Hunter Thompson

Gilbert

Summary

Mechanical systems engineering student graduating in May 2026 with hands-on experience in PLC control logic, technical documentation, and mechanical system design. Experienced in SolidWorks, additive manufacturing, and cross-functional project leadership. Seeking a mechanical systems integrator role focused on automation, controls integration, and industrial system optimization.

Overview

years of professional experience

Work History

Facility Technician

EōS Fitness

Gilbert

03.2021 - 12.2021

Inspected mechanical equipment and facility integrity to identify safety hazards and required repairs.
Diagnosed and repaired gym machinery, reducing equipment downtime.
Documented maintenance activities and tracked recurring mechanical issues.
Assessed equipment-related concerns through direct communication with members.
Performed facility repairs, including light carpentry and infrastructure maintenance.

Promotions Assistant

Entercom

Phoenix

05.2019 - 03.2020

94.5 KOOL | 101.5 LIVE | 107.9 KMLE

Coordinated logistics and setup for promotional events, ensuring efficient execution and adherence to schedule constraints.
Communicated directly with clients to support brand engagement initiatives and resolve on-site issues.
Captured and edited promotional media to support digital marketing campaigns.

Education

Bachelor of Science, Engineering - Mechanical Engineering Systems

Arizona State University

Tempe, AZ

05.2026

Skills

Technical:

SolidWorks (Part, Assembly, Drawing) 4 years
Additive Manufacturing (FDM & SLA) 5 years
Ladder Logic (Rockwell Automation: Studio 5000)
Universal Robots Programming

Professional:

Cross-functional Team Leadership
Client Communication
Technical Documentation
Process Improvement

Senior Capstone Project – A.I. Systems Integration

Arizona State University | Industry Partner: AeroSpec Inc. | [2025–2026]

Developed a Windows-based AI assistant capable of integrating with AeroSpec’s robotic automation systems via a PLC emulator.

Designed and implemented PLC ladder logic in Rockwell Automation's Studio 5000 to simulate randomized fault generation and predictive maintenance conditions.
Structured PLC tag architecture and validated control logic using Rockwell Automation's FactoryTalk Logix Echo emulator prior to deployment.
Integrated PLC data with a custom-built HMI by implementing the libplctag.NET wrapper for real-time read/write communication.
Designed and developed a custom HMI application in Visual Studio to monitor system status, display fault codes, and support operator interaction.
Collaborated with industry engineers to validate system functionality and troubleshoot integration issues.

Affiliations

Universal Robots: e-Series Core Track [Acquired - 11/29/2025]

References

Academic:

Dr. Changho Nam, changho.nam@asu.edu, (480) 727-1218 | Associate Professor, The Polytechnic School, Arizona State University
Dr. Chen-Yuan Kuo, chen-yuan.kuo@asu.edu, (480) 727-1032 | Associate Professor, Engineering, The Polytechnic School, Arizona State University

Professional:

DJ Manrique | Regional Vice President of Facilities at EōS Fitness

Timeline