Professional Summary
Automation & Embedded Systems Engineer with a track record of architecting and delivering specialty industrial control solutions - most notably turnkey PVD coating chamber systems that trimmed daily operational overhead by six hours. I thrive in complex problem space, from root-cause analysis and rapid prototyping to production and optimization. Skilled at SCADA/PLC development, electrical cabinet design, and embedded firmware that meet demanding aerospace quality and safety standards (AS9100D). Seeking a collaborative, growth-oriented engineering environment.
Work Experience
Acree Technologies
Automation Engineer
- Produced turnkey automation for two PVD coating chambers (total run time ~14 hours a day), reducing operator involvement by 5-6 hours daily.
 - Engineered all PLC programming, SCADA integration, and electrical cabinet design for systems that process aerospace components for clients such as Chromalloy, SpaceX, and Raytheon.
 - Authored comprehensive system documentation and operator manuals, streamlining usability while ensuring compliance with ISO aerospace standards for safety and data integrity.
 
Acree Technologies
Automation Intern
- Initiated automation development of the first PVD coating chamber as a senior-year intern; hired full-time and promoted to Automation Engineer in Summer 2024
 
Projects
Embedded PID Loop for Mass Flow in R&D System
Acree Technologies
                                Concord, CA
                                07/2025 - 08/2025
                            
                        - Developed a C++ PID loop on Arduino Mega R3 with MCP4921 DAC (SPI) and TI MAX232N for RS-232 feedback control of oxygen flow.
 - Built a Python Tkinter/Matplotlib GUI for live plotting, parameter tuning, and CSV logging, cutting manual monitoring by ~1 hr/day.
 
Cathodic Arc Deposition Chamber
Acree Technologies
                                Concord, CA
                                01/2025 - 07/2025
                            
                        - Designed and implemented a turnkey automated system for cathodic-arc deposition, leveraging Python scripting within Ignition SCADA to orchestrate Allen-Bradley PLC control and data logging.
 - Automated and integrated control of eight power supplies, four pressure sensors, mass-flow controllers, heaters, pumps, pneumatic valves, rotary actuators, a motor, thermocouple monitoring, and gate-valve operations.