Scott Armstrong
About Scott Armstrong
Scott Armstrong is a Senior Software Engineer at EnergyHub in Brooklyn, New York, specializing in Java, Spring Boot, AWS, and MySQL.
Title and Current Position
Scott Armstrong holds the position of Senior Software Engineer at EnergyHub. He is based in Brooklyn, New York, and has been with the company since May 2023. He leads the development of automated, user-friendly solutions to support the company's day-to-day operations and is the tech lead of the internal tooling team.
Previous Experience at Bandwidth Inc.
Before joining EnergyHub, Scott Armstrong worked at Bandwidth Inc. in various capacities. His tenure at Bandwidth Inc. spanned from 2018 to 2023. He started as a Software Engineer I, progressed to Software Engineer II, and eventually became a Senior Software Engineer. He was primarily based in the Raleigh-Durham area of North Carolina during this period.
Internships and Early Roles
Scott Armstrong gained early professional experience through several internships and roles. Notably, he interned at MetLife in Cary, North Carolina, where he worked as an Annuity Customer Experience Software Development Intern and as a Regional Application Development Intern under the MetLife Technical University program. Additionally, he held various positions at Elon University, including Campus Recreation Koury Operations and Campus Recreation Hiring Committee.
Educational Background
Scott Armstrong completed his Bachelor’s Degree in Computer Science at Elon University, where he studied from 2014 to 2018. He also briefly studied French Language and Literature at Université Paris-Sorbonne in 2017. His academic background laid the foundation for his career in software engineering.
Technical Skills and Expertise
Scott Armstrong specializes in Java, Spring Boot, AWS, and MySQL. His technical skills enable him to develop and lead automated, user-friendly solutions at EnergyHub effectively. As the tech lead of the internal tooling team, he utilizes his expertise to enhance the company's operational efficiency.