Design
Client: ZOLL Medical Corporation
Project: remedē System Programmer Interface Redesign
Date: 2024-2025
Service: Visual Design, Documentation, and Research
The remedē® System is an FDA-approved implantable device that treats moderate to severe central sleep apnea. This innovative therapy helps restore normal sleep by monitoring and stabilizing breathing patterns throughout the night.
How it works: The device stimulates the phrenic nerve in the chest, which sends signals to the diaphragm—the large muscle that controls breathing. This mimics the brain's natural breathing signals, helping patients breathe normally while asleep.
Programming and monitoring: Clinicians use the programming software on a specialized tablet device with a connected wand. The wand communicates wirelessly with the implanted device using inductive telemetry when placed over the implant site.
The software allows doctors to adjust stimulation settings, configure therapy modes, view device performance and generate patient reports.
Note:The redesign has not been released yet and examples can not be shared.
Design
Client: ZOLL Medical Corporation
Project: LifeVest® Translations and Design System
Date: 2024-2025
Service: Translation Design, Documentation, and Research
The LifeVest® is a Wearable Cardioverter Defibrillator (WCD) designed to protect patients at risk of sudden cardiac death (SCD). It's a non-implantable device that patients wear externally, constantly monitoring their heart and delivering a treatment shock if it detects a life-threatening heart rhythm.
How it works: It continuously monitors the heart's rhythm. If it detects a dangerous heart rhythm (like ventricular tachycardia or ventricular fibrillation), it automatically delivers an electrical shock to restore a normal heart rhythm.
Key Components: The LifeVest WCD has two main parts: a garment worn under clothing that monitors the heart and delivers shocks, and a monitor that is typically worn around the waist or on a shoulder strap.
The monitor connects to the electrode belt for the purposes of monitoring your heart rhythm and delivering defibrillating treatment, if needed.
Note:The software updates has not been released yet and examples can not be shared.
Design
Client: Dematic
Project: Dematic Design System
Date: 2020-2022
Service: Design Language, Components, Patterns and Research
The Dematic Design System and Design Kit were created to serve as a single source of truth, aligning designers, developers, and content writers to ensure consistency across all customer-facing interfaces in supply chain and logistics management. Components, patterns, sandbox environments, design tokens, and content style guides are documented in Zeroheight, while code resources are maintained in Storybook.
Design
Client: Sage
Project: Sage Pegg Chatbot
Date: 2018
Service: Interaction Design, Visual Design, and Research
Pegg is a chat bot that lets small business owners enter and track information such as money owed, account balances, expenses and more. Customers simply add Pegg inside your existing Sage software and then ask it questions in natural conversation. They could ask ‘who owes me money?’ or ‘how much did I spend on coffee in April’ or ‘what did I earn last month?’ and Pegg will deliver the answers in real time and without jargon.
The Challenges: Pegg needed a facelift to match the new DLS system and update the conversation dialogue
The Solutions: Design Workshop with internal XD, Usability Testing with Sage Customers, Sharing research findings with key stakeholders.
Architeture
Client: Sage
Project: Sage Match 2017 Redesign
Date: 2017
Service: Wireframe, Prototype, Interaction Design, Information Architecture, Visual Design, and Research
Sage Match is a website that lists and connects prescreened, customer-rated accounting professionals with the small and medium businesses that require their services.
The Challenges: The first version of Sage Match had too many filter facets that eventually would end in zero results.
The Solutions: Taxonomy Survey, Design Workshop with key stakeholders, which led to a design with 60% less filter facet options and where the user would filter down search criteria after they initiated the search.
Architeture
Client: Sage
Project: Sage View 2016 Redesign
Date: 2016
Service: Wireframe, Prototype, Interaction Design, Information Architecture, Visual Design, and Research
Sage View is a cloud application for accountant’s that gives them the ability to offer additional advisory services to their clients by importing their general ledger through connecting to their accounting software or uploading a csv export. By using Key Performance Indicators (KPIs), to measure a client’s progress towards specific goals, an accountant can use this information to help their clients run their business better. The purpose of the Sage View Redesign is to design a simpler experience that is intuitive for accountants with basic KPI knowledge to also being useful for accountants with more advanced KPI knowledge and a larger client base, to increase user adoption. The target would be to make it easier for Accountants to, connect with the client’s bookkeeping data, map the client data, create reports and if they choose to use Advanced features like creating custom Key Performance Indicators and Metrics to do more detailed analysis, the option is available.
The Challenges: The first version of Sage View had several challenges, onboarding a new client, connecting their data, and mapping their chart of accounts. Some customers clients use desktop applications while others are using cloud applications. We needed to be secure, up to date, and agnostic.
The Solutions: Value Analysis Survey with key stakeholders, Customer call observations, Usability Testing of a prototypes with customers, which led to the following solutions, agnostic upload of CSV version of general ledger in addition to connecting data from cloud applications like, Sage One, Xero, and QuickBooks. For mapping the data we simplified the way we complete the mapping by automate mappings to the closest match and giving the user less items to review vs. mapping all items by hand.
Architecture
Client: Sage
Project: Sage View Mobile Design
Date: 2016
Service: Wireframe, Prototype, Interaction Design, Information Architecture
Sage View Mobile is a companion app to Sage View cloud application. The purpose of the app was to alert accountants about how their clients Key Performance Indicators (KPIs) are performing on the go via IOS and Android mobile devices.
The Challenges: The first version of Sage View Mobile Application Analytics was very simple in this reboot concept, the charts became multi dimensional
The Solutions: Interviews with key stakeholders, Content plan for the multilevels of analysis information
Architecture
Client: Sage
Project: Sage Impact
Date: 2016
Service: Wireframe, Prototype, Interaction Design, Information Architecture, and Research
Sage Impact is a customizable online hub that lets accountants connect their tools, resources and people.
Architeture
Client: Sage
Project: Sage View 2014
Date: 2014
Service: Wireframe, Prototype, Interaction Design, Information Architecture, Visual Design, and Research
Sage View is a cloud application for accountant’s that gives them the ability to offer additional advisory services to their clients by importing their general ledger through connecting to their accounting software or uploading a csv export. By using Key Performance Indicators (KPIs), to measure a client’s progress towards specific goals, an accountant can use this information to help their clients run their business better.
The Challenges: The first version of Sage View had four goals, onboarding a new client, connecting their data, mapping their chart of accounts, and alert notifications.
The Solutions: Design Workshops, Usability Testing of a prototypes with customers.
Architecture
Client: Sage
Project: Sage View Mobile Design
Date: 2015
Service: Wireframe, Prototype, Interaction Design, Information Architecture
Sage View Mobile is a companion app to Sage View cloud application. The purpose of the app was to alert accountants about how their clients Key Performance Indicators (KPIs) are performing on the go via IOS and Android mobile devices.
Architecture
Client: Sage
Project: Sage Collaborate Mobile Design
Date: 2015
Service: Wireframe, and Information Architecture
Sage Collaborate Mobile application allows accountants and bookkeepers to share, track and audit documents with clients via IOS and Android mobile devices.
Design
Client: Scripps Networks Interactive
Project: Design Patterns
Date: 2012
Service: Visual Design & Behaviors
Scripps Networks Interactive is a developer of lifestyle-content for television and the Internet. The application design system was made for internal employee facing applications for managing media assets.
Design
Client: REI
Project: REI GoPlayList YouTube Channel
Date: 2009
Service:Visual Design
A companion channel to the REI Go Play List website offering the complimentary download of a 10-song playlist to inspire snow sports and music lovers alike while skiing the slopes.
Design
Client: REI
Project: REI GoPlayList Pandora Channel
Date: 2009
Service:Visual Design
A companion channel to the REI Go Play List website offering the complimentary download of a 10-song playlist to inspire snow sports and music lovers alike while skiing the slopes.
Design
Client: CARE
Project: The Last Child DVD
Date: 2005
Service:Visual and Interaction Design
THE LAST CHILD tells the behind-the-scenes story of the global campaign to eradicate polio, the dreaded childhood disease that continues to cripple and kill. From the frontlines in Nigeria, India, Haiti and elsewhere, you'll witness the victories and challenges of trying to wipe out a disease worldwide for only the second time in history.
I'm a User Experience Designer living in Atlanta, Georgia.
My process starts with listening. I dig deep to understand not just what your users need to accomplish, but the real challenges they face every day. From there, I craft solutions that make the complex feel simple – whether that's designing enterprise software that streamlines operations, creating mobile and website experiences that users love, designing interfaces for medical devices that ensures accessibility and regulatory compliance for patients and physicians or building comprehensive design systems that bring consistency and efficiency to your entire product ecosystem.
I've had the privilege of developing design systems for multiple large organizations, helping them scale their design efforts while maintaining quality and coherence across all touch-points. There's something deeply satisfying about creating frameworks that empower teams to build better products faster.
I believe the best creative work comes from staying curious about the world around us and understanding how people really interact with technology.
View my WorksHave a project in mind or just want to chat about design?
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