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John Storm
Executive Director at Morgan Stanley
Professional Background
John Storm is a distinguished Executive Director at Morgan Stanley, where he holds a pivotal role within the Institutional Securities division. Currently, John’s focus lies in the Enterprise Infrastructure CTO organization, where he is tasked with formulating the architecture and long-term strategic vision for enterprise network connectivity. This encompasses several cutting-edge technologies such as Software Defined Networking (SDN), End User/Campus connectivity, and Market Data/Exchange connectivity.
With a robust career trajectory that showcases his versatility, John has spent significant time at Morgan Stanley, where his contributions have spanned various critical areas. He has been instrumental in overseeing global network architecture and engineering. His strategic development efforts have emphasized future infrastructure and technologies tailored to meet the demands of large-scale computing, high-performance computing (HPC), and advanced data center strategies. John’s expertise also encompasses the intricacies of telecommunications and data networks, making him a key figure in addressing the dynamic needs of Morgan Stanley’s extensive technological landscape.
Before his illustrious career at Morgan Stanley, John served the University of Utah in several influential capacities. He was the Assistant Director of the Utah Supercomputing Institute, where he navigated the complexities of supercomputing technologies. Additionally, he held the position of Associate Director at the Department of Telecommunications and General Computing, where he fostered advancements in computing resources and educational outreach. His remarkable tenure at the University of Utah not only enhances his professional portfolio but also showcases his commitment to fostering technological innovation in academia.
Education and Achievements
John's academic and professional journey underscores his deep knowledge and passion for technology and infrastructure. His role at Morgan Stanley has positioned him at the forefront of technological advancements within the finance sector, where he actively engages in long-term strategic initiatives that align with the rapid evolution of enterprise connectivity.
His involvement with high-performance computing extends beyond corporate borders; for six years, John contributed his insights on the Cisco technical advisory board. This role allowed him to influence key technological developments, ensuring that industry practices remain at the cutting edge of innovation. Furthermore, he has been a past member of the US Council for Competitiveness HPC Advisory Committee, where he participated in discussions and initiatives aimed at enhancing the nation’s competitiveness in high-performance computing capabilities.
Achievements
John Storm's commitment to excellence and innovation is evident in his extensive contributions. His strategic vision for enterprise networks has been crucial to Morgan Stanley's success in optimizing its technological framework and aligning with industry standards. John has played a pivotal role in the integration of Software Defined Networking within the enterprise, reflecting an understanding of the industry's shift towards more agile and efficient technologies.
His track record at the University of Utah is equally commendable, where his dual role in telecommunications and supercomputing translated into substantial advancements in infrastructure and resources accessible to students and faculty alike. His leadership in these capacities laid the groundwork for continuing research and development in computing technologies at the university.
In summary, John Storm is not only a key player at Morgan Stanley but also a prominent figure in the broader technology landscape. His extensive experience in both academia and corporate environments positions him as a thought leader in enterprise infrastructure and supercomputing. His achievements underscore a career dedicated to advancing technology and fostering collaborations that enhance connectivity and operational efficiency across various platforms.
