Presidential Professor in Semiconductors, Microelectronics, and Advanced Packaging

The Leadership Opportunity: Binghamton University's Thomas J. Watson College of Engineering and Applied Science invites nominations and applications for an internationally distinguished scholar and research leader in semiconductors, microelectronics, advanced semiconductor manufacturing, electronic packaging, and/or heterogeneous integration. The University seeks an exceptional individual whose stature, vision, and record of accomplishment are commensurate with membership in the National Academy of Engineering (NAE) or an equivalent level of internationally recognized distinction. This is an extraordinary opportunity for a transformational scholar to establish and lead a major interdisciplinary research program at Binghamton University, while helping position the University as a nationally and internationally recognized center for next-generation microelectronics, semiconductor technologies, advanced packaging, and sustainable manufacturing. The successful candidate will be appointed as a tenured Full Professor, with consideration for an endowed professorship or distinguished chair, commensurate with the candidate's qualifications and accomplishments. The appointment may reside in Mechanical Engineering, Electrical and Computer Engineering, the School of Computing, Systems Science and Industrial Engineering, or another appropriate academic unit within Watson College, with the potential for joint or multi-unit appointments. Beyond an exceptional individual research program, the successful candidate will be expected to help shape the next phase of Binghamton University's leadership in semiconductor and microelectronics research. This position is intended for an individual with the vision and stature to build an enduring institutional capability, catalyze interdisciplinary collaboration, and significantly elevate Binghamton University's national and international profile in a strategically critical area of technology. Leadership Expectations The successful candidate will be expected to serve as a transformational research leader within Watson College and across Binghamton University. Key expectations include: Establishing and leading a nationally distinctive, interdisciplinary research program in semiconductor and microelectronics technologies Building large-scale research collaborations involving engineering, computing, materials science, physics, and other relevant disciplines across Binghamton University and external institutions Pursuing major research opportunities from federal agencies, New York State, national laboratories, and leading industry partners, including large multidisciplinary center- and consortium-scale initiatives Expanding Binghamton University's strategic partnerships with the semiconductor and advanced-manufacturing ecosystem in New York State and nationally Providing intellectual leadership that connects fundamental research, engineering innovation, manufacturing, commercialization, and workforce development Elevating Binghamton University's national and international visibility and reputation in microelectronics, semiconductor manufacturing, heterogeneous integration, and advanced packaging Contributing to national scientific and technology leadership through federal advisory committees, research review panels, professional societies, standards organizations, scientific advisory boards, and other appropriate venues Creating pathways for technology translation, entrepreneurship, and commercialization Mentoring and recruiting outstanding faculty and researchers and helping develop the next generation of leaders in semiconductor and microelectronics research About Binghamton University: Over eight decades, Binghamton University has undergone a radical transformation from a small liberal arts college into a top-tier national research powerhouse. Ranked No. 34 among public universities by U.S. News & World Report—a distinction held for over 20 years—Binghamton is a crown jewel of the SUNY system. Recently recognized as a "Top 10 Public Ivy" and a "Top 25 Public College" by Forbes, the University combines the academic rigor of an elite private institution with the scale and mission of a public research engine. Home to 18,600 students and nearly 1,000 trailblazing faculty, Binghamton is defined by a culture of "firsts" and a commitment to high-impact, transdisciplinary research. Our state-of-the-art facilities serve as the staging ground for global breakthroughs in energy, health, and technology, all while maintaining a steadfast commitment to diversity, international perspectives, and deep community integration. At Binghamton, we don't just observe the future; we engineer it.