Kristina M. Johnson, born on May 7, 1957, is a highly distinguished American professional whose career has notably spanned the realms of business executive leadership, innovative engineering, academic administration, and significant government service. Her diverse background showcases a remarkable ability to lead and contribute across various complex sectors, making her a prominent figure in both higher education and technological advancement.
An accomplished engineer and academic by trade, Dr. Johnson has made profound contributions to the development of cutting-edge technologies. She is particularly recognized for her pioneering work in optoelectronic processing systems, which are foundational to modern information processing using light and electronics. Furthermore, her leadership has been instrumental in advancements in 3-D imaging, a technology critical for applications ranging from medical diagnostics to immersive entertainment, and in sophisticated color-management systems, which ensure accurate and consistent visual representation across diverse platforms.
Leadership in Academia and Public Service
Dr. Johnson's extensive experience in academic leadership began with her impactful tenure as the 13th chancellor of the State University of New York (SUNY). From September 2017 until June 2020, she oversaw one of the largest comprehensive university systems in the United States, guiding its strategic vision, academic programs, and operational initiatives. Her leadership at SUNY was marked by a commitment to innovation and student success across its vast network of campuses.
Following her significant contributions at SUNY, in June 2020, Dr. Johnson was appointed as the 16th president of The Ohio State University by its Board of Trustees. In this prestigious role, she succeeded the retiring Michael V. Drake, taking the helm of another prominent American research university known for its extensive academic offerings and research prowess.
Beyond her distinguished academic and private sector accomplishments, Dr. Johnson has also dedicated her expertise to public service. She notably served as the Under Secretary of Energy for Science in the U.S. Department of Energy, a role that underscored her commitment to advancing scientific research and technological innovation at a national level and influencing critical energy policy.
Key Areas of Technical Expertise
Dr. Johnson's innovative work has left an indelible mark on several key technological fields:
- Optoelectronic Processing Systems: She has been a leader in developing systems that leverage both light and electronics to process information, which is fundamental to high-speed communication and advanced computing.
- 3-D Imaging: Her contributions have advanced the capabilities of three-dimensional imaging technologies, essential for applications in fields like medical diagnostics, industrial design, and virtual reality.
- Color-Management Systems: Dr. Johnson has also played a crucial role in creating systems that ensure precise and consistent color reproduction across different devices and media, vital for graphic design, printing, and digital displays.
FAQs about Kristina M. Johnson
- What are Kristina M. Johnson's primary professional fields?
- Kristina M. Johnson is recognized for her work as a business executive, engineer, academic leader, and former government official. Her career reflects expertise across these diverse areas.
- Which major universities has Kristina M. Johnson led?
- She served as the 13th chancellor of the State University of New York (SUNY) from September 2017 to June 2020. Subsequently, she was named the 16th president of The Ohio State University in June 2020.
- What are some of her key technical contributions?
- Dr. Johnson has been a leader in the development of optoelectronic processing systems, advanced 3-D imaging technologies, and sophisticated color-management systems.
- When was Kristina M. Johnson born?
- Kristina M. Johnson was born on May 7, 1957.
- What government position did she hold?
- She previously served as the Under Secretary of Energy for Science in the U.S. Department of Energy.

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