Selected work across complex apps, hardware workflows, and connected systems.

A recent iPad and iPhone 3D scanning app for a custom orthotics company, with a native scanning pipeline built around TrueDepth capture, a heavily modified and improved StandardCyborg framework, OpenCV-based camera/lens calibration, C++ point-cloud meshing, and Metal performance work.

• Reworked and improved StandardCyborg's public scanning framework around the product's orthotics capture flow, device constraints, and scan-quality requirements.
• Built custom camera/lens calibration with integrated OpenCV logic for improved scan alignment and reliability.
• Created a custom point-cloud meshing algorithm from scratch in C++ for performance-critical scan processing.
• Connected Swift app UX, C++ processing, Metal rendering/performance work, and TrueDepth capture into one production scanning module.
• Supported testing, App Store submission, review, launch, updates, and refinement.

A production iOS scanning solution that captures a foot with the front-facing TrueDepth camera, turns depth and color data into a usable 3D model, and uploads sessions for review and fabrication.

• Proposed, prototyped, and built the production scanning workflow from scratch.
• Combined color and depth imagery into point clouds and meshes suitable for custom 3D printed insoles.
• Integrated secure session tracking and scan uploads through a central API.

A clinical workflow app that connected patient management software with external 3D scanning hardware, secure uploads, media attachments, and orthotics fabrication.

• Worked as sole developer on the iPad scanning app and its connection to the Kiwi patient-management backend.
• Built scanning functionality around the Occipital Structure Sensor SDK for 3D foot capture.
• Delivered the first version in Objective-C and later rewrote the app in Swift.
• Built major hardware-dependent functionality from documentation and remote testers without constant physical access to the scanner.
• Supported clinical workflows, secure data handling, and scan submission for orthotics fabrication.

An internal AR demo app for a high-end GE Healthcare microscope, using live image target detection, interactive 3D model viewing, and embedded media for product presentations.

• Combined Unity, Vuforia, C#, and native iPad UI at a time when AR tooling and Unity/Xcode integration were still immature.
• Built a hybrid workflow so the AR scene and native interface could behave like one product.
• Supported offline demo usage for trade shows and internal global events.
• Created transitions between the 3D experience, high-resolution image layers, and native media screens.

A macOS version of Calm Radio with a custom scrolling station browser, membership-aware playback, subscription-tier stream logic, and backend integration.

• Recreated a complex multidirectional station browsing UI on macOS with visual parity to the iOS product.
• Handled multiple simultaneous audio stream states based on membership, subscription tier, and station access.
• Integrated the app with an existing client backend for accounts, content, and stream access.
• Added fallback handling for interruptions and network edge cases.

An early mobile and web system for capturing physical objects in 360-degree rotations and sharing interactive object views online.

• Built capture logic for turntable-based auto capture and handheld orbital capture.
• Used CoreMotion, live gyroscope data, and quaternion math to coordinate automatic image capture.
• Connected the iOS media pipeline with an AWS EC2/MySQL backend and a web viewer for interactive 360-degree objects.
• Created the mobile app, worked as part of the team, and participated in feature design and app growth.

A custom event photography installation for a multi-day cosplay convention, built around the RotoShoot engine and designed to capture, preview, display, and upload 360-degree attendee shots in a live venue.

• Architected an iPad check-in and control station, an iPhone camera device mounted to a rotating turntable, and Apple TV display output.
• Built private WiFi communication between devices so capture, preview, promotional playback, and upload flow could work as one system.
• Connected final media to cloud storage and backend access for event delivery.
• Handled hundreds of users over the event with a stable public-facing workflow.

A small-business digital system for browsing inventory, reserving items, managing stock, and keeping online interest connected to in-store operations.

• Built the iOS browsing and reservation app, plus a lightweight web admin interface for staff.
• Created the backend API on AWS EC2 with Ubuntu, PHP, and MySQL.
• Kept item status synchronized between customer browsing, reservations, and in-store workflow.
• Provided ongoing support, upgrades, tuning, and refinements for more than five years.

A range of NDA-restricted work across healthcare, logistics, finance, social platforms, and interactive web experiences.

• Built a second AR product demo for a pharmaceutical client using Unity3D, Objective-C, marker tracking, and product interaction.
• Created a logistics app for driver paperwork capture, offline reliability, and PDF generation.
• Developed an iOS client for an international money transfer platform with multi-step verification and API integration.
• Designed core UI and architecture for an early social-networking prototype and built interactive HTML5 animation work.

An experimental SwiftUI app exploring random number streams, pattern detection, symbolic interpretation, and a more playful edge of software craft.

• Generated and analyzed high-frequency random number sets.
• Mapped statistically unusual patterns into rune interpretations.
• Shipped as a personal product on the App Store.