
The Mission
Your team has been challenged to transform discarded hardware into something new.
Using components salvaged from old appliances and electronics, you must design and build a product that solves a problem, provides a useful function, or creates a unique experience.
The Process
1. Scavenge
Visit the Hardware Shop and use your HardBucks to acquire appliances, components and materials for your project.
2. Reverse Engineer
Disassemble your chosen hardware to understand how it works and identify useful components that can be reused.
3. Create
Repurpose, redesign and combine salvaged parts to build a new solution to a problem of your choosing.
Your final product should demonstrate engineering, creativity and effective reuse of parts.
Additional Information
Projects do not need to solve a serious problem: useful, fun, educational, artistic or entertaining ideas are all welcome.
Each team will present their project to the judges and demonstrate how it works. Please refer to the judging criteria for more information on this.
Requirements
Main Challenge
Projects will be judged across five categories:
Technical Execution (30%)
- How effectively did you reuse components from the original appliance?
- What engineering skills were demonstrated (electronics, wiring, CAD, 3D printing, mechanical design, etc.)?
- Is the build robust, safe and well-constructed?
- Can you clearly explain how your project works?
Purpose & Utility (30%)
- Does the project solve a problem or provide a useful experience?
- Is it accessible and easy to use?
- Does it achieve its intended purpose?
- Most importantly: does it work reliably during the demonstration?
Design & User Experience (20%)
- Is the project visually appealing and well presented?
- Is the user interface intuitive and easy to understand?
- Does the final product feel polished and complete?
Creativity (20%)
- How original is the idea?
- How different is the final product from the appliance's original purpose?
- Did the team take creative risks and think outside the box?
Side Tracks
These awards recognise projects that stand out in a specific way and do not require the product to fully work.
Jankiest Build
Awarded to the project with the most entertainingly chaotic, improvised or unconventional engineering.
Judges may consider:
- Did the project make them ask: "How did they even come up with this?"
- Were salvaged components used in unexpected or unusual ways?
- Did the team make creative or unconventional engineering decisions?
- Does the build embrace the spirit of improvisation and experimentation?
- Was the demonstration entertaining and memorable?
- Does the project have strong "cursed engineering" energy?
Most Repairable
Awarded to the project designed with maintainability, accessibility and repairability in mind.
Judges may consider:
- Is the product easy to open, inspect and access?
- Are components modular or easy to replace?
- Is the wiring and internal layout clear and organised?
- Is the system easy to troubleshoot and repair?
- Have design choices been made with long-term maintenance in mind?
- Does the project demonstrate thoughtful and sustainable engineering practices?
NOTE: The product must be interactive! If it doesn’t move, blink, actuate, or physically respond, it is not a hardware hack.
Demonstration Format
- You will receive a time-slot for judging at your station in the General Classroom.
- 5 minutes to demonstrate your project.
- 5 minutes of questions and interaction from the judges.
- Judges will score projects independently.
- Scores from the judges will be combined to determine the final rankings and leaderboard.
Prizes
Bambu Lab A1 3D Printer
1st Place
Comes with Filament!
DJI Neo Self-Flying Drone
2nd Place
Corsair Gaming Bundle
3rd Place
Corsair Gaming Mouse and Keyboard
Devpost Achievements
Submitting to this hackathon could earn you:
Judges
Dr Michael Clode
King's College London
Neesha Khan
Bilal Mustafa
Tabbi Wilberforce
Aran Sena
Judging Criteria
-
Appliance Usage
- Which parts of the original appliance were reused. - How you integrated salvaged components into your design. -
Explaination
- Any CAD models, 3D printed parts, electronics, or custom components you created. - How you tested your project and ensured it works reliably. - The purpose of your project and who it is for. -
Demonstration
We strongly recommend bringing: Progress photos, Assembly photos, CAD renders, Wiring diagrams, or Short build videos to help judges understand the engineering work that went into your project.
Questions? Email the hackathon manager
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