Reimagining Aviation for Sustainability
As part of a collaborative project between Imperial College London and JPA Design, I developed a sustainable aircraft seat concept focused on circularity, modularity, and long-term durability. I was honoured to present my work to industry professionals and thrilled to have been awarded 2nd place.
The Challenge
Circular Economy
Integrating circular design principles into aviation industry to minimise waste and maximise resource efficiency.
Weight Optimisation
Reducing aircraft weight while maintaining structural integrity and passenger comfort for fuel efficiency.
Maintenance Innovation
Developing predictive maintenance systems to extend product lifespan and reduce operational disruptions.
Innovative Solution
My concept integrates sustainability and smart technology with a lightweight recycled aluminium frame and bio-based, recyclable cushioning, enhanced with AI-driven monitoring systems.
Sustainable Materials
Recycled aluminium frame with bio-based cushioning and ocean-recycled plastic components.
AI Monitoring
Smart sensors track material fatigue, weight distribution, and degradation for predictive maintenance.
Modular Design
Customisable ergonomic add-ons supporting lighter, personalised passenger experience.
Extended Lifespan
Predictive maintenance and quality materials enable longer product lifecycle and reduced waste.
Sustainability Metrics
- 100% recyclable materials
- 30% weight reduction vs. standard
- 50% reduction in maintenance costs
- 2x extended product lifespan
- Zero ocean plastic waste
- Carbon footprint reduction
Design Process
Research & Analysis
Studying aviation industry sustainability challenges and circular design principles.
Material Innovation
Researching sustainable materials including bio-based composites and recycled plastics.
Smart Integration
Developing AI monitoring systems for predictive maintenance and lifecycle optimisation.
Industry Presentation
Presenting to aviation industry professionals and receiving 2nd place recognition.
Project Demonstration
Sustainable Aviation Future
Watch the video to explore our final concept presentations and get a better understanding of the project.
Impact & Vision
This project was a powerful opportunity to explore how intelligent systems, circular design, and user-centred thinking can converge to define the future of sustainable aviation.
Industry Recognition
2nd place award from aviation industry professionals and JPA Design collaboration
Environmental Impact
Significant reduction in carbon footprint and waste through circular design principles
Future Innovation
Pioneering integration of AI monitoring and sustainable materials in aviation
"This project represents the convergence of sustainability, technology, and human-centered design; a blueprint for how we can reshape industries for a more sustainable future."
