department of the Prime Minister and Cabinet’s Office for Women 🔹 MRT Robotics (mrtrobotics.com) e-learning system

Corporate sponsors are acknowledged for supporting specific RCC events, awards, programs or student initiatives. Sponsor recognition does not imply endorsement by participating schools, public institutions or universities. Names and logos of institutions are used only where permission has been granted.