Lisa Luo
About Lisa Luo
Lisa Luo is a Senior Software Engineer with over 16 years of experience at Thomson Reuters, where she has developed a full life cycle SOA application and enhanced legacy systems. She also has a background in Agile methodology and has previously worked at Lockheed Martin.
Work at Thomson Reuters
Lisa Luo has been employed at Thomson Reuters as a Senior Software Engineer since 2008. In her role, she has contributed to the development of a full life cycle Service-Oriented Architecture (SOA) application. Her responsibilities include analyzing requirements, designing solutions, and coding. Lisa has also utilized the VersionOne tool to implement Agile methodologies within her projects, demonstrating her commitment to efficient software development practices.
Previous Experience at Lockheed Martin
Prior to her tenure at Thomson Reuters, Lisa Luo worked at Lockheed Martin as a Senior Software Engineer from 2007 to 2008. During this time, she gained experience in software engineering practices and contributed to various projects, enhancing her technical skills and knowledge in the field.
Education and Expertise
Lisa Luo studied at Northeastern University, where she developed a strong foundation in software engineering principles. Her expertise includes proficiency in Microsoft Sync Framework 2.0, which she has used for staging and public website synchronization. Additionally, she has experience with Lucene.NET 2.0 for implementing website search functionality and has migrated legacy applications from C++ and FoxPro to .NET Framework 3.5, improving system performance and maintainability.
Technical Skills and Tools
Lisa Luo possesses a diverse set of technical skills relevant to software engineering. She is proficient in using Microsoft Sync Framework 2.0 for synchronization tasks and has experience with Lucene.NET 2.0 for search functionalities. Her knowledge of Agile methodologies is supported by her use of the VersionOne tool, which she employs to facilitate Agile project management and development processes.