Development
Assessing the need for a battery health monitoring system for
Inventor: Solar E-Cycles, Nairobi, Kenya Mentor: TBC A Kenyan e-mobility startup is collaborating with students from the University of Cambridge to design and prototype a battery health monitoring system for the lithium-ion batteries used for electric motorbikes. While battery charging is seen as most appropriate for private cars, a battery-swap system is needed for the…
Investigating the market need for regenerating medical oxygen concentrators in
Inventor: Ben Moore, OVSI Mentor: TBC The medical oxygen concentrators typically used by health facilities in low- and middle-income countries (LMICs) were designed for home use in developed countries with temperate climates, reliable electricity access and regular maintenance services. When these devices are operated in harsh environmental and challenging infrastructural conditions, including high humidity and…
Building partnerships to develop the world’s first bacteriophage biobank
Researcher: Maria Stroyakovski, Biochemistry Mentor: Iona Cuthbertson, University of Cambridge Antimicrobial resistance (AMR) is considered to be the silent pandemic, which is estimated to be responsible for 10 million deaths annually by the year 2050. However, findings published in The Lancet by Antimicrobial Resistance Collaborators (2022) show that already in 2019 over a million deaths…
Measuring carbon emissions from factories in low and middle-income countries
Website: Neutreeno Mentor: Manar Alsaif, Business Partnerships Manager (Energy), University of Cambridge Development Office Climate change and the reduction of carbon emissions is a global issue. The U.K.’s objective is to reduce emissions by 78% by 2035, requiring mandatory reporting by all companies by 2025. These evaluations are mandatory through regulatory requirements and internally from…
Addressing the problem of donated medical equipment being left unused
Inventors: Ben Moore & Professor Alexandre Kabla, Engineering and OVSI Mentor: Claire Rose, Director of Innovation, RS Components Across the world, there is a frequent problem of expensive donated medical equipment not being used in the recipient hospitals. There are a range of reasons for this, but in the case of donated ventilators one reason…
Assessing the market entry strategy for an open-source device that
Inventor: Dr Samuel McDermott, Physics & autohaem Mentor: Dr. Bill Matthews Blood testing is a key diagnostic for a wide range of diseases and conditions. Reliable blood testing requires a high-quality and consistent process for making blood smears. While this tends to be assumed in high income countries with proprietary automated blood smearing devices, in…
Bridging the gap between planetary climate models and country level
Inventor: Dr James Keeble, Centre for Atmospheric Science, Chemistry Mentor: Kirsty Mackinlay, Centre for Global Equality The inventor’s research focuses on using models of the atmosphere to understand how a global change to a hydrogen economy is expected to impact the climate and air quality. Burning hydrogen rather than fossil fuels is expected to reduce…
Investigating the need for monitoring foetal movements in pregnancy
Inventors: Dr. Kathryn Hesketh, MRC Epidemiology Unit & Dr. Cassi Henderson, Institute for Manufacturing Mentor: Johannes Wolff The inventors are developing a method of measuring foetal movements outside of clinical settings, allowing longer-term monitoring of foetal movements than is currently possible with existing approaches (e.g ultrasound, heart-rate sensors). There has been some research showing links…
Detecting water contaminants with touchscreen devices in low and middle
Inventors: Professor Lisa Hall (Department of Chemical Engineering & Biotechnology) Dr. Ronan Daly, Sebastian Horstmann (Department of Engineering) Mentor: Dr. Clara Aranda-Jan More information Touchscreen technology is ubiquitous in our everyday lives : the screen on a typical smartphone is covered in a grid of electrodes, and when a finger touches the screen the local…