A quieter public experience
Olive, cream and charcoal visual language, generous spacing, clear service information and a deliberately calm first impression.

A calm, accessible marketing website and role-based client-portal concept prepared as a sales preview for a Michigan telehealth practice.
For a therapy practice, a useful digital experience should feel human and reassuring from the first visit. Visitors need to understand services, the approach and how to request a conversation without facing complicated navigation or an intimidating interface.
The proposal also explored how a future private client space could organize sessions, messages, forms and billing. The work was prepared as a design and functional sales preview, not a commissioned production healthcare system.
Olive, cream and charcoal visual language, generous spacing, clear service information and a deliberately calm first impression.
An interactive consultation planner with input validation and direct call/text handoff in the preview; no medical data collection.
Role-specific preview interfaces for calendars, messages, client sessions and administrative tasks using synthetic local data.
Desktop and mobile navigation, identity assets, accessibility checks and a tested, preserved preview build.
Scroll through the complete public-facing design captured from its preserved, locally archived preview. The original project remains offline; this is a visual archive, not an operational website.

The sales preview is preserved but deliberately offline. It is not presented as a launched client website or an operating therapy practice portal. The prototype used synthetic, browser-local information for role and interaction demonstrations; it did not handle real patient records, protected health information or production payments.
This study illustrates DOUPONT’s approach to sensitive, trust-dependent interfaces: a restrained visual language, accessible journeys, clear client communication and separation between a demonstration and any future compliant production implementation.