Enterprise · Radiation Dose Management

teamplay Dose

Radiation Dose Management

Cloud-based enterprise solution for patient-centric radiation dose monitoring, regulatory compliance, and institutional governance — serving radiology departments worldwide.

🔒

Under NDA

This project is protected by a non-disclosure agreement. Detailed process, artefacts, and outcomes cannot be shared on public domain — I'm happy to walk through them in a 1-on-1 conversation.

Role

Senior UX Designer (IC)

Scope

End-to-end UX ownership

Domain

Enterprise · Clinical · HealthTech

Platform

Cloud SaaS · Web · Multi-vendor

01 / About the Product

What is teamplay Dose?

teamplay Dose is an enterprise-wide radiation dose management solution by Siemens Healthineers, providing patient-centric monitoring of radiation exposure across entire imaging fleets — regardless of modality type or vendor.

The product exists at the intersection of clinical safety, regulatory compliance, and institutional governance. It supports radiologists, medical physicists, and department administrators in upholding the ALARA principle — keeping patient radiation exposure as low as reasonably achievable.

Healthcare institutions using this product are legally required to monitor, document, and act on radiation dose events under the Euratom Directive (2013/59) and equivalent national regulations. Compliance is not optional — it directly affects patient safety.

Core capabilities (public)

What the product does

Drawing from the publicly available product page at siemens-healthineers.com:

Patient-centric dose monitoring across the full imaging fleet

Benchmarking against national and institutional reference levels

Dose outlier detection, annotation, and case-level drill-down

SSDE and effective dose calculation using smart algorithms

Automated reporting for regulatory compliance and quality assurance

Multi-vendor DICOM support — CT, angiography, mammography

02 / UX Contribution

What I Worked On

As the sole Senior UX Designer on this product, I owned and led the user experience from research through to shipped feature — working directly with product, engineering, and clinical domain experts.

◈

Sole IC designer — owned UX end to end across the full product surface, from discovery through delivery, without a design team.

Clinical Workflow Research

Understood the day-to-day realities of radiologists, medical physicists, and department administrators working with radiation dose data — translating clinical constraints into UX decisions.

Governance & Accountability UX

Designed workflows that introduced structured oversight — giving institutions the controls they need to maintain compliance, reduce risk, and distribute responsibility appropriately across roles.

Safety-Critical Interaction Design

Approached dose alert and configuration workflows as safety-critical design problems — where a poorly designed interface can have direct consequences for patient radiation exposure.

Enterprise Data Visualisation

Designed for complex, multi-dimensional clinical data — dose trends, protocol comparisons, outlier distributions — making it actionable at both fleet level and individual patient level.

Role-Based Experience Design

Designed distinct but cohesive experiences for different clinical roles — each with their own goals, authority levels, and responsibilities within the dose governance workflow.

Regulatory Compliance Design

Translated requirements from the Euratom Directive and ALARA principle into product features — ensuring the UX actively supported audit readiness, traceability, and institutional accountability.

Domains worked across

Enterprise UX

Clinical Workflow Design

Safety-Critical Systems

Governance & Permissions

Data Visualisation

Healthcare Compliance

Role-Based Design

Cloud SaaS

Multi-Vendor Integration

03 / Impact

Contribution to Outcomes

The UX work I led contributed to a product that helps healthcare institutions make measurable improvements to patient radiation safety.

Enabled

Enterprise-wide dose monitoring across entire imaging fleets, regardless of modality or vendor

Supported

Regulatory compliance — reducing institutional risk

Improved

Institutional governance and accountability through structured workflows and clear role-based controls

Designed for

Auditability, traceability, and corrective action — turning dose outliers into actionable governance events

Shipped

As the sole designer, delivered end-to-end UX across an enterprise SaaS product used in clinical practice internationally

* Customer outcomes below are sourced from siemens-healthineers.com (public domain) and reflect the real-world impact of the product this UX work contributed to.

Customer outcomes · Public record

teamplay helped us to reduce the average dose received by patients by about 10–15% over three months."

Dr. Nikolaos Papadakis · Medical Physicist · IATROPOLIS Athens, Greece

With teamplay, we have been able to identify higher dose outliers on our CT protocols and take actions to reduce the overall exposure by 25%."

Chris de Angelo · Director of Imaging Services · Cone Health, USA

What the UX work made possible

Dose reductions of this magnitude require more than good algorithms — they require clinicians to confidently act on the data. That confidence is a UX problem.

The full case study in detail — including research, wireframes, design decisions and rationale — can be discussed on request. Happy to walk through the work in a 1:1 conversation, within the bounds of my NDA with Siemens Healthineers.

Let's talk?