Nathaniel Anderson

Snohomish

Summary

Meticulous Software Engineer with expertise in electrical systems and augmented reality development. Demonstrates proficiency in designing modular software components, troubleshooting intricate hardware/software interfaces, and collaborating within multidisciplinary teams to produce technical prototypes.

Overview

years of professional experience

Work History

Patient Services / Digital Health Intern

Optum

07.2023 - Current

Supporting 200-400 patients a day-validated complex digital health tool requirements by documenting use-case bottlenecks and providing technical feedback during feature pilots to ensure high-volume, 24/7 workflow reliability and data accuracy.

Electrician Trainee

Dickson Electric LLC

07.2019 - 01.2021

Executed complex electrical system repairs and hardware installations by interpreting technical diagrams and applying disciplined troubleshooting habits under strict safety protocols and time constraints.

Education

Bachelor of Software Engineering -

Washington State University

Everett

05.2024

Game Mechanics & Systems Design Certificate -

University of Washington

Seattle, WA

06.2022

Skills

C# and Java
Python and SQL
C and Nodejs
React and PostgreSQL
Version control with Git
Game development with Unity
RESTful APIs
Systems thinking

Object-oriented design
Debugging and analysis
Modular architecture
Windows and Linux/UNIX
Hardware installation and troubleshooting
Software project management
Scrum/Agile

Websites

Projects

HoloLens 2 AR Capstone Project, Built an interactive augmented reality system using C# and Unity, focusing on modular, object-oriented components for long-term maintainability., Collaborated across engineering and design roles within an Integrated Product Team (IPT) structure to deliver a complete prototype, mirroring aircraft lifecycle support workflows., Utilized a full-stack approach including Node.js and PostgreSQL for real-time data integration and system verification. Game Systems Prototypes (UW Program), Implemented complex gameplay mechanics and systems in Unity using C#, focusing on performance and scalability., Iterated on system designs through rigorous testing, debugging, and technical refinement to meet all functional requirements.

Timeline