An immersive augmented reality experience designed for PTC's Customer Experience Center. This project showcases PTC's technology capabilities through interactive demonstrations and visualizations.

The CXC provides visitors with hands-on experiences of PTC's industrial IoT, AR, and PLM solutions in a state-of-the-art facility.

An AR-powered application that replaced 70-pages of instructions with an interactive experience.

This project demonstrates the capabilities of augmented reality to simplify complex instructions and provide an intuitive, interactive experience for users.

An augmented reality application that allows users to visualize KTM motorcycles in their environment with interactive features.

Users can explore the motorcycle's features, customize components, and view technical specifications in an immersive AR experience.

A web application developed for the Ladies Professional Golf Association (LPGA) to enhance spectator experience during tournaments.

The app provides real-time player statistics, course information, and interactive features that sync with live TV broadcasts to create an engaging second-screen experience for golf fans.

An AI player was created for legal marketing purposes, as well as a full filtered list of 114 players that were in the tournament - dynamic database with 114 profiles, sponsors, equipment and more...

Web application for Bravo TV's NextGen NYC, using live TV events to trigger a companion experience for fans, allowing them to view products and information about the actors.

A companion version of the popular game show "Who Wants To Be a Millionaire" that brings the excitement of the TV show into players' homes.

The game features immersive elements, realistic game show timing, and interactive question-answering mechanics with lifelines and audience participation.

VPS FIT is a cutting-edge spatial computing application that transforms outdoor fitness through Niantic's Visual Positioning System (VPS) technology, creating immersive augmented reality experiences for joggers and mountain bikers.

Key Features:

• Real-world route mapping with virtual checkpoints and challenges
• Trail-specific features and performance metrics for mountain bikers
• Persistent AR elements anchored to real-world locations
• Spatial awareness recognizing landmarks, trail features, and elevation changes
• Audio cues and haptic feedback for safety and engagement

The app provides contextual information and guidance without requiring users to look at their device, ensuring safety while maintaining engagement throughout workouts. Virtual achievements and competitive elements adapt to the user's environment, creating personalized fitness experiences that blend the physical and digital worlds.

The Howden Blower AR application is an advanced industrial augmented reality solution designed for maintenance engineers and operators working with Howden's complex industrial blower systems. This enterprise-grade application bridges the gap between physical equipment and digital data by overlaying real-time IoT information directly onto the machinery.

Key Features:

• Real-time visualization of critical operational parameters (temperature, pressure, vibration, power consumption)
• Dynamic 3D visualizations anchored to specific components on Microsoft HoloLens and mobile devices
• Contextual maintenance procedures and predictive analytics alerts
• Remote expert assistance capabilities to reduce downtime
• Secure connection to Howden's IoT platform with live telemetry and historical performance data
• Interactive 3D animations demonstrating proper assembly sequences
• Color-coded heat maps highlighting components operating outside optimal parameters

The system enables technicians to make informed decisions during installation, maintenance, and troubleshooting procedures, significantly improving operational efficiency and reducing equipment downtime through intelligent, data-driven insights.

The Traitors Companion App is an immersive second-screen experience designed to enhance viewer engagement with the popular reality TV show. This interactive web application synchronizes with live broadcasts, allowing fans to participate in real-time during each episode.

As lead developer on this project, I completed all aspects of development including UI/UX design, front-end implementation, and back-end integration. The app features custom-designed graphics and interface elements that perfectly match the show's distinctive branding and atmospheric aesthetic.

Key features include live player tracking, interactive mission participation, suspect identification tools, and a social prediction system where viewers can cast their votes on who they believe are the Traitors. The app also includes episode recaps, character profiles, and exclusive behind-the-scenes content that keeps fans engaged between broadcasts.

This groundbreaking VR Metaverse application was created for a major NBA team to revolutionize fan engagement and create unprecedented immersive experiences. As the lead designer, development manager, and producer on this ambitious project, I oversaw the entire creative and technical process from concept to completion.

Key Features:

• Virtual arena experiences with customizable viewing angles
• Interactive team facilities and history exhibits
• Training simulations and skill-based mini-games
• Virtual meet-and-greets with player avatars
• Social features connecting fans during live games and events
• Comprehensive storyboards mapping the entire user journey

The application enables fans to virtually attend games, explore interactive team facilities, and engage with virtual representations of their favorite players. Built on Unreal Engine for Meta Quest, the metaverse environment incorporates multiplayer networking, 3D modeling, and spatial audio to create an authentic, immersive fan experience that aligns with the team's branding and vision.

This collection represents a diverse portfolio of augmented reality applications that I designed and developed from concept to completion. As the sole designer and developer on these projects, I created all visual elements, user interfaces, interaction systems, and technical implementations—showcasing comprehensive skills in UI/UX design, 3D modeling, animation, and full-stack development.

Application Types:

• Industrial maintenance guides with step-by-step AR instructions
• Product visualization tools for sales and marketing
• Interactive training simulations and operator guides
• Educational experiences and learning platforms
• Vehicle configuration tools for sales environments

Industries Served: Manufacturing, retail, education, and entertainment—demonstrating the versatility of AR technology across different use cases. Each application was built with a focus on intuitive user experience, visual appeal, and practical functionality to solve real-world problems and enhance productivity.

Specializing in advanced 3D capture methodologies for extended reality applications, I create detailed digital representations of real-world spaces and objects through multiple cutting-edge techniques.

Capture Methods:

• Photogrammetry: Reconstructs accurate 3D models from photographic images, capturing fine surface details and textures by analyzing multiple overlapping photos from different angles
• LiDAR: Enables precise distance measurement and 3D mapping using laser pulses, providing highly accurate point cloud data for large-scale environments
• Aerial Drone Imagery: Offers unique perspectives and comprehensive coverage of large areas, enabling efficient capture of expansive sites, buildings, and landscapes
• Satellite Imagery: Provides macro-scale geographic and topographical data for integrating real-world terrain into XR experiences

These captured 3D spaces serve as the foundation for digital twin applications, AR/VR/MR experiences across various industries including manufacturing, architecture, entertainment, and education. Each method is selected based on project requirements, scale, and precision needs to deliver optimal results.

An advanced AI-powered emotional intelligence tracking system that combines face expression detection models and tiny face detector algorithms to analyze facial expressions and assess emotional states in real-time.

Key Features:

• Real-time facial expression analysis (happiness, sadness, anger, surprise, fear, disgust, neutral)
• Micro-expression detection for nuanced emotional responses
• Robust face detection in challenging conditions (low-res, occlusions, varying angles)
• Deep learning neural networks for accurate pattern recognition

Applications: Retail analytics, customer support monitoring, gaming & entertainment, education, healthcare, and workplace wellness programs.

RV Having Fun is a digital lifestyle project and platform focused on documenting, discovering, and sharing the realities of full-time RV living—combining travel inspiration, practical insights, and community-driven experiences on the road.

A content and product experiment exploring modern nomadic life through the lens of full-time RV travel. The project blends storytelling, destination discovery, and hands-on problem solving—covering routes, locations, gear, connectivity, and day-to-day life on the road. It serves both as a personal living lab and a foundation for future tools, content, and experiences aimed at RVers and digital nomads who want to travel more intentionally while staying productive, connected, and curious.

Soulflo.io is a digital AI platform focused on self-reflection, clarity, and personal growth through thoughtfully designed AI-generated content, practices, and creative tools.

An exploration of mindful technology—designed to help people slow down, reconnect with themselves, and gain insight through intentional reflection. The platform blends elements of journaling, guided prompts, creative exercises, and emerging AI-driven experiences to support emotional awareness, clarity of thought, and inner alignment. Soulflo.io emphasizes calm, simplicity, and depth, serving as a foundation for future tools centered on wellness, creativity, and conscious living.

Soulyric is an AI-powered platform that analyzes song lyrics to reveal emotional patterns, personality traits, and self-reflective insights through music.

Soulyric uses AI-driven lyric analysis to decode the emotional tone, themes, and psychological signals embedded in music people love. By transforming lyrics into clear emotional and personality insights, Soulyric enables users to better understand themselves, explore mood and mindset trends, and use music as a mirror for reflection, creativity, and personal growth.