Jody Sowald
About Jody Sowald
Jody Sowald is a software developer with a background in computer science, having worked at Pelican Technologies, ATHENA, and currently at LaserLinc. He has experience in developing 3D engines, web spiders, and has engaged in personal projects related to graphics programming and artificial intelligence.
Work at LaserLinc
Jody Sowald has been employed as a Software Developer at LaserLinc, Inc. since 2022. In this role, Sowald contributes to software development projects, leveraging expertise in programming and problem-solving. The position is based in the United States, where Sowald applies skills acquired from previous experiences in the software development field.
Previous Experience at Pelican Technologies, Inc.
Before joining LaserLinc, Jody Sowald worked as a Software Developer at Pelican Technologies, Inc. from 2016 to 2018. This role took place in Dayton, Ohio, where Sowald gained valuable experience in software development over a two-year period.
Experience at ATHENA, powered by iTSpeeX, LLC.
Jody Sowald served as a Software Developer at ATHENA, powered by iTSpeeX, LLC from 2019 to 2022. During this three-year tenure in Cincinnati, Ohio, Sowald worked on various software development projects, enhancing skills and knowledge in the field.
Education in Computer Science
Jody Sowald studied Computer Science at The Ohio State University from 2013 to 2015, achieving a degree in the field. Following this, Sowald attended Sinclair Community College from 2015 to 2017, where a focus on Software Development further developed technical skills.
Technical Skills and Projects
Jody Sowald has developed a basic 3D engine independently, managing all mathematical computations involved. Sowald has experience in creating web spiders and handling complex mathematical tasks. Personal projects include 2D graphical programming and bitmap rendering using C#. Additionally, Sowald has explored genetic algorithms and conducted research in artificial intelligence and neural networks, as well as worked on GLSL graphics card parallelization.