Professional profile
Adam
Senior Full-Stack Developer
Senior full-stack experience spanning complex web systems, application architecture, infrastructure, cross-platform applications, and applied AI engineering. A substantial background in low-level programming, graphics, embedded systems, and realtime processing supports work on performance-sensitive and unconventional technical problems.
Start a conversationWeb systems and architecture
Core areas include Laravel and PHP systems, application architecture, and API design. The related experience also covers React and Next.js frontends, Node.js, and professional WordPress platforms built with Roots Bedrock and Sage, Composer-managed packages, and project-appropriate Docker tooling.
Delivery and infrastructure
Delivery and infrastructure experience covers deployment-flow design and CI/CD automation with tools such as GitHub Actions and Jenkins. Additional areas include deployment with Docker and Linux runtime environments, integrations, and the infrastructure supporting production web systems.
Beyond web development
The broader software background includes C, C++, Embedded C, Java, Objective-C, Android, UnrealScript, and graphics development with OpenGL and WebGL. Experience with embedded systems, custom hardware, and C++ game programming contributes to work involving performance, reliability, and complex technical problems.
Applied AI engineering
AI work includes computer vision, image recognition, training and evaluation pipelines, model adaptation, and production integration. This is engineering work around data, models, infrastructure, and measurable behavior, rather than only the use of consumer AI tools or hosted chat APIs.
Flutter as cross-platform applications
More than seven years of Flutter development experience spans mobile, desktop, and web targets. NovaraCode's support chat includes Flutter-based Windows and mobile applications for the responding team, with real-time conversations and push notifications when a visitor sends a new message.
Research-led technical decisions
Unfamiliar or high-risk problems are approached through targeted research, prototypes, measurements, logs, and repeatable tests before major architectural commitments are made. This analytical process connects lower-level engineering, AI, infrastructure, and application development to decisions that can be explained and verified.