Many natural and artificial processes rely on tiny tubes, such as blood vessels with diameters from 25 mm to a few micrometres. If we can investigate such tiny tubes, we can check if they are starting to break, clog or corrode. This could both improve health and save huge resources

The aim of the project is to investigate whether AI-driven protein design using, among other things, AlphaFold can enable the development of living filters that replace pasteurisation in the production of non-alcoholic beverages. We want to identify both technical and commercial opportunities to create a more sustainable and accessible method

We want to create a database for forensic speech comparison. We want to investigate how a representative database of Swedish speakers should be designed to use as a basis for comparison in forensic speech comparison. We want to investigate differences in sound quality between recordings from the same person, e.g.

The project aims to develop sustainable value chains for textile and mushroom waste to reduce the environmental footprint of horticulture. By combining SMC with textile waste, a new composting method is created that produces peat-free cultivation substrates. This contributes to circular solutions in the horticultural, textile and mushroom industries, and

The goal is to develop a competitive Formula Student car with state-of-the-art technology in electric drive systems and autonomous functions. For 2026, we focus, in particular, on implementing hub motors to optimise the drivetrain and further develop our driverless systems. We aim to improve our placements in international competitions and

To produce 1 kg of meat protein, about 3-6 kg of plant protein is needed. In Sweden, we import soya mainly from South American countries for cattle feed. One alternative solution could be a new aquatic protein crop (Lemna sp.), which can produce 6-10 times more protein/ha than soybean. Thus,

Single-cell biomechanical characterization using microscale technologies is a potential route to achieve the selectivity required for circulating tumor cell isolation. Acoustofluidics has strong potential for identification and isolation of cells based on a combination of size, density, and compressibility. It is the overarching aim of this project to extend this

The aim of the project is to develop a test equipment to experimentally study the impact of existing and future road surfaces on the generation and characteristics of airborne wear particles. The equipment will be mobile for future studies in MAX IV and ESS. The project will answer the research

I am developing a modern, patient-friendly sensor holder for radiologic examination in dental clinics. TFM (the first movement) sensor holder will be the first dental product that will be co-created with patients, because many dentists neglect the patients well-being during the dentist visit.

The aim is to develop a prototype of a solar thermal battery that can generate electricity and heat. The technical processes were validated in the summer of 2023 through experiments in the solar lab of LTH, Faculty of Engineering. The project focuses on working through all the steps and building