Photonic and Optical Devices for Sensing and Imaging

This training explores the use of photonic and optical devices in sensing and imaging applications. With the rapid advancements in optical technologies, photonic devices have become integral in various sensing and imaging systems, including medical imaging, environmental monitoring, robotics, and remote sensing. Participants will learn about the principles, design, and applications of optical sensors and imaging systems, as well as the latest innovations in photonics for enhanced performance in real-world applications. The training covers a broad range of topics, including light-based sensing techniques, optical coherence tomography (OCT), interferometric sensing, and the application of photonic crystal fibers and quantum photonics. The course will also introduce the integration of these devices into modern imaging systems for applications in biomedical, industrial, and environmental sectors. Participants will gain hands-on experience with advanced optical instruments and explore future trends in photonics-based sensing technologies.

• Fundamentals of photonic devices used in sensing and imaging: lasers, photodetectors, optical fibers, and interferometers
• Principles of optical sensing technologies: optical coherence tomography (OCT), surface plasmon resonance (SPR), and fiber-optic sensors
• Techniques for optical imaging systems: high-resolution imaging, confocal microscopy, and adaptive optics
• The role of photonics in environmental monitoring, including remote sensing and spectral imaging
• Application of quantum photonics in sensing for increased precision and sensitivity
• Design considerations for imaging systems in biomedical applications and non-destructive testing
• Photonic crystal fibers and their advantages in sensor design for extreme environments
• Integration of optical devices with sensor networks and data acquisition systems for real-time monitoring
• Emerging technologies in laser-based sensing, quantum sensors, and photonic integrated circuits (PICs) for imaging and sensing
• Hands-on demonstrations of photonic sensing systems for applications in healthcare, industry, and environmental monitoring

• Engineers, researchers, and professionals in photonics, optical engineering, and sensor systems
• Scientists working in biomedical imaging, environmental sensing, and remote sensing
• Graduate students in optical engineering, biophotonics, sensor technologies, and quantum optics
• Industry professionals interested in implementing photonic sensing systems in their respective fields such as healthcare, automotive, and telecommunications