Atom AI - Healthcare Scheduling Agent

Intelligent scheduling for healthcare operations

Atom helps healthcare coordinators find the best appointment options, reduce manual work, and keep clinic schedules running efficiently.

Role

Product Designer


Concept Type

Concept App

Personal

Scope

UX/UI

Research

Prototyping

Date

February 2026

Overview

Healthcare coordinators manage numerous appointments each week, balancing doctor availability, patient preferences, and last minute schedule changes. Finding the right appointment quickly can be time consuming and repetitive, especially during busy clinic hours. Atom is an AI-assisted scheduling agent that helps coordinators book patients faster through intelligent recommendations and conversational search. It results into successfully optimized schedule by helping them make better scheduling decisions.

What problem is being solved?

What problem is being solved?

Core problem

Core problem

Scheduling appointments in a busy medical clinic is more complex than simply finding an empty time slot. Coordinators must quickly navigate doctor availability, patient preferences, and frequent schedule changes while assisting patients in real time. Existing workflows rely heavily on manual searching, making the process slower than it has to be and increasing the risk of missed opportunities or scheduling conflicts.

Pain points

Pain points

📅 Comparing available time slots in busy schedules across multiple providers manually

🕐 Limited visibility into the best scheduling options

🔄 Managing cancellations and rescheduling throughout the day efficiently

👩‍⚕️ Keeping track of changing provider availability

What is the goal of this project?

What is the goal of this project?

The goal

The goal

Create an AI agent that serves as an assistant to healthcare coordinators in their everyday tasks. The agent can provide quick information, do automated tasks and overall help the coordinators in optimizing their work and the scheduling process.

To achieve

To achieve

✨ Enable coordinators to find available appointments using natural language

📈 Improve schedule utilization while keeping coordinators in control

♻️ Simplify rescheduling and cancellation management in complex systems

🧠 Provide intelligent suggestions based on real time availability

Who are the users?

Who are the users?

The users

The users

Scheduling coordinators working in medical clinics who manage appointments, coordinate doctor availability, and assist patients over the phone or in person. Their role requires making quick scheduling decisions while balancing patient preferences, provider availability, and frequent changes throughout the day.

Shared behaviour

Shared behaviour

📞 Frequently multitask while speaking with patients

⚡️ Need fast access to accurate scheduling information

📋 Rely on clear, glanceable information to minimise errors

How is the problem being solved?

How is the problem being solved?

The solution

The solution

Atom AI scheduling agent integrated directly into the application would provide a solution which would be to ease and enhance the traditional scheduling for the scheduling coordinators. Rather than navigating multiple screens, receptionists and coordinators can ask natural language questions, receive contextual recommendations, and complete scheduling tasks in a single interaction.

Atom also proactively supports the daily workflow by surfacing scheduling conflicts, newly available slots, and opportunities to optimise utilisation of the medical clinic. By combining conversational AI with familiar scheduling tools, the experience reduces repetitive administrative work and helps coordinators manage appointments faster while keeping them in control.

What is currently out there in the market?

What is currently out there in the market?

Competitive analysis

Competitive analysis

The reality with theses types of products is that they are enterprise design products and most of them are hard to be seen and observed freely online. With the information available online it seems that other current healthcare scheduling platforms such as DrChrono and Epic provide robust tools for managing appointments, but their workflows are largely built around manual navigation. There are some agent AI driven products such as athenahealth and NextGen but their design seems a bit outdated.

From what is available online it seems like the design is a bit outdated in all of these, which makes sense, since they are enterprise products which is very typical for their environment not to have the most modern design. In NextGen it seems it has more of an assistant feeling where it talks to you as well (like a Siri). Atom is here to provide modern clean design and not to be pushing to be present where not needed, but just to help and enhance the traditional scheduling system. To optimise and help the coordinators with complex systems and not making other things more complicated than needed, just to force something new and modern.

Design

Design

The design approach

The design approach

For the whole feel of the application I wanted to go for a minimal and modern feel with a touch of color that makes sense for the medical industry. As the LLM designs are still very new, I tried to piece some common patterns and practices that exist in these new quickly evolving designs. I took a look at Loveable, Slackbot, Rovo, etc.

I designed Atom as an agentic scheduling assistant embedded directly into the coordinator’s existing workflow. The goal was to reduce the cognitive load of managing appointments while keeping coordinators in control of important decisions.

The experience was built around three principles: conversational input, contextual intelligence, and controlled automation. Coordinators can describe what they need in natural language, such as finding an earlier appointment, rescheduling a patient, or checking the waitlist and Atom translates the request into actionable scheduling steps. For some routine, low risk tasks, Atom can execute actions autonomously. For high-impact decisions, it surfaces recommendations and asks for confirmation.

This approach creates a progressive level of automation: Atom handles the repetitive work while coordinators retain visibility and control over decisions that require human judgment.

What have I learned?

What have I learned?

Designing for intent, not actions

Designing for intent, not actions

At first, I approached scheduling as a series of actions users need to complete. Designing Atom shifted my thinking toward understanding the user’s intent first. Instead of navigating calendars, filters, and appointment rules, users can describe the outcome they need and let Atom determine the steps required to get there.

Balancing autonomy with trust

Balancing autonomy with trust

An agentic experience shouldn’t mean giving AI unlimited control. I learned that the most important moments are where Atom needs to show its reasoning, surface relevant options, and ask for confirmation before taking a high-impact action. The goal is to make AI feel capable without making the user feel like they’ve lost control. Some processes can be manual as long as you want them to be, once you trust Atom you can let it handle them.

Designing for the unexpected

Designing for the unexpected

Real scheduling is rarely straightforward. Conflicting availability, provider preferences, appointment types, cancellations, and waiting lists can all change the outcome. This pushed me to design Atom not just for the ideal path, but for ambiguity, edge cases, and situations where the agent needs to ask rather than assume.

Making complexity feel simple

Making complexity feel simple

The challenge wasn't removing complexity from the scheduling system, but it was deciding where the complexity should live. Atom handles the searching, comparing, and reasoning in the background, while the coordinator gets a concise explanation and a clear next step.

Key Metrics

Key Metrics

Impact

Impact

Atom AI reduces the effort required to manage complex appointment workflows, helping coordinators resolve scheduling tasks faster while increasing confidence in AI-assisted decisions.

In numbers

In numbers

📉  Reduced average time to resolve a scheduling request from about 3 minutes to under 1 minute

🤖 Estimated 60–70% of routine scheduling tasks resolved autonomously, without requiring manual coordinator intervention

📊 Estimated 25–35% reduction in scheduling administrative workload for clinic coordinators