John Bortz serves as the Principal Consultant at JCB Research, LLC, where he leverages his extensive expertise in nonimaging optical systems to drive innovative solutions across various industries. With a robust background in the design and simulation of nonimaging optical systems, John is at the...
John Bortz serves as the Principal Consultant at JCB Research, LLC, where he leverages his extensive expertise in nonimaging optical systems to drive innovative solutions across various industries. With a robust background in the design and simulation of nonimaging optical systems, John is at the forefront of developing cutting-edge optical design techniques that enhance system performance and efficiency. His work encompasses a diverse array of applications, including solar-energy systems, automotive headlamps, and advanced electro-optical sensors.
At JCB Research, John is currently leading key projects focused on optimizing sensor performance analysis and electro-optical sensor modeling. His deep understanding of materials science and algorithms allows him to create sophisticated simulations that accurately predict system behavior under various conditions. This expertise is particularly valuable in the development of nonimaging optical sensors, where precision and reliability are paramount.
John's contributions extend beyond design; he is also dedicated to advancing the field through research and development (R&D) initiatives that explore new methodologies in optical engineering. His work on infrared countermeasures and fiber-optic illuminators showcases his ability to integrate complex systems engineering principles with practical applications. As a thought leader in the industry, John has authored significant publications, including "The Nonimaging Optical Design Handbook," which serves as a vital resource for professionals seeking to deepen their understanding of nonimaging optics.
With a skill set that includes simulations, characterization, and radar technologies, John Bortz continues to push the boundaries of optical design, making him a pivotal figure in the evolution of nonimaging optical systems at JCB Research, LLC.
