PhD fellowship - Computational Models for Improved Assessment of Diastolic Function

Oslo University Hospital; Oslo; On-site; NOK 520,000 - 640,000; Full time

Benefits offered by this job

Standard Norwegian PhD fellowship sal­

Professional development in a multi‑in

Attractive welfare arrangements

Job summary

Oslo University Hospital invites applications for a 3-year PhD fellowship at the Intervention Centre. The project combines echocardiography with digital twin modelling to assess diastolic function, aiming to deliver improved diagnostic tools for heart failure.

The successful candidate will join a multidisciplinary team, engage in UiO PhD coursework, and participate in international research stays. The position starts around December 2026, with eligibility under the MSCA mobility rule and a

Qualifications

• Master's degree in Cybernetics, Electrical Engineering, Informatics, Physics, Mathematics, Biomedical Engineering, Medical Technology or related field.
• Strong academic record with weighted average grade of B or higher.
• Experience with scientific programming (Python, MATLAB) is advantageous.
• Interest in cardiovascular physiology, echocardiography, medical technology, or computational medicine is desirable.
• Excellent written and oral communication skills in English are required.

Responsibilities

• Develop mathematical models linking echocardiographic data to physiological and mechanical heart properties.
• Integrate imaging information with computational models to estimate clinically important parameters.
• Collect and analyze animal and clinical datasets for model development and validation.
• Collaborate within an interdisciplinary team at the Intervention Centre and UiO.

Skills

Interdisciplinary research

Independent work

English communication

Scientific programming

Education

Master's degree in Cybernetics, Electrical Engineering, Informatics, Physics, Mathematics, Biomedical Engineering, Medical Technology

Tools

Python

MATLAB

Job description

A 3-year PhD-fellowship is available at the Intervention Centre at Oslo University Hospital. This is one out of two fellowships at The Intervention Centre that is part of the Cardiovascular Digital Twin network comprising a total of 15 fellowships across Europe (https://www.cdtnet.eu/ ). The project is funded by the European Research Council’s MSCA program.
Oslo University Hospital is a workplace with great diversity. We believe this is crucial for solving our tasks in the best possible way. We want this diversity to be reflected among the applicants for our positions, and we encourage all qualified candidates, regardless of background, to apply!

Key information

30.09.2026

Employer:

Title:

PhD fellowship - Computational Models for Improved Assessment of Diastolic Function

Heart failure affects millions of people worldwide, and around half of all cases are linked to problems with the heart's ability to relax and fill properly during diastole. Although echocardiography is the most commonly used imaging technique for assessing cardiac function, many of the key factors responsible for diastolic dysfunction—such as myocardial stiffness, impaired relaxation, and elevated filling pressures—cannot be measured directly using current non-invasive methods.

This project aims to improve the assessment of diastolic function by combining echocardiographic measurements with patient-specific digital twin technology. The doctoral candidate will develop mathematical models that link clinically acquired echocardiographic data to the underlying physiological and mechanical properties of the heart. By integrating imaging information with computational models, the project seeks to estimate clinically important parameters that are otherwise difficult to measure without invasive procedures.

While the main focus of the project is the integration of conventional echocardiographic measurements with computational models of cardiac function, there will also be opportunities to investigate emerging ultrasound modalities such as blood speckle tracking (BST). BST provides information about intracardiac flow dynamics and can be used to derive parameters such as intraventricular pressure gradients, energy loss, and flow vortices. The clinical utility of these measurements and their relationship to filling pressures and diastolic function will be explored.

The candidate will participate in the collection and analysis of animal and clinical datasets, including echocardiographic studies with simultaneously recorded invasive pressure measurements. These data will be used to develop, calibrate, and validate the proposed modelling approaches. Ultimately, the project aims to create more accurate and clinically useful tools for diagnosing and monitoring heart failure, supporting earlier intervention and more personalised patient care.

The PhD-fellow will be based at the Intervention Centre at Oslo University Hospital where the work will be conducted in an interdisciplinary team of research scientists, surgeons, engineers, and university researchers. The employment period is three years (commencing approximately December 2026), including the objective of taking organized academic training (university courses) and the completion of the PhD degree. Admission to a doctoral degree program is a requirement; including undertaking a total of 30 credits coursework from University in Oslo’s (UiO) PhD courses. For regulations concerning the PhD degree at UiO, see: https://www.uio.no/english/research/phd

Planned Research stays

• King's College London, United Kingdom (2 months): training in advanced cardiac digital twin and heart modelling technologies.
• Maastricht University, Netherlands (1 month): training in the CircAdapt cardiovascular modelling platform and model personalisation methods.

Desirable Project-Specific Qualifications and Skills

• We seek a motivated, creative, and enthusiastic candidate with a strong interest in interdisciplinary research at the interface of engineering, mathematics, and medicine.
• Applicants should hold a Master's degree (or equivalent) in Cybernetics, Electrical Engineering, Informatics, Physics, Mathematics, Biomedical Engineering, Medical Technology, or a related discipline.
• A strong academic record is required with a weighted average grade of B or higher.
• Experience with scientific programming (e.g., Python, MATLAB, or similar languages) is advantageous.
• Knowledge of mathematical modelling, computational mechanics, or data science is considered an advantage.
• Interest in cardiovascular physiology, echocardiography, medical technology, or computational medicine is desirable.
• Experience with experimental, pre-clinical, or clinical research, including data collection, validation studies, or analysis of biomedical data, is an advantage.
• Previous research experience, including scientific publications, conference presentations, or research projects, is beneficial.
• Excellent written and oral communication skills in English are required.
• The successful candidate should be able to work independently while also contributing effectively within a multidisciplinary research team.
  

Important Eligibility Rule (MSCA Mobility Rule)

This position is funded by the European Research Council's MSCA program. To apply, you must meet a strict international mobility rule.

Who CANNOT apply:

Anyone who has lived, worked, or studied in Norway for more than 12 months in total during the last 3 years.

Who CAN apply:

Anyone who has spent less than 12 months in Norway during the last 3 years (including those who have never been to Norway).

We offer

• Standard Norwegian PhD fellowship salary according to agreement with labour union
• Professional development in a friendly and stimulating multi-disciplinary and international working environment
• Attractive welfare arrangements