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Kim Phan

@kimphan

Message

I build reliable automated testing and IoT sensor systems using data-driven monitoring and Python.

Vietnam

Message

At LG Electronics Development Vietnam, I lead stability and monitoring for the Tiger automated test framework, analyzing and reporting test results to improve release readiness.

I implemented data-driven triage to identify root causes of failed tests, reducing random test errors by 30% and emergency incidents by 70%. I also built a web-based monitoring dashboard that provided real-time test-health and project-status visibility, accelerating release decisions by 40%.

Previously at SDSU HealthLINK Center and the Wearable Devices Research Lab, I developed algorithms, visualization tools, cloud-connected sleep sensors, and RESTful APIs for wearable healthcare research. My work spans Python, MATLAB, Django, Spark, IoT connectivity, and real-time data visualization.

I also built academic IoT projects including a smart door-control application and a UAV-based automatic sensor deployment system.

Experience

Work history, roles, and key accomplishments

Function Owner - Tiger Autotest Framework Stability & Monitoring

LG Electronics Development Vietnam (LGEDV)

Jan 2022 - Jan 2026 (4 years)

Led the overall stability and monitoring strategy for the 'Tiger' automated test framework, with primary responsibility for analyzing and reporting test results. Implemented a data-driven triage mechanism to identify and eliminate the underlying reasons for failed tests.

Testing Automation Data Analysis Release Management

Wireless Sensor Technology Coordinator

SDSU HealthLINK Center

Jan 2019 - Jan 2022 (3 years)

Developed computational algorithms for sensor data processing and pattern recognition in clinically applicable wearable gadgets. Tested innovative sensor designs and developed a data visualization tool for commercial sensor data used in research.

Python Matlab Sensor Processing Data Pattern Recognition Data Visualization

Research Assistant

Bioengineer Wearable Devices Research Lab, SDSU

Jan 2018 - Jan 2019 (1 year)

Adapted a local ambient sleep tracking sensor into an Internet of Things device with a wireless connection utilizing Particle Photon and passive infrared sensor technologies. Developed a cloud server for sleep monitoring sensors and a computational algorithm for sleep sensor data analysis.

Photon TCP UDP Spark Matlab Python Django

Academic Projects

Computer and Electrical Projects

Jan 2012 - Jan 2017 (5 years)

Blueprinted and constructed an IoT application for a smart controlling door with the ability to report the door’s status and send an alert when illegal access occurs. Worked with the Status Airway team to develop an automatic sensor deployment system using a UAV.

Raspberry Pi PIC24 I2C