Sheryl L.
About Sheryl L.
Sheryl L. is a Software Systems Engineer at Sandia National Laboratories, specializing in software compliance, quality standards, and the deployment of advanced software solutions.
Title and Current Role
Sheryl L. holds the title of Software Systems Engineer and is currently working at Sandia National Laboratories. Her role began in 2003. She applies advanced software engineering principles and tools to support various applications within the laboratory. Her responsibilities include ensuring software compliance and quality standards, making informed evaluations regarding the cost-effectiveness of software concepts and prototypes, and implementing both commercial-off-the-shelf and internally developed software solutions.
Education and Background
Sheryl L. studied at The University of New Mexico, where she focused on Management Information Systems. She earned a Bachelor of Arts (BA) degree in this field from 2002 to 2005. Additionally, she obtained a Bachelor of Business Administration (BBA) from the same university in 1970. Her educational background has provided a strong foundation for her extensive career in software systems engineering.
Professional Responsibilities at Sandia National Laboratories
In her role at Sandia National Laboratories, Sheryl L. is involved in the planning of system and development deployment. She ensures that software projects meet compliance and quality standards consistently. Her duties also include the application of advanced software engineering principles and the support of customized applications. Furthermore, she evaluates the cost-effectiveness of new software concepts and prototypes, ensuring the adoption of efficient and effective solutions.
Key Projects and Implementations
Sheryl L. has been a crucial part of numerous initiatives at Sandia National Laboratories. She implements both commercial-off-the-shelf software solutions and internally developed software. Her role involves not only development but also the critical evaluation of software utility and efficiency within specialized domains.