Danielle Forier
About Danielle Forier
Danielle Forier is a Quality Assurance Tester with a background in Computer Information Systems. She has extensive experience in quality initiatives, test environment setup, and automated testing frameworks, currently working at Oak Ridge National Laboratory since 2020.
Work at Oak Ridge National Laboratory
Danielle Forier has been employed as a Quality Assurance Tester at Oak Ridge National Laboratory since 2020. In this role, she focuses on developing and automating testing frameworks for various applications. Her responsibilities include maintaining virtual machine test beds, which consist of approximately four hosts with a total of 50 instances. She collaborates closely with business analysts, project managers, and product owners to ensure that products meet quality standards.
Previous Employment Experience
Prior to her current position, Danielle Forier held several roles in the IT sector. She worked at NextEra Energy Resources as a Senior IT Business System Analyst from 2015 to 2020. Before that, she served as the Director of Service Delivery at MAS Technology Group, LLC for one year in 2020. Danielle also spent a decade at TBC Corporation in an IT role from 2005 to 2015, where she gained significant experience in the field.
Education and Expertise
Danielle Forier studied at Penn Foster College, where she focused on Computer and Information Sciences and Support Services. She completed her studies in Computer Information Systems from 2012 to 2015. Her education has equipped her with the skills necessary to initiate quality initiatives within development and operations, utilizing Agile methodologies and best practices.
Quality Assurance Skills
Danielle Forier possesses extensive experience in setting up test environments and building test frameworks and plans for commercial software. She has developed a testing framework specifically for a large-scale retail point of sale application, showcasing her technical capabilities in quality assurance. Her role involves ensuring that products and tools achieve the desired level of quality through rigorous testing processes.