AMD CEO Lisa Su Receives National Medal of Science for Contributions to Engineering and Computing
Dr. Lisa Su, Chair and Chief Executive Officer of Advanced Micro Devices (AMD), has been awarded the National Medal of Science by U.S. President Donald Trump in recognition of her contributions to electrical engineering, advanced computing, and technology innovation. The award ceremony took place at the Donald J. Trump Institute of Peace in Washington, D.C., during the “New Golden Age of Science” summit.
The National Medal of Science is among the highest honors bestowed by the United States government on scientists and engineers. Su’s recognition highlights her achievements as an electrical engineer and business leader, as well as her role in advancing high-performance and adaptive computing technologies that support modern computing systems and artificial intelligence.
Under Su’s leadership, AMD has undergone a significant transformation, strengthening its position in the semiconductor industry and expanding its portfolio of processors, graphics technologies, and AI computing solutions. Her work has helped shape the development of technologies used across data centers, cloud computing, personal computers, gaming, and embedded systems.
The award recognizes not only Su’s technical expertise but also her leadership in translating engineering innovation into products and platforms that address increasingly complex computing requirements.
National Medal of Science Recognizes Outstanding Contributions
Established by Congress in 1959, the National Medal of Science recognizes individuals whose exceptional contributions have advanced scientific and engineering knowledge in the United States. The presidential award covers several disciplines, including physical, biological, mathematical, engineering, social, and behavioral sciences.
Candidates are evaluated by a committee of scientists and engineers, which reviews their achievements and contributions to their respective fields. Since its establishment, the award has been presented to hundreds of distinguished researchers and innovators whose work has helped advance scientific understanding and technological progress.
Su’s selection places her among a distinguished group of scientists and engineers whose achievements have influenced research, industry, and society. Her career reflects the growing importance of electrical engineering and semiconductor innovation in supporting developments across the global technology landscape.
As computing becomes increasingly central to scientific research, business operations, communication, and everyday life, advances in semiconductor design and processing performance have become essential. High-performance computing enables complex calculations, while adaptive computing allows systems to address a broader range of workloads and applications.
These AMD technologies are particularly important as artificial intelligence adoption accelerates, creating demand for more powerful processors, advanced accelerators, and scalable computing infrastructure. Su’s leadership at AMD has focused on developing technologies intended to meet these evolving demands.
Lisa Su’s Leadership Transforms AMD
As Chair and CEO of AMD, Su has led the company through a period of technological development and strategic expansion. AMD designs high-performance and adaptive computing products that serve a broad range of markets, including cloud and AI infrastructure, embedded computing, personal computers, and gaming.
The company’s portfolio combines silicon technologies with software solutions to support increasingly demanding workloads. Its products include central processing units (CPUs), graphics processing units (GPUs), networking technologies, and computing platforms designed for AI applications.
These technologies play an important role in data centers, where organizations require powerful processors to manage large volumes of information, run complex applications, and support AI training and inference. They also contribute to consumer devices, including desktop and laptop computers, and systems used for gaming and specialized industrial applications.
Under Su’s leadership, AMD has emphasized engineering innovation, product development, and the expansion of its computing capabilities. The company’s focus on high-performance and adaptive computing reflects the growing need for systems that can deliver performance, scalability, and efficiency across a variety of workloads.
Artificial intelligence has become a particularly important area for the semiconductor industry. As AI applications expand across research, healthcare, manufacturing, business, and consumer services, technology companies are investing in hardware and software capable of processing increasingly complex tasks.
AMD’s AI-focused portfolio is intended to address these requirements by providing computing technologies for data centers, workstations, and other environments. Su’s leadership has helped position the company to participate in this rapidly developing market.
The AMD National Medal of Science acknowledges the broader significance of engineering leadership in advancing the technologies that support these developments.
Strong Academic Background in Electrical Engineering
Su’s career is supported by an extensive academic background in electrical engineering. She earned her bachelor’s, master’s, and doctoral degrees in the discipline from the Massachusetts Institute of Technology (MIT), one of the leading institutions for science and engineering education and research.
Her academic training provided a foundation for her work in semiconductor technology and advanced computing. Throughout her career, she has combined technical expertise with executive leadership, helping guide engineering teams and business strategies within a highly competitive industry.
Su has also contributed to the engineering community through technical publications. She has authored more than 40 technical articles, reflecting her involvement in research and the development of engineering knowledge.
In addition, she is a Fellow of the Institute of Electrical and Electronics Engineers (IEEE), a professional organization that recognizes significant contributions to electrical engineering, electronics, and related fields.
Su has received the IEEE Robert N. Noyce Medal, another major professional recognition associated with semiconductor and technology leadership. She also serves as Chair of the Board of Directors of the Semiconductor Industry Association, which represents companies involved in the semiconductor ecosystem.
Her involvement in these organizations reflects the importance of collaboration among engineers, researchers, manufacturers, and policymakers in supporting continued innovation across the semiconductor industry.
Joining a Legacy of Distinguished Scientists
The National Medal of Science has previously recognized numerous influential figures whose work has transformed scientific understanding and technological development.
Among its past recipients is physicist Richard Feynman, known for his contributions to theoretical physics and his work explaining interactions between light and matter. Chemist Linus Pauling, another recipient, made influential contributions to the understanding of chemical bonds and molecular structures.
The award has also recognized geneticist Barbara McClintock, whose discovery of transposable genetic elements helped reshape scientific understanding of how genetic material can change position within chromosomes.
These scientists made important contributions to their respective disciplines, demonstrating the broad scope of research and innovation celebrated by the National Medal of Science.
Su’s recognition reflects the increasingly prominent role of engineering and semiconductor technology in the modern scientific landscape. While traditional scientific research remains essential to discovery, advances in computing hardware and software are also enabling researchers to analyze complex data, model physical systems, and develop new technologies.
High-performance computing systems are used across scientific fields, including climate research, medicine, materials science, and physics. AI computing is also creating new opportunities for analyzing information and accelerating research workflows.
As a result, advances in semiconductor engineering have implications that extend beyond the technology sector, influencing how researchers and organizations approach difficult scientific and industrial challenges.
Advancing the Future of Computing
Su’s National Medal of Science recognition underscores the connection between engineering expertise, technology leadership, and the development of computing systems that support modern society.
As Chair and CEO of AMD, she continues to lead a company focused on delivering computing technologies for a wide range of applications, from personal devices and gaming systems to large-scale data centers and AI infrastructure.
The semiconductor industry is entering a period of significant change as demand for AI processing, efficient computing, and scalable infrastructure continues to grow. Meeting these requirements will depend on continued advances in chip architecture, software, manufacturing, and system design.
AMD’s efforts across silicon and software aim to contribute to this progress by providing solutions for increasingly complex workloads. Su’s combination of engineering knowledge, research experience, and corporate leadership has played a central role in guiding the company’s direction.
Her receipt of the National Medal of Science recognizes her contributions to engineering and computing while highlighting the importance of semiconductor innovation to the broader technological ecosystem.
As the demand for advanced computing continues to expand, the work of engineers and technology leaders such as Su will remain important in shaping the systems that power scientific discovery, artificial intelligence, and everyday digital experiences.
Source link:,https://newsroom.amd.com/