Interaction with Industry

We often apply for research funding from Innovate UK. Our research sits at the intersection of digital technologies and health care. We team up with industry partners for Smart and Biomedical Catalyst schemes, along with other responsive mode calls. We've also successfully collaborated with industry for bids to the Small Business Research Initiative (SBRI) Healthcare scheme.

Here are two examples of our active collaborative research that are in the public domain:

• Working with Tunstall Healthcare Group, we are dedicated to developing future data-intensive telecare solutions. This  partnership underscores our commitment to bridging digital technologies and health care. The topic of our collaborative research with Tunstall is confidential at this stage.
  • Press release: Informatics lead a new partnership with Tunstall Healthcare

• Our partnership with eMoodie has secured funding to address drug-related deaths in the UK using wearable technologies. This collaboration, made possible through the Small Business Research Initiative (SBRI) Healthcare scheme, exemplifies our commitment to impactful research at the nexus of digital technologies and health care.
  • Press release: £5 million fund to tackle fatal drug deaths across the UK

Our consultancy and contract research services embody a commitment to accountability and adherence to guidelines set out by Edinburgh Innovation and UK export control regulations. We are proud to emphasise our dedication to ethical and responsible collaboration with industry partners.

Edinburgh Innovation's guidelines serve as a cornerstone for our approach, ensuring transparency, integrity, and alignment with the university's values. We prioritise the responsible application of our expertise to address industry challenges, fostering innovation while upholding the highest ethical standards. Our engagement in consultancy and contract research work is characterised by rigorous compliance with UK export control regulations, safeguarding against any potential risks associated with the transfer of sensitive technologies.

Our accountable approach ensures that our collaborations with industry are conducted with the utmost professionalism, benefiting both our partners and the academic community. We remain dedicated to navigating the intersection of academia and industry responsibly, fostering impactful and sustainable relationships that propel innovation forward.

Licensing serves as a mechanism for disseminating our intellectual property to industry partners. We adhere to rigorous licensing agreements that not only protect our innovations but also ensure fair and equitable collaboration. By licensing our technologies, we enable external organiSations to harness the full potential of our discoveries, fostering a mutually beneficial exchange that propels innovation forward.

Our technology transfer efforts are guided by a commitment to open communication, ensuring that industry collaborators have access to the latest advancements in our field. This collaborative spirit extends beyond the laboratory, nurturing a culture of innovation that transcends disciplinary boundaries.

• Systems and Methods for Digital Electromyography: Our lab has developed cutting-edge technologies for digital electromyography, providing advanced systems and methods to capture and analyse muscle electrical activity in real-time. This innovation finds applications in diverse fields, including biomechanics, rehabilitation, and human-computer interaction.
• Machine Learning for Assistive Technologies and Human-Machine Interfaces: Leveraging the power of machine learning, our lab pioneers the development of assistive technologies. Our machine learning algorithms are tailored to enhance accessibility and improve the quality of life for individuals with varying abilities. These innovations have the potential to revolutionise the landscape of assistive devices and services
• Wearable Sensing for Digital Phenotyping and Digital Ethnography: We are at the forefront of wearable sensing technologies, specifically designed for digital phenotyping and digital ethnography. These wearables enable continuous and unobtrusive data collection, contributing to a deeper understanding of human behavior and experiences. This technology holds promise for applications in psychology, sociology, and healthcare.
• Systems and Methods for Indoor Person Localisation: Addressing the challenges of indoor navigation and tracking, our lab has developed sophisticated systems and methods for indoor person localisation with direct application for tele and predictive care. This technology utilises advanced sensor networks and algorithms to precisely determine the location and mobility of individuals within indoor environments.

These technologies represent the forefront of our research, showcasing our commitment to innovation and impact. Through technology transfer and licensing, we aim to collaborate with industry partners to bring these advancements to the broader market, fostering positive societal impact and driving progress in various fields.