Dezeen School Shows: a material made from waste crustacean shells from restaurants is included in Dezeen’s latest school show by students at London South Bank University.
Also featured is a piece of multipurpose, reconfigurable furniture designed for renters and a shower that runs on bioethanol that allows accessible bathing for those in developing areas.
Institution: London South Bank University
School: School of Engineering and Design
Course: BSc (Hons) Product Design and Technology
Tutors: Barney Townsend, Susana Soares, Peter Wong and Elisa Guimarares Puccinelli Rebelo
School statement:
“If you want to become a confident, creative and resilient designer, our BSc/MDes Design and Technology programme is perfect for you!
“You will graduate as a versatile professional, well-prepared for a diverse range of design and technology career paths.”
Smartable by Adam Butt
“Smartable, a smart retrofit shelf for your fridge, helps users develop their food management skills.
“Smartable can monitor essential food information, such as expiration dates and food availability – users will be notified of this information through an accompanying app or by RGB LEDs on the physical shelf.
“Grid spaces will be used to store items in an organised manner and the data collected from Smartable will always be accessible to users, even while shopping.
“This system will prevent food expiration and overbuying by generating reports to monitor the rate of domestic food waste, making Smartable your all in one system for food management practices.”
Student: Adam Butt
Course: BSc (Hons) Product Design
Email: adambutt840[at]gmail.com
Myco-G by Eugenia Rossi
“Myco-G is a project aiming to tackle the rising problem of non-sustainable packaging solutions.
“By collaborating with nature, Myco-G has designed and manufactured mycelium-based packaging for the shipment and storage of goods, from wine bottles cases to fruit trays and plant pots.
“The product utilises the fungal network of mycelium and its regenerative properties, combining it with a binder mixed with organic industry by-products to grow 100 per cent compostable packaging.
“The outcome is a carbon positive material presenting strong insulating properties and remarkable impact resistance – it is a new, exiting way to collaborate with nature to rethink the way we produce.”
Student: Eugenia Rossi
Course: BSc (Hons) Product Design
Romi Air Sensor by Jake Phillips
“Particulate matter is an invisible issue that effects millions of city commuters daily buy polluting the air we breathe.
Romi is a compact wearable air sensor that pairs with a user’s smartphone and guides them on the cleanest path to their destination ensuring we travel safely.
“A wide network of like-minded users help enrich the database mapping out cities air quality in real time.”
Student: Jake Phillips
Course: BSc (Hons) Product Design
Email: jakephillips2003[at]gmail.com
CurrentSee by Luke Handley
Do you know how much money you spend charging your phone every night? Would you like to?
“CurrentSee empowers consumers with localised and detailed data of their energy usage in real time, enabling them to be more conscious of their consumption.
“It also gives more control to the user, by enabling ‘smart features’ via an accompanying app.
The ability to see usage data per outlet at home as well as being able to control your plug sockets remotely, will provide a clearer understanding for the user and enable them to reduce their consumption, thus energy bill.
Student: Luke Handley
Course: BSc (Hons) Engineering Product Design
Trades Pro Brush by Phillipa Peart
“Trades Pro Brush is an ergonomic tool handle with exchangeable heads, allowing users to switch between colours, dispose of paint properly, and have a more comfortable experience.
“Paint that is washed down the drain contaminates water with microplastics, and acrylic paint should be left to dry and then be recycled.
“The brush’s design encourages this environmentally friendly disposal method.
“Because the tool heads are changeable, the handle is a product for life, and this keeps handles out of landfill and allows for customisation.
“The Pro Brush is engineered to relieve grip stress on the craftsperson’s hand, prevent dropping, and free fingers for alternative use.”
Student: Phillipa Peart
Course: BSc (Hons) Engineering Product Design
Email: pipengineeringdesign[at]gmail.com
Garnele by Sofija Li
“Garnele is a water and hearproof Biodegradable material made of crab and lobster shells sourced from restaurants.
“It is machinable and can also be injection moulded.
“Garnele can be used for various products such as tiles, lampshades or other pieces of furniture.”
Student: Sofija Li
Course: BSc (Hons) Product Design
ImpelEco, Reducing The Carbon Footprint Within The Royal Navy & Marine Environment by Stuart M Jeffery EngTech MIMechE
“The ImpelEco Project revolutionises marine engineering with a sustainable impelle design.
“Beginning with extensive material research with a priority in the field of PEEK 40% Carbon Fibre and the use of 3D Printing Technology, it aims to minimise the environmental impact of centrifugal pumps in a marine environment.
“Maintaining efficiency and reducing carbon emissions & energy throughout the impeller’s full lifecycle.
“With the use of ImpelEco the marine industry charts a way to greener seas, showcasing sustainability and innovation.”
Student: Stuart M Jeffery EngTech MIMechE
Course: BSc (Hons) Engineering Product Design
Email: stuartjeffery[at]btinternet.com
Adjustable by Dan Goodwin
“Furniture waste is an increasing issue due to the rise of fast furniture.
“This popularity is exacerbated by the increase in the number of short-term renters who favour purchasing new items when moving.
“Adjustable aims to curb this issue by promoting a lifelong modular furniture system.
“The use of modular parts and simplified joinery eases both the assembly process and allows the parts to be fully flat packed.
“Adjustable’s modular components can be assembled into two forms, a coffee table and an armchair.
All parts are made with fully reclaimed materials vastly reducing the environmental impact of Adjustable’s construction.
Student: Dan Goodwin
Course: BSc (Hons) Product Design
Flow Bioethanol Shower by Kelly Olivier
“Introducing the Flow Bioethanol Shower System, an innovative solution designed to revolutionize hygiene and sanitation practices in low-income households across developing regions.
“This shower system utilises bioethanol as a sustainable fuel source, providing warm water for comfortable bathing experiences even in areas with limited access to electricity.
“The shower features a aluminium tank that ensures efficient heating, retention and temperature control.
“With a focus on affordability, durability, and ease of use, this system is poised to make a significant impact, offering a reliable and accessible bathing solution for communities in need.”
Student: Kelly Olivier
Course: BSc (Hons) Engineering Product Design
Email: kellyolivier16[at]gmail.com
Partnership content
This school show is a partnership between Dezeen and London South Bank University. Find out more about Dezeen partnership content here.
