Healthcare

Ulm Univ Clinic

AI & Custom Software Development for Surgical Center

30%

Reduction in Hospital Queues

40%

Increase in Operational Predictability and Planning

22%

Reduction in Secondary Infection Rates

Case Studies

Academic medical center focused on clinical care, research, and medical training.

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Healthcare

Industry

Germany

Location

AI, ML, Data Science, Data Management, Web Development

Services

$50,000 to $199,999

Budget

Challenge

A hospital faces complexities in accurately predicting medical outcomes, such as the expected hospital length of stay, and deciphering the effects of various medical indicators on these processes.

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Outcomes We Deliver

Solution

We developed machine learning models for predicting various medical outcomes, integrating feature engineering, model selection, and interpretability techniques for enhanced decision-making in healthcare settings.

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Dalriada
Tech Stack

To support Build a data bank and develop a web portal, Blackthorn AI applied:

Python
Scikit-learn
CatBoost
PostgreSQL
Roadmap

Project duration

01–03 Week

ML Model: Hospital Length of Stay (LOS)

Developed a model to predict patients’ total hospital stay duration.

04–05 Week

ML Model: ICU Length of Stay

Built a separate model to estimate ICU-specific stay duration.

06–07 Week

ML Model: Secondary Infections

Designed a model to predict the risk of secondary infections.

08–12 Week

Analytics & Insights

Delivered analytical reports and data visualizations with clinical insights.

Team Size

6 team members from Blackthorn.ai
1 x AI Solutions Architect
1 x Project Manager
1 x Fullstack engineer
3 x ML Engineers

Delivering Impact

Beyond the values already highlighted, there’s even more to discover. Our commitment to innovation, client success, and impactful results sets us apart

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30%

Reduction in Hospital Queues

Streamlined patient admission and discharge processes.

40%

Increase in Operational Predictability and Planning

Improved accuracy in predicting hospital length of stay enabled better resource allocation and patient flow management.

12%

Decrease in Length of Hospital Stays

This efficiency not only expedited bed availability for incoming patients but also significantly enhanced overall hospital capacity.

22%

Reduction in Secondary Infection Rates

Early prediction of secondary infections led to preventative measures, reducing secondary infection rates.

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