Eugene Lee Email & Phone Number

Redmond, Washington, United States

Redmond, Washington, United States

As a DevOps engineer for Nintendo Technology Development (NTD), I ensure critical CI processes and machines operate smoothly for developers. From on-premise hardware support to detailed software debugging, I work alongside teams to create physical configurations and CI/CD jobs that suit their QA and testing needs. I also create detailed documentation about.

Published a narrative essay with technical insights to developing a full-stack IoT project, from hardware to app (2020). Won the June 2020 Best Article Second Place Award (2020). Wrote three technical tutorials as part of a series for using Microsoft Azure IoT Devices with a Raspberry Pi (2018). Received two competition awards from CodeProject’s Summer of.

West Lafayette, Indiana

Created several illustrative storyboards and architectural diagrams for their project ideation, descriptions, and documentation. Two were included as key visuals in their National Science Foundation Convergence Accelerator (NSF C-Accel) proposal. Adapted complex AR/VR project details for easy communication with reviewers, potential customers, and end users.

Developed a device that detects for excessive auditory noise and warns user of unsafe environment for up to 48 hours of continuous uptime without charging. Assembled and soldered the circuitry, and programmed a low-power Arduino-based microcontroller in C++ to use a calibrated model to estimate noise pressure levels using a microphone.

Ongoing project focused on tracking bicycle traffic throughout campus, in collaboration with Purdue Alternative Transportation Services, and to encourage healthy habits for Purdue staff. Part of Purdue’s Engineering Projects In Community Service (EPICS) program. Completed the first prototype with upgraded specifications from previous iterations of the.

Won first place in competition against eight other teams due to superior control and speed advantage. Designed steering mechanism in Creo Parametric, optimized for assembly of 3D-printed parts. Arranged circuitry and programmed an ESP-32 microcontroller in C++ to use Blynk.io’s IoT platform.

Bachelor Of Science In Engineering - Mde, Visual Design Engineering

Activities and Societies: Purdue EPICS - SRTS/SCAN, Penny Press

Minor In Product Lifecycle Management