Praizy Diana
About Praizy Diana
Praizy Diana is a Software Engineer with expertise in 3D theory and physics applied to game development. Currently employed at Thomson Reuters, she has previously developed training simulators for defense applications and has a background in Electrical, Electronics and Communications Engineering.
Work at Thomson Reuters
Currently, Praizy Diana serves as a Software Engineer at Thomson Reuters, a position held since 2021. In this role, she applies her expertise in 3D theory and physics to various projects, contributing to the development of innovative software solutions. Her work involves utilizing the Unreal 3D Engine to design and develop stand-alone applications, showcasing her technical skills and knowledge in game development.
Previous Experience at Zen Technologies Limited
Before joining Thomson Reuters, Praizy Diana worked as a Software Engineer at Zen Technologies Limited from 2019 to 2021. During her tenure, she focused on developing training simulators for defense applications using C++ programming. This role allowed her to gain valuable experience in software development within a specialized industry, enhancing her technical capabilities.
Education and Expertise
Praizy Diana earned her Bachelor of Technology (BTech) degree in Electrical, Electronics and Communications Engineering from the National Institute of Technology, Andhra Pradesh. She completed her studies from 2015 to 2019. Her educational background provides a solid foundation in engineering principles, which she applies in her current role as a Software Engineer.
Technical Skills and Specializations
Praizy Diana possesses strong technical skills in software development, particularly in game development and simulation technologies. She has expertise in using the Unreal 3D Engine for designing and developing applications. Her ability to operate effectively within existing engine structures demonstrates her self-direction and independence in technical projects.
Professional Attributes
Praizy Diana thrives in fast-paced work environments, showcasing adaptability and efficiency in her work. She possesses strong communication and organizational skills, which contribute to effective collaboration within teams. Her professional attributes enhance her ability to work on complex projects and meet deadlines.