Dr Ulla McKnight is a Sociologist with a fine art background. Her Dragons’ Den pitch draws on a collaborative NIHR funded workshop that she led using art-based participatory methods to explore women of colours ‘unsayable’ experiences of reproductive trauma. Her proposed project will use Artificial Intelligence and embroidery to co-create a speculative participatory project that explores the possible effects of sexual self-care practices with young cis/trans women of colour in Brighton.

This research will measure the harmful emissions from resin-based 3D printers. While first generation 3D printers using heated plastic filament have been extensively studied and found to emit toxic nanoparticles and volatile organic compounds, the risk posed by second generation printers using liquid photopolymer resin has not been well-established. This knowledge gap is concerning considering the increasing personal and occupational use of these printers. We will evaluate emissions from second generation printers using high-resolution low-pressure particle impactor technology. This technology will provide real-time data on particle quantity, size, and mass, and allows for advanced chemical analysis. By identifying the specific pollutants generated during 3D printing, we will develop interventions, technologies, and informed health and safety policies. This research has great potential for generating intellectual property, patents, and significant changes in 3D printing operational policies, offering both a high return on investment and commercial opportunities.

Chemotherapy drugs are harsh, and the treatments used for blood cancers are no exception. Diffuse large B-cell lymphoma (DLBCL) treatments can wipe out patients’ immune systems by killing all B cells, leaving them vulnerable to potentially life-threatening infections and resulting in poorer disease outcomes. Clearly, there is an urgent need for new therapeutics in DLBCL.

I aim to identify kinder treatments with fewer side effects, by finding new targets which will selectively kill cancerous DLBCL cells whilst leaving healthy B cells unaffected. By comparing the gene expression of cancerous B cells from the lymph nodes and healthy B cells from the circulating blood, I can establish which proteins in the cancer cells should be targeted with existing approved drugs. Through this work and follow-on work, DLBCL patients will experience improved outcomes and enhanced quality of life by reducing side effects and providing more effective treatments.

Life skills training, including personal, social, health and economic (PSHE) education in the UK is a non-statutory subject (PSHE Association, 2017), despite the World Health Organization (1999) and the UK National Curriculum describing life skills as essential for healthy development. Although Relationships & Sex (RSE) and Health Education became compulsory in September 2020 (gov.uk, 2019), there are many aspects of life skills education still not mandatory. In fact, Ofsted (2016) noted only 4 out of 40 secondary schools were adequately preparing young people for work, highlighting the need for improvement. This project will collect the opinions of young people (aged 18 to 20) to find out how prepared they felt for independent living, including financial awareness, being involved in societal processes, and emotional intelligence. This much-needed foundational knowledge will identify opportunities for improving PSHE education, leading to a future PhD project where this can be addressed in greater depth.

We are determined to revolutionise our understanding and accommodation of diverse hearing experiences. This project has far-reaching implications, extending beyond the gaming industry to profoundly impact how we perceive and design real and virtual spaces in relation to their effects on people's well-being. We propose to use £3,000 funding to create a unique, personalised binaural recording device. Just like a Madame Tussauds waxwork, this tool, shaped from individual moulds, emulates a person's auditory perspective. It allows us to 'hear' through another's ears, offering an unrivalled peek into their auditory world. It's a lifelike listening experience for the model it replicates. Crucial in creating a database for game-sound designers and public space planners, it aids in acknowledging auditory sensitivities. Our project aims to transcend the uncanny valley of hearing, stepping towards a future where unique auditory experiences are recorded and replayed with original authenticity. Let's make this future a reality.

This project is about People and Trees, and more specifically how we can get the two working together. Governments love the idea of tree planting. However, failure rates of large scale planned projects are incredibly high, because tree-planting is more complicated than it sounds, and so are people. Citizen-led, grassroots forms of tree-planting have the potential to be more successful at producing long-last changes in treescapes, but they also struggle with managing love/hate human-tree relationships… What can we learn from them? And how can we best help?