Upcoming Trade Shows Stuttgart, Germany for Optoelectronics

Stuttgart has built a thriving industry and ecosystem surrounding optoelectronics research, with institutions like the Stuttgart Research Center of Photonic Engineering (SCoPE) and the Institut für Mikroelektronik Stuttgart (IMS CHIPS) at the forefront of both photonic and microelectronic technologies. These institutions, through interdisciplinary collaboration and industry partnerships, are driving innovation in sustainable energy, mobility, and advanced manufacturing. The Stuttgart Research Center of Photonic Engineering (SCoPE) plays a critical role in the advancement of photonic technologies. The research center connects scientists to engineers at the University of Stuttgart to enhance research across multiple complementary fields. The center is focused on integrating optics and photonics into industry applications, particularly in cooperation with companies based in the Stuttgart region, Baden-Württemberg, and beyond. The center has a wide scope of research, but there are a few areas that take precedence like sustainable energy and environmental technologies, where work primarily falls on photonic solutions for energy-efficient production and renewable energy applications. Additionally, SCoPE prioritizes education and workforce development by broadening its offerings for students specializing in optics and photonics, which translates to a steady flow of highly skilled professionals hitting Stuttgart’s optoelectronics industry. IMS CHIPS complements SCoPE by focusing on industrial-oriented research in silicon technology, customized circuits (ASICs), nanopatterning, and image sensor technology. As a public foundation and a key member of the Innovationsallianz Baden-Württemberg, IMS CHIPS supports small- and medium-sized enterprises in leveraging microelectronics for technological advancements. One of IMS CHIPS' key strengths lies in its expertise in nano-electrical and nano-optical systems. The institute holds a leading international market position in the development and production of advanced photomasks and diffractive optical components. These cutting-edge solutions are developed in a state-of-the-art environment, utilizing the latest structuring and measurement technologies.