Applications of optical devices in biomedical sensing
Wed, 4 Jun – 3pm BST
Online panel discussion | Advancing healthcare through optical innovation
Optical devices are transforming biomedical sensing, enabling rapid, accurate, and non-invasive diagnostics in healthcare and life sciences. From monitoring vital signs and detecting biomarkers to imaging tissues at the cellular level, optical technologies are helping researchers and clinicians push the boundaries of precision medicine.
This online panel discussion will explore the latest developments in optical devices for biomedical sensing, focusing on how these technologies are being applied in areas such as disease diagnosis, patient monitoring, and personalised medicine. Gain valuable insights from leading experts and discover how to leverage optical innovations in your own work.
Who should attend
This online panel discussion is designed for:
- End users of biomedical sensing systems
- OEMs developing and integrating optical devices
- Researchers and academics in photonics and life sciences
What you will learn
- The fundamentals of optical sensing and its role in biomedical applications
- Emerging technologies and innovations in optical biosensors, spectroscopy, and imaging systems
- How optical devices are improving diagnostics, monitoring, and personalised healthcare
- Key challenges and strategies for integrating optical technologies into clinical and research environments
Why you should attend
- Explore cutting-edge technology: Learn about the latest innovations in biomedical optical sensing
- Improve healthcare outcomes: Discover how optical devices are enabling more accurate and personalised care
- Connect with industry leaders: Participate in a live Q&A session to get answers to your specific questions
| Aravind V K Jalajakumari His research has focused on solid-state LiDAR sensors operating in the shortwave infrared spectrum. During his time as a postdoctoral researcher at the CMOS Sensors and Systems Group, University of Edinburgh, he developed SPAD-based radiation detectors and LiDAR systems. His expertise spans low-power analogue and mixed-signal electronics, with a particular focus on single-photon detection technologies for scientific and industrial applications. |
Dr Jalajakumari is a recipient of several prestigious recognitions, including a Royal Academy of Engineering Enterprise Fellowship, Scottish Enterprise company creation grants, and was a finalist in the Converge Challenge, Scotland’s premier company formation competition.
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| Faisal Kamran Current projects include developing a hyperspectral imaging camera with the highest combined spatial and spectral resolution, which addresses a major market gap for high-end R&D and exploratory work that is present across many sectors including healthcare. The camera’s ability to easily shift between different spectral regions while providing spatial information allows users not only to identify signatures but also to pinpoint their origins. |
Kamran’s role is about more than technical breakthroughs; seamlessly integrating commercial viability and sustainability into the value chain is vital.
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Join this online panel discussion and learn how optical devices are shaping the future of healthcare and life sciences. Reserve your spot today to gain practical insights and stay ahead of the latest advances.
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