About

Robert Swanson is an experienced Systems Engineer with over 25 years of relevant experience in the field. Currently, he is serving as the Vice President of Systems Engineering and Hybrid Cloud Engineering at Morgan Stanley. With his expertise in infra, Robert has been instrumental in designing and implementing complex systems for the organization, optimizing their performance and enhancing their security. Prior to joining Morgan Stanley, Robert has held several leadership positions in renowned organizations. As a Principal of Systems Engineering at e*trade, he was responsible for designing and deploying the company's infrastructure. He also served as a Senior Infrastructure Engineer at Birch Communications, where he was part of the Cloud Infrastructure Team and maintained mixed bare metal, OpenVZ, and VMWare infrastructure. Robert's experience in adapting, troubleshooting, and maintaining incoming technologies such as VCloud Director and NSX has enabled him to stay up-to-date with the latest trends in the industry. His proficiency in infra has been his key strength, and he has been able to deliver projects on time and within budget. Robert's ability to lead and mentor teams has also been appreciated by his colleagues and peers. As a Vice President of Systems Engineering and Hybrid Cloud Engineering at Morgan Stanley, Robert has been leading teams in designing and implementing complex systems. He has been instrumental in optimizing the performance of these systems while ensuring their security. Robert's experience in infra has been invaluable in his role, and he has been able to deliver projects that have met the organization's goals and objectives. In summary, Robert Swanson is an experienced Systems Engineer with over 25 years of relevant experience in the field. With his expertise in infra, he has been able to design and implement complex systems for organizations, optimizing their performance and enhancing their security. His ability to lead and mentor teams has also been appreciated by his colleagues and peers.