Savannah Powers
About Savannah Powers
Savannah Powers serves as the Client Solutions Director at BairesDev in Las Vegas, Nevada, where she has worked since 2023. With a background in telecommunications, IT, and construction, she utilizes her diverse experience to drive digital transformation and has collaborated with notable Fortune 500 companies.
Work at BairesDev
Savannah Powers serves as the Client Solutions Director at BairesDev, a role she has held since 2023. Based in Las Vegas, Nevada, she focuses on delivering client solutions that leverage her diverse background in telecommunications, IT, and construction. Her experience enables her to drive digital transformation initiatives effectively, enhancing the company's service offerings.
Previous Experience in Construction Coordination
Prior to her current role, Savannah worked at AECOM as a Construction Coordinator from 2020 to 2021. During her tenure at DFW Airport in Texas, she contributed to various construction projects, applying her knowledge of the construction industry to ensure project efficiency and compliance.
Background in Telecommunications and IT
Savannah possesses a strong background in telecommunications and IT, which complements her expertise in client solutions. This cross-industry experience allows her to architect scalable software solutions that meet the needs of diverse clients, including Fortune 500 companies and leading brands.
Experience with Fortune 500 Companies
Throughout her career, Savannah has collaborated with several Fortune 500 companies and notable brands, including Google, Rolls-Royce, Johnson & Johnson, Pinterest, and ViacomCBS. Her consultative approach enables her to understand client needs and deliver high-performing software solutions.
Career in Professional Dance
Before transitioning into the corporate sector, Savannah was a Professional Dancer for the Detroit Pistons from 2016 to 2017. This experience in the entertainment industry adds a unique dimension to her skill set, showcasing her versatility and ability to perform in high-pressure environments.