Apple, Nike, Resy. The work before the studio.Apple, Nike, Resy. The work before the studio.

The Challenge

High-end audio products like Beats headphones and Apple AirPods contain sophisticated technology that isn't immediately visible to consumers. Our challenge was to create digital experiences that effectively demonstrated these features in retail environments, allowing customers to understand the value proposition before purchase.

Comprehensive Product Suite

Over the course of this contract, we developed 15 distinct iPad and iPhone applications, each designed to highlight specific aspects of different products:

• Interactive demos showcasing noise cancellation technology
• Visual representations of spatial audio capabilities
• Battery life and quick-charging feature demonstrations
• Customization and control option explorations

Technical Approach

These applications required sophisticated technical implementations to effectively simulate product features:

• Audio processing algorithms to demonstrate sound quality differences
• 3D models with animation to illustrate internal components
• Haptic feedback synchronized with visual elements to create immersive experiences
• Optimized performance to ensure smooth operation on in-store demo devices

User Experience Design

The success of these applications hinged on creating intuitive interfaces that required minimal instruction:

• Developed gesture-based interactions that felt natural and discoverable
• Created progressive disclosure of features to prevent overwhelming users
• Implemented subtle guidance elements that encouraged exploration
• Designed experiences that worked equally well for 30-second or 5-minute interactions

The Challenge

Nike Run Club is used by millions of runners worldwide, creating unique challenges in terms of scale, performance, and feature parity. Our team needed to develop prototypes that could be rigorously tested, rapidly iterated, and smoothly integrated into the production environment without disrupting the existing user base.

Team Leadership

Leading a team of three iOS engineers, we established a development framework that prioritized both innovation and stability:

• Implemented agile workflows optimized for prototype development and testing
• Created technical specifications that aligned with Nike's broader technology roadmap
• Established code review processes that maintained quality across 30+ app releases
• Mentored junior engineers in best practices for large-scale consumer applications

Technical Innovation

A cornerstone of our work was implementing a modular MVVM architecture that facilitated faster prototyping while maintaining production-level code quality:

• Designed feature modules that could be developed and tested independently
• Created a robust state management system for handling complex user interactions
• Optimized networking layers for reliable performance in variable connectivity environments
• Implemented comprehensive analytics to gather actionable insights from prototype testing

In-Store Experiences

In parallel with Nike Run Club enhancements, our team developed in-store prototypes that bridged digital and physical retail experiences:

• Created interactive product showcases using ARKit
• Developed personalized shopping experiences tied to Nike membership profiles
• Built commerce applications specifically optimized for emerging markets
• Designed offline capabilities that ensured consistent experiences regardless of store connectivity

The Challenge

Restaurant environments present unique challenges for software: high-pressure usage, variable connectivity, and users who need to multitask efficiently. ResyOS needed to perform flawlessly during peak service hours while presenting complex information in a way that could be quickly understood by busy staff.

UI Enhancement Focus

Working within an established team of senior engineers, I concentrated on refining and optimizing the user interface:

• Reimagined table management screens for improved glanceability during service
• Streamlined guest check-in workflows to reduce friction during peak times
• Implemented performance optimizations for smoother scrolling and state transitions
• Created adaptive layouts that functioned effectively in various restaurant settings

Technical Contributions

Beyond visual improvements, I made significant technical enhancements to the platform:

• Reduced memory usage by implementing more efficient rendering approaches
• Improved state synchronization between devices to ensure consistent data
• Enhanced offline capabilities to maintain functionality during connectivity issues
• Optimized database queries to improve response times for common actions

Collaborative Process

Working with a small, senior team required a careful approach to implementation:

• Participated in collaborative code reviews focusing on performance and maintainability
• Documented architectural decisions to ensure consistency across the codebase
• Engaged directly with restaurant partners to gather real-world usage insights
• Balanced immediate improvements with long-term technical sustainability