The University at Buffalo (UB) is making waves in the world of microelectronics with the establishment of its Center for Advanced Semiconductor Technologies. This groundbreaking initiative aims to leverage the immense potential of the Buffalo-Rochester-Syracuse region, which has recently been designated as a federal tech hub. The center’s mission is to foster collaborative research and address the growing energy demands of modern computing.
The UB Center for Advanced Semiconductor Technologies will be at the forefront of developing widegap semiconductors for electric vehicles and renewable energy grids, as well as pioneering advanced photovoltaic technologies. These efforts align with New York State’s clean energy objectives and mark a significant step forward in energy-efficient microelectronics innovation.
Under the leadership of Jonathan Bird, the Center aims to not only be an academic hub but also a crucible for the next generation of leaders and engineers in the semiconductor industry. Its multidisciplinary approach reflects Buffalo’s unique capacity to catalyze advanced research and development, supporting both the semiconductor industry and regional high-tech resources.
Beyond research, the Center plays a strategic role in the ambitious “NY SMART I-Corridor Tech Hub” initiative, which seeks to transform the tri-city region into a global center for semiconductor technology workforce training, innovation, and manufacturing. Faculty members within the Center are actively driving microelectronics and semiconductor research initiatives, shaping educational opportunities for future semiconductor workforce.
The Center also seeks to integrate with existing UB programs and departments, cultivating collaborations with the semiconductor industry. This includes partnerships with the UB Center for Industrial Effectiveness and the Center of Excellence in Materials Informatics, which will not only strengthen academic programs but also contribute significantly to the national microelectronics workforce.
“The Center for Advanced Semiconductor Technologies will place the University at Buffalo and Western New York at the forefront of microelectronics research in the world,” says Kemper Lewis, dean of the School of Engineering and Applied Sciences. The partnerships forged through this initiative will lead to unique learning opportunities for students, a stronger regional economy, and new technologies that benefit society as a whole.
By joining forces with the Northeast Defense Technology Hub, UB is set to transform Buffalo’s technological landscape. This collaboration aims to supercharge New York’s chip industry, driving innovation, attracting new businesses, and fortifying the workforce—a crucial aspect of national security. The experts in the Departments of Electrical Engineering, Materials Design and Innovation, and Physics at UB will push the boundaries of science and engineering, advancing data-driven discovery methods and accelerating the development of new materials and processes.
Overall, the Center for Advanced Semiconductor Technologies at the University at Buffalo represents a significant leap forward for the region’s technology ecosystem. Through its integration of cutting-edge research, education, and economic initiatives, the Center positions UB as a global leader in semiconductor technologies while promising to revitalize Western New York’s technological landscape.
The source of the article is from the blog exofeed.nl