Nicole Seiberlich

Kawin Setsompop

Ludovic de Rochefort

Keywords: Transferable skills: Intellectual Property, Transferable skills: Commercialisation, Transferable skills: Regulatory aspects

Start-ups and academia have traditionally formed isolated systems. However, research and innovation policies are increasingly stimulating interaction between them. It is necessary to understand both worlds in order to build mutual trust, so that win-win situations can emerge from this entanglement. The versatile nature of MRI, from basic science to biomedical applications, is conducive to innovation. In this out-of-the-lab lecture, some of the aspects that scientists should know about technology transfer and start-ups will be briefly presented, with a view to breaking down boundaries.

Stamatia Destounis

Fraser Robb, James Wild, Thomas Stickle

Keywords: Physics & Engineering: Hardware, Contrast mechanisms: Hyperpolarized MR (Gas), Physics & Engineering: Low-Field MRI

Early concepts of NMR Imaging and Magnetic Resonance Imaging came from a few pioneering universities including Stonybrook, Nottingham and Aberdeen. For NMR Imaging to grow into the dynamic MRI industry of the modern era it has always required close cooperation between academia and industrial partners.  In many instances early basic concepts have been best nurtured in the university environment but can be made more accessible to the world through industrial partnership with compliance to IEC and international safety regulations. We shall explore ways how different parts of MR community can move forward together for common benefit.

Benjamin Robert

Keywords: Transferable skills: Research coordination, Transferable skills: Public engagement

Academic-industry collaborations are becoming increasingly essential for driving innovation in research and development, particularly in technology-intensive domains like MRI. From an industry perspective, partnerships with academia offer unique knowledge, expertise, resources, and market access. However, these collaborations also present challenges such as differences in goals, timelines, cultures, and IP ownership. To ensure successful academic-industry partnerships, it is essential to focus on key success factors such as clear communication, flexible timelines, well-defined IP ownership, effective project management, and a culture of trust. This presentation illustrate the benefits of successful academic-industry collaborations.

Pedro Silva

Keywords: Transferable skills: Commercialisation

The presentation explores the pathway for researchers interested in applying their knowledge within the entrepreneurial landscape. This presentation delves into the essential steps for moving from an academic setting to founding a startup, including identifying commercial opportunities for research, developing a viable business model, securing initial funding, and adapting to the entrepreneurial environment. It aims to provide insightful advice on leveraging academic networks for business advancement and finding a balance between maintaining research integrity and achieving commercial success. Participants will gain a deeper understanding of how to navigate the complexities of transitioning their academic achievements into a thriving business venture.

Laura Sacolick

Keywords: Transferable skills: Commercialisation, Transferable skills: Intellectual Property

This talk will go through some basics of how to convert an academic idea or project into an industry venture. This will be an intro to how to develop an idea/demo, get investment, and create relationships with established companies. Practical info will be presented on how to read and file IP, and how to start a path to regulatory clearance. Examples from startup companies in the MRI space will be discussed.

Nikola Stikov