Eindhoven MedTech Innovation Center

Improving value based healthcare by creating and expanding an ecosystem that enables a fast track to high-tech health innovations

Healthcare innovations that enhance daily life

Bringing technical innovations all the way from early research to implementation and commercialization can often take a long time. In healthcare innovation, in particular, this lost time can often equate to lost lives. The goal of the Eindhoven MedTech Innovation Center (e/MTIC) is to create and expand an ecosystem that strongly increases the speed of high-tech health innovation, maximizing value for patients. We consider such an ecosystem to be an unmet need and a unique opportunity for the Brainport region to make significant contributions to visionary new developments in healthcare. e/MTIC is a large-scale research collaboration between the Catharina Hospital (CH), the Maxima Medical Center (MMC), Kempenhaeghe Epilepsy and Sleep Center (KH), Eindhoven University of Technology (ºÚÁϸ£ÀûÍø) and Royal Philips Eindhoven (RPE) in the domains cardiovascular medicine, perinatal medicine and sleep medicine. The partnership has evolved over several decades, has a strong scientific and valorization track record and currently encompasses around 100 PhD students, supervised by a similar number of experts from the various partners.

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2026 New institute in the field of Health 

To ensure ºÚÁϸ£ÀûÍø's strengths are better utilized across the organization, some changes to the composition of institutes and flagships are currently being explored. Research institutes and flagships play a pivotal role at ºÚÁϸ£ÀûÍø, serving as cross-disciplinary hubs for talent attraction, strategic alignment, research excellence and collaboration with industry.

The proposed new institute for Health will focus on the transformation of healthcare, based on ºÚÁϸ£ÀûÍø's strengths in areas such as biomaterials, medical devices and technology for humans and society. This institute will help to further expand the health-ecosystem in Brainport.

Remote monitoring via Smart Patch

Video made by ZorgVanNu

Developped within e/MTIC: a smart patch that measures, among other things, the patient's heart rate and breathing from a distance. Wherever it is. The Catharina hospital in Eindhoven uses the patch for various conditions or treatments. In the video we share their experiences with the Philips healthdot.

Zorg van Nu is an initiative of the Dutch Ministry of Health, Welfare and Sport (VWS)

Implementation of innovations, beyond proof of concepts

The e/MTIC goal is to create a growing ecosystem that accelerates the speed of high-tech health innovations while maximising the added value for patients and reducing cost. To guarantee actual impact on healthcare, we must also ensure an effective implementation of innovations, beyond proof of concepts. Therefore, e/MTIC incorporates implementation science as an essential research field in the wake of the evidence-based healthcare movement.

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e/MTIC Research Areas

e/MTIC aims to strengthen the institutionalized collaboration between regional partners focusing on research and innovation in pre-defined clinical domains. Initially these are the domains in which we already excel internationally, i.e. perinatal and cardiovascular health along with sleep medicine

 

News

NEWSLETTER

Subscribe for the 2-monthly e/MTIC newsletter to receive all update on e/MTIC researchers activities, articles and events.
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Remote monitoring with healthcare still close-by

With rising workload and care complexity, we need solutions that safely shift care beyond the hospital. The e/MTIC PRESSURE project delivers continuous, non-invasive home monitoring designed to integrate smoothly into clinical workflows.

Why it matters:
• shorter stays, same safety
• better insight at home
• fewer admin tasks
• faster clinical action

Hybrid care is the future—PRESSURE shows how to make it safe and scalable.

Learn more in the full article.
 

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e/MTIC research projects

Smart mattress for neonatal care

Researchers Identify Early Physiological Markers Linked to Later Development in Preterm Infants

Computational-model-based decision support for patients at risk for sustained VT

Dynamic Dashboard for Cardiovascular Data Visualization and Analysis

Advanced motion monitoring in infants

Telerehabilitation for ADHF patients

Perioperative high-resolution monitoring database

Spectralligence

Unobtrusive OSA screening techniques

Designing Perinatal Life Support technologies through simulation

Heart Failure Classification Trial & Transitional Care Trial

PICASSO- Maternity Dashboard

video monitoring for early signaling of adverse events

PERSTIM project

UMOSA: Laser-based illumination unit for rPPG

Prolonged In-Home Sleep Monitoring (PRISM)

Digital Twin to Predict Ventricular Tachycardias

Design of a Clinical Data Management Workflow

Video monitoring for early signaling of adverse events

Biomarker monitoring by wearable patch

Multi-perspective functional echocardiography

Cancer localization by ultrasound microvasculature imaging

Monitoring the Narcolepsy spectrum

Prediction of life-threatening arrythmias

Risk stratification and screening in early pregnancy

Pre-operative assessment of aortic stenosis

Smart subjective sleep monitoring in family context

Magnetic micromixing for point of care diagnostic

Ambulatory Monitoring for improved pregnancy outcome

Camera-based Respiration Monitoring

Development of a digital twin of the artificial womb

Camera-based vital signs monitoring during sleep

Alarm-Limiting AlgoRithm-based Monitoring

ANALYSIS OF AORTIC-VALVE BLOOD FLOW USING COMPUTATIONAL FLUID DYNAMICS

FASTER AND BETTER DETECTION OF DETERIORATION OF POST-OPERATIVE PATIENTS USING NON-OBTRUSIVE TECHNIQUES

MINIMALLY INVASIVE ULTRASOUND IMAGING OF ABDOMINAL AORTIC ANEURYSMS

Nutrition monitoring with sensors in the home environment

Joint modeling with high-frequent repeated measurements

Quality of real-time fMRI: novel software, sequences, and signals

Interactive exploration of logistic regression models

Cardiac monitoring from clinical setting to daily life

Dynamic checklists: design, implementation and evaluation

Analysis of care pathways via coordinate systems

From Bench to Bedside

Accelerating digital innovation by co-creating in 6 months innovation cycles in the e/MTIC ecosystem

PROJECT: DEEP LEARNING FOR MEDICAL IMAGE ANALYSIS (DLMedIA)

e/MTIC - Large-scale research collaboration

Catharina Hospital – new technique treatment atrial fibrillation

New MRI scanner for in-depth epilepsy research

Diagnosing sleep apnea - faster, easier, costs-efficient

Narcolepsy Monitor - a joint e/MTIC development

The doctor and computer form together a powerful combination

e/MTIC has a huge support among professionals

A practical e/MTIC case – TRICA Study

MEDICAID an e/MTIC miniprogram

Smart camera to warn in case of acute heart problem

Heart Foundation interviews professor and cardiologist Lukas Dekker

Bridging the gap between doctors and technology

e/MTIC White Paper

IMPLEMENTATION SCIENCE IN HEALTHCARE TECHNOLOGY INTEGRATION

The goal of e/MTIC is to create a growing ecosystem that accelerates the pace of high-tech health innovations while maximizing patient value and reducing costs. To ensure real impact on healthcare, we must also ensure effective implementation of innovations that go beyond proof-of-concepts. Therefore, e/MTIC integrates implementation science as an essential research field in of evidence-based healthcare innovation.

Through this White Paper we want to highlight these complexities by having the key figures involved explain how such a journey takes place from idea to solution and product application. With various examples and recommandations we show the entire process from idea to product development and implementation in clinical practice.

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Meet some of our Researchers

Assistant Professor

Debby Klooster

Full Professor
(Part-time)

Marc van Sambeek

Doctoral Candidate

Giulia Palladino

Full Professor
(Part-time)

Judith van Laar

Postdoc

Myrthe van der Ven

Full Professor
(Part-time)

Paul Boon

Assistant Professor

Chao Zhang

External Collaboration Coordinator

Paul Merkus

Full Professor
(Part-time)

Ronald Aarts

Full Professor
(Part-time)

Frans van de Vosse

Assistant Professor

Peter Bovendeerd

Full Professor
(Part-time)

Volkher Scharnhorst

Assistant Professor

Rob Mestrom

Former Doctoral Candidate

Larissa Jansen

Associate Professor

Ruud van Sloun

University Researcher

Luuk van Knippenberg

Full Professor

Massimo Mischi

Assistant Professor

Hans-Martin Schwab

Assistant Professor

Collin Drent

Assistant Professor

Juliette van Haren

Full Professor
(Part-time)

Hessel Wijkstra

Postdoc

Tom Bakkes

Doctoral Candidate

Simone Monachino

External Collaboration Coordinator

Beatrijs van der Hout-van der Jagt

Former Doctoral Candidate

Floor Fasen

Associate Professor

Rik Vullings

Full Professor

Guid Oei

Assistant Professor

Merel van Gilst

Full Professor

Natal van Riel

Full Professor
(Part-time)

Hareld Kemps

Assistant Professor

Catarina Dinis Fernandes

University Researcher

Xi Long

Dean

Edwin van den Heuvel

Full Professor

Sveta Zinger

Full Professor

Richard Lopata

Full Professor

Keita Ito

Postdoc

Emma Moonen

University Researcher

Iris Huijben

Doctoral Candidate

Annekoos Schaap

University Lecturer

Elles Raaijmakers

Postdoc

Eriola Shanko

University Researcher

Zheng Peng

Full Professor
(Part-time)

Peter de With

Full Professor emeritus

Loe Feijs

University Researcher

Albert Aldenkamp

Kevin Pelzers

University Researcher

Peter Andriessen

Full Professor
(Part-time)

Carola van Pul

Full Professor
(Part-time)

Erik Korsten

University Lecturer

Andreas Pollet

Doctoral Candidate

Simon Penninga

Full Professor

Jan Bergmans

Recent Publications

Our most recent peer reviewed publications

Our partners

The Eindhoven MedTech Innovation Centre is a large-scale research collaboration in the Eindhoven region between The Catharina Hospital, the Maxima Medical Center, Kempenhaeghe Epilepsy and Sleep Center, Eindhoven University of Technology, and Royal Philips Eindhoven.

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