CÚRAM and B. Braun collaborate on simulated vascular access research

A research collaboration is to deploy cutting-edge simulation technologies to redefine best practices training and innovation for vascular access – the process of inserting a small tube or catheter into a vein to administer medication, fluids or take blood.

Photo credit details, SIMETRIC project team at the University of Galway pictured L-R: Dr Orlaith Hernon, Assistant Professor, School of Nursing and Midwifery; Dr Peter Carr, Associate Professor, School of Nursing and Midwifery; Dr Jing Wang, Post Doctoral Researcher, School of Nursing and Midwifery; Ms Jiaxin Deng, PhD Scholar, School of Nursing and Midwifery; and Dr Brian Deegan, Lecturer in Electrical and Electronic Engineering. Photo: Andrew Downes   

The project involves CÚRAM – the Research Ireland Centre for Medical Devices at University of Galway – and B. Braun, a global leader in medical technology.

New research into simulated vascular access

It leverages B. Braun’s expertise in medical device development and University of Galway’s leadership in clinical simulation research to deliver evidence-based advancements in vascular access training.

Known as the SIMETRIC project (Simulation and Imaging Methods for Eye Tracking and Recording Intravenous Catheter Insertion), it is harnessing cutting-edge simulation technologies to enhance clinical protocols, ensuring safer and more effective patient care.

The initiative integrates eye-tracking systems, high-resolution video, wearable devices and motion analysis tools to assess and refine clinician performance in real-time.

This level of precision training is expected to significantly enhance competency, safety, and patient care standards.

The study, led by Dr Peter Carr, CÚRAM Funded Investigator and Associate Professor at the School of Nursing and Midwifery, University of Galway, will evaluate how simulation-based training can enhance clinician performance in ultrasound-guided long peripheral catheters.

The project will assess clinicians using three types of ultrasound-guided long peripheral catheters, including an innovative device from B. Braun´s long peripheral catheter (Deep Access) range.

Dr Carr said: “Strong partnerships drive real change in healthcare. By combining clinical expertise, cutting-edge technology and industry collaboration, we are shaping the future of vascular access training and device innovation.”

The SIMETRIC project highlights the importance of interdisciplinary collaboration, bringing together nurses, vascular access specialists, biomedical engineers and researchers.

B. Braun said: “At B. Braun, we firmly believe that industry-academic-clinical collaboration is essential for advancing healthcare innovation and improving patient outcomes. By fostering strong partnerships between these sectors, we can leverage diverse expertise, drive groundbreaking research and develop cutting-edge medical solutions. Guided by our vision to protect and improve the health of people around the world, we are committed to collaborative efforts that enhance the quality of care and ensure a healthier future for all.”

This partnership aligns with B. Braun’s commitment to advancing healthcare through innovation, creating new opportunities to collaborate with frontline clinicians and academic experts to develop smarter training solutions and cutting-edge medical devices.

Dr Carr said: “This project will aim to ensure that the new device is underpinned by robust evidence before it can be adopted in a clinical setting. We also want to demonstrate how technology can be leveraged by clinical academics to provide training simulation that leads to improved clinical and patient care. Nurses and vascular access specialists play a pivotal role in this study and their clinical expertise is invaluable in the development and evaluation of new technologies.”

Vascular access is considered a routine yet high-risk procedure in healthcare. Problems can arise from improper catheter insertion and ensuring healthcare workers have the highest level of skill, precision, and real-time feedback is critical for improving patient outcomes.

In response to growing demand from clinical partners, University of Galway is launching three new micro-credential modules based on the project’s findings. These courses will focus on ultrasound-guided cannulation and advanced vascular access techniques, supporting the increasing adoption of ultrasound-guided long peripheral catheters across a wider range of patient groups.

The outcomes of SIMETRIC will contribute to academic training, real-world clinical applications, and the future of vascular access education. By investing in collaborative research and professional development, the University of Galway and B. Braun are setting new benchmarks for innovation in medical training and patient care.

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