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Dragons' Den Business Enterprise

Groups of three or four University of East London (UEL) Medical Physiology and Biomedical Engineering undergraduate students dedicated themselves to developing innovative business solutions that address critical gaps in medicine and healthcare. 

At Bühler Group, they presented their visionary projects to an audience of 50, highlighting their creative, business, communication, and applied skills. Integrated into a final-year module, the annual competition rigorously evaluates final-year students based on their presentation, business plan, and reflective report. 

FIRST PLACE: GENTLE START INNOVATIONS

Project:

The team's SipSoothe innOvation is a smart bottle attachment that attaches to the neck of a baby bottle to detect feeding pace, volume, and air intake. The attachment works with two sensors, one to detect pace and volume and one to detect air bubbles and it also pairs to an app. The team have made the product to help parents understand their baby’s feeding routines and air intake to reduce reflux and colic. The aim is to help parents, especially first-time parents, have peace of mind about their baby’s feeding habits and help to reduce sleepless nights.

Students:

  • Carley Harper - Medical Physiology
  • Kelly Da Camara - Medical Physiology
  • Hajir Muhammed - Biomedical Engineering

Awarded: £1,000

SECOND PLACE: XO-GEN

Project:

More than one in three people will suffer from cardiovascular disease (CVD), yet early detection remains costly, invasive, or inaccessible. The team created ACE - a compact, non-invasive device designed to detect early signs of CVD through breath analysis. It works by sensing acetone levels in exhaled breath a known early marker of heart failure which triggers a colour change in a methyl red–brilliant green dye. This colour shift is then interpreted by a photosensor, converting it into a digital reading. ACE aims to offer a unique, affordable approach to early screening, potentially improving quality of life and outcomes for millions at risk of CVD.

Students:

  • Olamide Adeosun - Medical Physiology
  • Chandni Sheikh - Medical Physiology
  • Salah-Uddin Hasan - Biomedical Engineering

Awarded: £750

THIRD PLACE: BIOSCAN

Project:

BioScan is a portable food scanner designed for individuals with food allergies. It uses antibody-based lateral flow tests to quickly detect allergens like peanuts, gluten, and milk in food samples. With a simple swab, BioScan aims to provide real-time results via an optical sensor and displays allergen status instantly. It offers accuracy, ease of use, and peace of mind without the need for a lab. Integrated with a mobile app, it also helps users track dietary needs. Targeting allergy sufferers, health-conscious consumers, and the food industry, 

Students:

  • Muhammed Lishin - Biomedical Engineering
  • Biyamol Vargheese - Biomedical Engineering
  • Daniela Ilieva - Medical Physiology

Awarded: £500

BEST SCIENTIFIC IDEA: AQUABIO TRACK

Project:

AQUABIO Track addresses the growing concern of dehydration in athletes, where up to 75% are mildly dehydrated without realizing it. Traditional hydration monitoring is reactive and imprecise. The team's solution is a wearable sweat-analysis patch integrated with a smartwatch that continuously tracks key electrolytes (Na⁺, K⁺, Cl⁻) and sweat rate to give real-time hydration feedback. The patch is affordable, replaceable, and designed for weekly use. This innovative system provides a proactive, non-invasive, and personalised hydration monitoring method. By improving performance, preventing cramps, and reducing health risks, AQUABIO Track aims to redefine hydration management in sports and fitness industries at scale.

Students:

  • Nnenna Eronini - Medical Physiology
  • Yosief Ghirmay - Biomedical Engineer
  • Burhan Ahmed - Medical Physiology

Awarded: £375

BEST LOGO WINNER: MATCHAMOTION

Project:

MatchaMotion is a sports drink combining the natural power of matcha, an antioxidant rich green tea, with a blend of electrolytes for hydration and recovery. MatchaMotion is the first sports drink to pair matcha with essential electrolytes like magnesium, potassium, and sodium. This dual formula supports endurance, mental clarity, and faster muscle repair. It is packaged sustainably and designed for athletes, gym-goers, and health-conscious consumers.

Students:

  • Asifa Ahmed - Medical Physiology
  • Zerda Cakir - Medical Physiology
  • Chloe Denbou Jemo - Biomedical Engineer

Awarded: £375

POSITIVE FEEDBACK

"The EIBF prize fund plays a fundamental role in nurturing our students' entrepreneurial spirit by encouraging them to fuse innovative ideas with practical application, thereby fostering competition and confidence in their endeavours. It has provided extra motivational and competitiveness in the competition. The EIBF prize fund has taken our UEL Dragons' Den competitors out of academia and into the real world of competition and real-world problems."

Mohammed Meah
Course Leader / Senior Lecturer in Medical Physiology
University of East London