SOFTWARE ENGINEER
Building software to simulate materials chemistry and physics for use in designing the next generation of computing hardware.
Dedicated to pushing the boundaries of embedded systems
Hello, I'm Devin Gaughan – a dedicated Software Engineer with experience in embedded systems and firmware development. I'm currently working on crystal lattice simulation software for use in materials science in microchip research.
I'm driven by a passion for technology, with interests that extend into Chemistry, Physics, Math, and a deep appreciation for the outdoors and the natural world. I strive to push technological boundaries while creating solutions that harmonize with and respect our environment.
My expertise spans low-level firmware development, real-time systems, IoT devices, and industrial automation. I thrive on solving complex technical challenges and optimizing system performance.
Crystal lattice simulation for next-gen computing
Firmware optimization & real-time processing
Solutions that respect our environment
Technologies and tools I work with
Solutions built to solve real-world challenges
Advanced simulation software for modeling materials chemistry and physics to aid in designing next-generation computing hardware. This cutting-edge tool enables researchers to predict material properties and optimize microchip design at the atomic level.
Enabling breakthroughs in semiconductor research and next-gen computing materials
Developed low-level firmware for an industrial automation system, implementing real-time control algorithms and optimizing data processing pipelines.
⚡ +25% Operational Efficiency
Created firmware for a wearable health monitoring device, focusing on ultra-low-power consumption and real-time biometric data processing with cloud synchronization.
🔋 Extended Battery Life to 7 Days
Engineered firmware for a next-generation printer, implementing custom bootloader and optimizing initialization routines to dramatically reduce startup times.
🚀 -15% Boot Time Reduction
Developed secure and reliable firmware for an IoT-based home security system with real-time monitoring, encrypted communications, and instant alert capabilities.
🔒 Military-Grade Encryption
Designed and implemented firmware for a precision robotic arm, enabling sub-millimeter accuracy and enhanced automation capabilities in manufacturing environments.
🎯 ±0.1mm Precision Control
Created energy-efficient firmware for a smart thermostat, integrating AI-driven algorithms for optimized climate control and predictive energy management.
💡 30% Energy Savings
Open to collaboration and new opportunities