Lee Bankewitz
About Lee Bankewitz
Lee Bankewitz is a Senior Vice President of Engineering at Movable Ink, where he has worked since 2011, and he has held the senior vice president role since 2017. He has a background in software development, having worked for various companies including Weplay, Inc. and Oxygen Media.
Work at Movable Ink
Lee Bankewitz has been with Movable Ink since 2011, initially serving as Vice President of Engineering for 13 years. In 2017, he advanced to the role of Senior Vice President of Engineering. His tenure at Movable Ink has been marked by a focus on engineering leadership and software development practices, contributing to the company's growth and technological advancements in the marketing technology sector.
Previous Experience in Software Development
Before joining Movable Ink, Lee Bankewitz worked at Weplay, Inc. as a Senior Software Developer from 2008 to 2011. He also held a position at Oxygen Media as a Software Developer from 2006 to 2008, where he worked on consumer-facing software and revenue reporting tools. His early career included a role at Chyron Corporation as a Programmer from 2004 to 2006.
Education and Expertise
Lee Bankewitz studied Computer Science at Stony Brook University from 1998 to 2003, where he also gained knowledge in mathematics. He has extensive experience in financial software development and has worked with various programming languages and technologies, including C# and Ruby on Rails. He is certified as a Scrum Product Owner and has significant experience with Agile methodologies, including Scrum, TDD, and pair programming.
Technical Projects and Contributions
During his career, Lee Bankewitz contributed to the development of Oxygen Media's consumer-facing software called Ript, utilizing C# 3.0 and WPF. His work also involved developing financial software, particularly focusing on revenue reporting systems. His engagement in full-time Ruby on Rails development at Weplay included the application of Agile and XP practices, enhancing the software development process.