Dr. Eli Bourassa, Xanadu
Talk Title: Career Talk with Dr. Eli Bourassa
Abstract: In this talk, Dr. Eli Bourassa will discuss his research career, from undergraduate studies through graduate school to his current role as a Principal Lead Quantum Architecture Scientist at Xanadu.
Bio: Dr. Eli Bourassa is a Principal Lead Quantum Architecture Scientist at Xanadu, where he leads a team of researchers and software developers who are designing, simulating and benchmarking the quantum optical layer of Xanadu’s architecture for a utility-scale quantum computer. Previously, he completed a BSc and a PhD in Physics at the University of Toronto.
Dr. Markus Arzberger, OSRAM
Talk Title: Optical Sensing Technology for Wearable Health and Wellness Devices
Abstract: Wearable devices have evolved dramatically over the past decade. What began as simple activity trackers that counted daily steps has grown into a new generation of intelligent health-monitoring systems worn on the wrist, finger, ear, and even integrated into clothing. Today’s smart watches, smart rings, and other wearable devices continuously collect physiological data that can provide valuable insights into fitness, wellness, and overall health. At the heart of this transformation is optical sensing technology. Advances in semiconductor light sources, photodetectors, signal processing, and machine-learning algorithms now enable compact wearable devices to measure vital signs such as heart rate, blood oxygen saturation (SpO2), respiratory rate, body temperature, and cardiovascular parameters with unprecedented accuracy. In some applications, wearable systems are approaching the performance of traditional medical equipment while offering continuous, non-invasive monitoring in everyday life.
This lecture will explore the technologies that make modern wearable sensing possible, with a particular focus on optical sensors and their integration into consumer and healthcare products. We will discuss the underlying measurement principles, key engineering challenges, recent innovations in sensor components, and emerging applications that could shape the future of personalized and preventive healthcare. Students will gain insight into how photonics, electronics, data science, and biomedical engineering come together to create devices used by millions of people worldwide—and how the next generation of engineers and scientists can contribute to this rapidly growing field.
Bio: Markus Arzberger is heading the Product Line VITA at ams OSRAM as Senior Director and oversees the optical sensor business for the applications vital sign monitoring, optical force sensing, time-of-flight and automotive sensing. He holds a Ph.D. in Physics from the Technical University of Munich, with research focusing on low-dimensional semiconductor physics including laser devices. Markus has extensive experience in bringing advanced optical sensing technologies from research and development into high-volume commercial products. His work has contributed to the adoption of optical sensors in applications ranging from consumer wellness devices to medical and health-monitoring systems. Passionate about innovation and technology education, he regularly engages with customers, industry partners, and academic institutions to discuss emerging trends in photonics, wearable electronics, and digital health.
Brandon Previte, Navitar
Navitar, Inc. is a Rochester, New York-based optical engineering and manufacturing company that designs and produces advanced imaging systems, precision lenses, cameras, and custom optical solutions. Founded in 1972, Navitar serves a wide range of industries including life sciences, biotechnology, industrial automation, semiconductor manufacturing, microscopy, defense, and immersive media.
The company’s technologies help customers see, measure, inspect, and analyze objects with extreme accuracy. Navitar products are used in applications ranging from medical research and machine vision systems to virtual reality, scientific instruments, and advanced manufacturing equipment. With more than 50 years of experience in optical innovation, Navitar combines engineering, design, and manufacturing expertise to develop both standard and custom solutions that solve complex imaging challenges. As part of its integrated imaging portfolio, the company also includes Pixelink and Special Optics, expanding its capabilities in industrial cameras and specialized optical systems.
For students interested in careers in engineering, optics, manufacturing, computer vision, product development, or life science technologies, Navitar offers an opportunity to work on cutting-edge technologies that support scientific discovery and industrial innovation around the world.
