Diana Haigler
About Diana Haigler
Diana Haigler is a Senior Software Developer with extensive experience in designing and developing Business Objects Universes. She has worked at ECS Federal, Inc. since 2011 and has been with Strong Bridge since 2020, where she improved report creation performance significantly.
Work at ECS Federal, Inc
Diana Haigler has been employed at ECS Federal, Inc. since 2011, serving as a Senior Software Developer. In this role, she focuses on designing and developing software solutions that meet the needs of the organization. Her responsibilities include interfacing with business users to gather technical and business requirements for report development from internal applications and systems. Diana's extensive experience in software development contributes to the efficiency and effectiveness of the projects she undertakes.
Current Role at Strong Bridge
Since 2020, Diana Haigler has also worked at Strong Bridge as a Senior Software Developer. In this position, she has made significant improvements to report creation run-time performance, achieving a 50% enhancement through the implementation of complex SQL queries. Her expertise in Business Objects Universes Designer allows her to design and develop Universes that provide a metadata business layer against hierarchical and relational databases.
Previous Experience at CSC
Diana Haigler has a background in software engineering, having worked at CSC in two separate periods. Her first tenure lasted from 2000 to 2005, where she gained foundational experience as a Software Engineer. She returned to CSC from 2007 to 2011, further developing her skills in software development and contributing to various projects during her time there.
Education and Expertise
Diana Haigler holds a Master's degree from George Mason University. Her educational background has equipped her with the knowledge and skills necessary for her roles in software development. Her expertise includes designing and developing complex software solutions, as well as optimizing report generation processes through advanced SQL techniques.