For the second consecutive year, Leap for Life’s Health Innovation Scholarship has been awarded to students at Halmstad University. Once again, the scholarship committee faced the challenge of selecting the most deserving winners, who together will share a prize of SEK 30,000.
The scholarship recipients were presented with flowers and diplomas during yesterday’s Utexpo at Halmstad University. The awards were handed out by Peter Uppman from Leap for Life.
The purpose of the scholarship is to inspire the next generation of innovators to tackle complex challenges in health, care, and welfare. If the 2025 recipients are any indication of the future, it appears to be smarter, more inclusive, and more sustainable than ever before.
The students’ creativity and drive were clearly reflected in the awarded projects. Malin Persson, Emma Karlberg, Wilma Nyrén, Rasmus Lindström, Ismail Demir, and Jasmine Al-Aani particularly stood out through their contributions. Their work demonstrated strong relevance, a high level of innovation, and the potential to influence the future of healthcare—earning them the shared prize of SEK 30,000.
"Being awarded the scholarship feels unreal! It’s amazing to get proof that what we’ve created is truly appreciated," says Malin.
The students’ project was built on user insight and a comprehensive needs analysis. With strong scalability and a clear focus on inclusion and sustainability, the jury assessed LifeFlow as having significant growth potential and societal value.
"With the right partners and support, it could become a business in the future," Emma reveals.
The idea for the project stemmed from the students’ personal experiences. Malin shares:
"I’ve been a blood donor for some time and found that the process lacked clear information, which sparked the initial idea for the project."
"And I was in the process of becoming a donor when we started the project. I found the whole experience really complicated and nearly lost interest during the registration process. It took ages to get an appointment and was just far too difficult," Emma adds.
Emma Karlberg and Malin Persson are the students behind LifeFlow.
To ensure the practical relevance of their work, the students collaborated with Region Halland through interviews, surveys, and testing.
"We consulted staff at Region Halland to get their feedback on our work—whether it would work in practice and whether they’d appreciate such a solution," says Malin.
"We also tested our prototype with Region Halland and visited a blood centre as part of a field study," Emma adds.
The project spanned a year, but the commitment went far beyond what is expected in a study programme.
"There were plenty of sleepless nights during the project—lying awake until 6 am, suddenly thinking, ‘oh right, I could do this too!’" says Malin, emphasising that despite the sleep deprivation, it was great fun.
Part of the scholarship money will now go towards turning the project into a reality.
"I plan to use some of the prize money because I want this to become real. I’ll invest it in developing the product further," Malin concludes.
Photo: Dan Bergmark, Halmstad University
Recipients: Malin Persson and Emma Karlberg
Programme: Development Engineering
Amount: SEK 12,000
Citation: LifeFlow offers an innovative and socially beneficial solution to challenges in the blood supply chain via a digital platform that improves communication between donors, blood banks, and healthcare services. Built on a strong user base and thorough needs analysis, the project demonstrates high practical relevance.
The solution has significant growth potential due to its scalability at a national level, contributing to better accessibility, improved resource allocation, and enhanced patient safety. With a clear degree of innovation and a focus on inclusion and sustainability, LifeFlow is poised to deliver real value to both individuals and society.
Recipients: Wilma Nyrén and Rasmus Lindström
Programme: Development Engineering
Amount: SEK 10,000
Citation: MESAR presents an innovative and practically viable solution to critical needs in search and rescue operations, with a strong focus on both emergency personnel and those in distress. By combining drone technology, AI, and user-centred design, the project addresses urgent challenges within the care continuum.
The solution is solidly grounded in user needs, is technically mature, and holds strong growth potential in both civil and emergency preparedness sectors. With clear emphasis on sustainability, inclusion, and tangible societal benefit, MESAR demonstrates a high level of innovation and the potential to make a real difference.
Recipients: Jasmine Al-Aani & Ismail Demir
Programme: Computer Engineering
Amount: SEK 8,000
Citation: This project targets a well-defined and highly relevant need within prostate cancer diagnostics, using AI models to improve the accuracy of interpreting mpMRI images. It delivers clear societal value by potentially reducing subjective interpretations and promoting more equitable healthcare.
The target group—healthcare staff, particularly radiologists—is well defined, and the project outcomes indicate promising future clinical applications. While it has yet to undergo practical validation, the project shows a high degree of innovation and a strong focus on sustainability and equity, offering good growth potential in the field of medical AI.
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