- Sixteen talented entrepreneurs have been selected from Cameroon, Ethiopia, Ghana, Kenya, Nigeria, South Africa, The Republic of the Congo, Togo and Uganda
- Half the shortlist are women, including mechanical, electric, materials and software engineers
- Shortlist will compete for the £25,000 Africa Prize for Engineering Innovation
A range of technologies have today been shortlisted for the 2022 Africa Prize for Engineering Innovation. The shortlist ranges from an off-grid neonatal crib for jaundiced babies and a portable vaccine fridge to a hydrogen fuel-cell generator that runs on gas, and a natural, plant-based fibre that clears up oil spills.
The Africa Prize is run by the UK’s Royal Academy of Engineering and awards crucial commercialisation support to African innovators who are tackling local challenges with scalable engineering solutions. The 2022 shortlist includes the Prize’s first Togolese and Congolese innovators, with nine countries represented in total. For the first time, half of the 16-strong shortlist are women, including the first woman from Ethiopia to be shortlisted for the Prize.
The Africa Prize has a track record of identifying engineering entrepreneurs with significant potential, many of whom have gone on to achieve greater commercial success and social impact. An alumni network of more than 102 social entrepreneurs across Africa are projected to impact over three million lives in the next five years. They have already created more than 1500 jobs and raised more than $14 million in grants and equity.
A unique package of support—running from November 2021 to June 2022—is being provided to this year’s shortlisted innovators to help them accelerate their businesses. The benefits of selection include comprehensive and tailored business training, bespoke mentoring, media and communications training. The programme also provides funding and access to the Academy’s global network of high-profile, experienced engineers and business experts, as well as access to the alumni network when the programme concludes.
For the second year in a row, the programme will be offered as a digital experience, with intensive support provided through one-on-one and group sessions. Where possible, sessions may also be held in-person. Following this period of support, four finalists will be selected and invited to pitch their improved innovation and business plan to the judges and a live audience. A winner will be selected to receive £25,000, and three runners up will receive £10,000 each. An additional One-to-Watch award of £5,000 will go to the most promising innovator, as selected by the live audience.
“Once again we have received an inspiring calibre of applications for the Africa Prize. This year’s shortlist demonstrates how technology can be used to drive development from a grassroots level, and we look forward to supporting these innovators in expanding their impact across Africa,” said Dr. John Lazar CBE FREng, Africa Prize judge.
This year’s shortlist features several medical innovations, including a smart, off-grid neonatal crib to treat jaundiced newborns, a device that maps a patient’s veins onto their skin to aid nurses inserting drips or drawing blood, a system that helps nurses monitor patients and improve their workflow, and a mobile, solar-powered fridge that keeps vaccines cold in the field.
Other companies have developed commercial packaging from a variety of agricultural waste, transformed invasive plants into an absorptive fibre used to clean oil spills on land and water, and created an aquaponics starter kit to grow their own fish and crops at home, complete with a remote monitoring system and online marketplace.
Also on the shortlist are entrepreneurs working on smokeless cookstoves made from scrap metal, a cold-storage system for off-grid farming communities, a fuel-cell based hydrogen generator that runs on LPG gas, and a mini-grid monitoring system to help utilities and mini-grid operators manage solar installations.
Further innovations provide communities with an online platform to exchange used goods like household appliances, clothing and more, using a virtual currency. An outdoor and off-grid communal workspace gives students access to WiFi and power, and a prepaid bank card that requires no bank account and can be used worldwide gives the unbanked access to online purchases and cash from mobile money. Finally, an online platform helps small business owners hire and manage freelancers across a range of disciplines, outsourcing skills that aren’t part of their core business.
The complete list of selected technologies and candidates follows:
- A-Lite Vein Locator, Dr Julius Mubiru, Uganda—A device that maps patients’ veins out as shadows on their skin, helping medical staff insert a drip or draw blood more easily.
- Agelgil, Afomia Andualem, Ethiopia—A sustainable range of packaging and tableware made from agricultural by-products such as barley and wheat straw.
- Aquaponics Hub, Lawrencia Kwansah, Ghana—A kit for new users to set up their own aquaponics system, complete with smart sensors to monitor crops and fish, and an online marketplace to sell produce.
- Bleaglee, Juveline Ngum, Cameroon—A sustainable cooking system that includes a smokeless cookstove made from recycled metal scraps, bio-briquettes, and an off-grid bio-digester.
- Coldbox Store, Adekoyejo Kuye, Nigeria—An off-grid cold storage solution for farmers to store and sell fresh produce without relying on the electrical grid.
- Crib A’Glow, Virtue Oboro, Nigeria—Foldable photo-therapy cribs that treat jaundice in newborns. The crib can operate on solar or grid power and monitors the baby’s condition.
- Genesis Care, Catherine Wanjoya, Kenya—A system to dispense and later dispose of feminine hygiene products. The system is installed to give young girls access to affordable products.
- HoBeei, Mariam Eluma, Nigeria—An online free-cycle platform where users can upload unwanted or unused items in exchange for virtual currency with which to purchase other goods with.
- HYENA POWER POD, Dr Jack Fletcher, South Africa—A fuel-cell based hydrogen generator that converts LPG gas into usable electricity, all within one device.
- Kukua, Divin Kouebatouka, The Republic of the Congo—A process that transforms the invasive water hyacinth plant into an absorptive fibre that can clean up oil spills and stop oil leaks on land or water.
- Peec REM, Philip Kyeswa, Uganda—A remote monitoring and metering system for off-grid solar installations. It also alerts utilities to blackouts or tampering.
- SolarPocha, Oluwatobi Oyinlola, Nigerian—An outdoor workstation, a solar-powered space where students can connect to WiFi and off-grid electricity.
- Solimi prepaid card, Gaël Matina Egbidi, Togo—A prepaid, Visa-backed card that does not require users to bank with one specific bank, enabling the unbanked to make purchases online and cash out mobile money.
- TelMi, Fabrice Teuche, Cameroon—A set of devices that help nurses monitor patients, respond to alarms, and collect data in order to improve workflow and response times.
- TERAWORK, Femi Taiwo, Nigeria—An online platform that connects users to freelancers, so small business owners can find and safely outsource key skills such as coding and accounting.
- VacciBox, Norah Magero, Kenya—A portable, solar-powered fridge that safely stores temperature-sensitive medicine such as vaccines, to be used by travel clinics and for transport.