University of Denver

Neumann University

Backend Software Engineer at Nextworld

Write automation pipelines for the University of Denver to bring engineering graduate student thesis projects into use in clinical scenarios.
Extract and process depth data from Microsoft Kinect Azure sensors to generate point cloud and mesh outputs for biomechanical gait analysis.
Develop a C++ repository from scratch using CMake to integrate Kinect SDKs, the Point Cloud Library (PCL), the Visual Toolkit (VTK), and other third party libraries.

Biomechanical Software Developer at the DU Center for Orthopaedic Biomechanics

Design and build cloud software using Java in an Agile environment for a cloud based, enterprise grade, no-code development platform.
Work in a cross team environment, collaborating with front-end Angular developers and non-technical business developers to develop full software solutions.
In charge of stories throughout the entire software development life cycle, including writing integration and unit tests for all new code implementations using JUnit 5, as well as deployment using Jenkins.
Currently responsible for multiple projects, including Single Sign-On support using SAML 2.0, an internal reporting tool to generate business intelligence insights, and an external messaging integration framework.

Nextworld

Software Engineer

Wrote algorithms to process and analyze biomechanical data
Obtained calculations and measurements from 3d image data
Developed software to be used in clinical scenarios
Researched new technology and software to implement in a laboratory setting

Undergraduate Student Researcher

A commercial application of the ARCHE Research Group (Autonomous Robots in Complex Human Environments) in a startup environment
Developed Scout robots for retail inventory mapping scenarios
Designed and printed 3D mounts using Solidworks CAD

Jeremy Keller