Sustainable Solutions Lab

Project Highlights

˿Ƶ Lyle students working in a laboratory on a compact, diagnostic device in ˿Ƶ Lyle.

Developing “lab-on-chip” low-cost testing device

˿Ƶ students designing and testing energy-efficient compressed earth blocks made from local materials for sustainable construction.

Compressed Earth Blocks: resilient and energy efficient building from local materials

˿Ƶ engineering students developing and testing affordable educational technology solutions.

Low-cost education technology developed for off-grid use

˿Ƶ-led project installing solar lighting systems in a rural Gambian school to support off-grid education and safety.

Solar lighting solution implemented in rural Gambian school

Indoor hydroponic garden featured in Sustainable Solutions Lab

Enhancing food production productivity and sustainability simultaneously

˿Ƶ students engaging with refugee communities to better understand their goals and develop sustainable support strategies.

Understanding the needs and aspirations of refugees

˿Ƶ researchers collaborating with local communities to show food insecurity and improve access in food desert regions.

Understanding the needs and aspirations of communities living in food deserts

˿Ƶ students presenting community-driven designs for shared, sustainable urban and rural development spaces.

Participatory design of multi-use sustainable community spaces

˿Ƶ initiative supporting youth through entrepreneurial education and mentorship for innovation and leadership.

Empowering youth entrepreneurs

˿Ƶ collaboration with Tanzanian communities using technology to advance awareness and advocacy for land rights.

Promoting land rights in Tanzania through technology innovation

Small test structure reinforced for earthquake resistance, part of ˿Ƶ’s project to develop low-cost seismic protection in Peru.

Fostering low-cost seismic protection in Peru