James Martin
About James Martin
James Martin is a Systems Developer at Reynolds and Reynolds Company in Houston, Texas, with a background in management and expertise in NodeJS. He previously served in the U.S. Army and worked as a tutor at DeVry University, where he earned a Bachelor's degree in Computer Information Systems and Web Game Programming.
Work at Reynolds and Reynolds
James Martin has been employed at Reynolds and Reynolds Company as a Systems Developer since 2017. His role involves developing and maintaining software solutions, contributing to the company's technological advancements. He operates within the Houston, Texas area, where he applies his technical skills to enhance system functionalities and user experiences.
Education and Expertise
James Martin studied at DeVry University, where he earned a Bachelor's degree in Computer Information Systems with a focus on Web Game Programming. His education spanned from 2015 to 2016. He possesses expertise in NodeJS, a critical skill for his work in software development, enabling him to create efficient and scalable applications.
Background in Management
James Martin has a background in management, which enhances his capability to lead and coordinate projects effectively. This experience allows him to manage teams and resources efficiently, ensuring that project objectives are met in a timely manner.
Previous Experience in the U.S. Army
James Martin served in the U.S. Army, where he held the position of Biological Surveillance Team Leader from 2009 to 2011. He later worked as a CBRNE Response Team Member from 2011 to 2013. These roles provided him with valuable leadership experience and skills in crisis management and response.
Tutoring Experience at DeVry University
In 2015, James Martin worked as a Tutor at DeVry University for a period of three months in Houston, Texas. This role involved assisting students in understanding course material and enhancing their academic performance, showcasing his strong public speaking skills and ability to communicate complex concepts effectively.