I am a Senior Full-Stack & IoT Software Engineer with an Electrical Engineering background from UC Davis. I specialize in bridging the gap between hardware and software—architecting, building, and shipping complex, production-grade systems from the ground up.
I drive full-lifecycle execution from initial concept to scaled production rollout. Rather than managing isolated features, I own entire technical ecosystems—designing scalable cloud infrastructure, provisioning secure multi-tenant databases, building native mobile apps, and engineering high-availability edge software for embedded hardware.
- Full-Stack & Cloud Architecture: React, React Native, Node.js, Firebase (Cloud Functions, Firestore, Auth), Google Cloud Platform (GCP), Stripe API, SQL
- IoT & Embedded Systems: Raspberry Pi Edge Compute, ElectronJS on Hardware, Serial Communication (SPI, I2C, USB, XBee), Microcontrollers (Arduino/AVR), Closed-Loop Control Systems (PI)
- Automation & Computer Vision: OpenCV Computer Vision Tracking, LabVIEW, Python Data Analysis, Multi-Layer PCB Design (Altium)
As the Sole Software Engineer & IoT Lead at Loadstar Sensors, I architected and shipped our entire next-generation ecosystem:
- ☁️ Cloud Platform: Built a multi-tenant industrial inventory cloud infrastructure from scratch using React & Firebase, including Stripe-powered hardware financing and per-seat subscriptions.
- 📟 Edge Infrastructure: Re-engineered legacy device software into a modern ElectronJS + Raspberry Pi architecture, implementing automated watchdog software recovery and secure OTA firmware update workflows.
- 🚀 Deployment: Successfully launched the modernized cloud ecosystem across a fleet rollout of hundreds of industrial field devices.
- LinkedIn: linkedin.com/in/bryant-vu-dev
- Email: bryantvu.dev@gmail.com
- Portfolio Notes: Let's talk about architecting multi-tenant industrial IoT platforms, designing zero-downtime edge recovery systems, or modernizing legacy enterprise infrastructure. I also leverage a foundational background in Electrical Engineering (RF & hardware validation) to seamlessly bridge the physical and digital domains.