Jobs Posted on the Whova Community Board of Computing in Cardiology Conference 2024
If you know anyone in the job market, feel free to share with them
Student Researcher (PhD in biomedical engineering) in the field of medical wearables
University of Ulm development of innovative approaches and methods to analyze timeseries data from wearables to improve diagnosis and physiological understanding of sleep, brain-heart interaction... s, women's health, and endocrine function
Link:https://www.uni-ulm.de/bmtSee More >>
Postdoc position in Modeling and simulation of biomedical problems
Johann Radon Institute for Computational and Applied Mathematics The full-time position is affiliated with Mathematical Methods in Medicine and Life Sciences Group led by Prof. Dr. Luca Gerardo-Giorda at RICAM, located in Linz/Austria.
T... asks: Development of computational models and softwares to be used in the direct simulation of biomedical problems such as the cardiovascular system and brain tumor growth, in uncertainty quantification, and in the inverse problem of parameter identification for model personalization.
Your profile: • Doctorate in Applied Mathematics, Biomedical Engineering, or closely related field • Strong background in finite element simulation. • Strong proficiency in English • Proficiency with C++ and Python programming • Experience in interdisciplinary research and HPC (desirable)
Postdoc position in the Mathematical methods in medicine and life sciences group
Johann Radon Institute for Computational and Applied Mathematics The position is offered initially for 1 year with the possibility of an extension for another year.
The position is funded by the FFG Bridge project “Advanced Modelling of... Pulse Field Ablation to Augment Cardiac Digital Twins for the Treatment of Atrial Fibrillation” led by Dr. Argyrios Petras, in collaboration with the industrial partner NumeriCor GmbH.
Your tasks: The postdoc will join the Mathematical Methods in Medicine and Life Sciences Group at RICAM, located in Linz/Austria, and will work on the development of mathematical models for cardiac pulse field ablation and their validation with tailored experimental data. The successful candidate is expected to perform numerical simulations using the finite element method on geometries reconstructed from medical imaging data.
Your profile: • PhD in Biomedical Engineering, Applied Mathematics, Physics or closely related field • Experience in mathematical models for medical applications (desirable experience in cardiac electrophysiology models) • Experience in segmentation of medical images • Experience with Python and/or C++ programming languages • Familiarity or experience with OpenCARP software (desirable)
We have an opening for a PhD candidate at Maastricht University's CARIM institute. The project focuses on characterizing the electrical substrate afte... r myocardial infarction to better understand arrhythmia risk. The candidate will apply engineering techniques, including electrocardiographic imaging and AI, to improve clinical decision-making for implantable cardioverter defibrillators.
We seek applicants with a background in biomedical engineering or related fields, strong analytical skills, and an interest in translational research. The position offers opportunities for interdisciplinary collaboration and international experience.
For full details and to apply, please see the vacancy.
Application deadline: 6 October 2024
If you have any questions, please contact me!
With kind regards, Matthijs
Matthijs Cluitmans, MD PhD
Assistant professor at Maastricht University Medical Centre
King’s college London Fully funded NIHR PhD studentship in pulmonary hypertension, with the goal of better supporting the choice of the most appropriate therapy for each patient using digital twin tech... nologies
Stellar supervisory team including Colm McCabe
Unique access to real world clinical data across London hospitals
University of Utah We have two fully-funded PhD positions focusing on developing virtual models of cardiac electrophysiology to understand and improve the treatment of arrhythmic heart diseases. The... specific PhD project directions are:
1) Exploring and accounting for sex-specific differences in virtual models of cardiac electrophysiology to improve the understanding of disease mechanisms and clinical outcomes. 2) Generating an insilico ECG platform for drug testing.
The University of Utah offers a unique and ideal research environment spanning clinical, experimental, and modeling domains. The student will be at the Scientific Computing and Imaging Institutes and will interact closely with fellow researchers in computational cardiology and other complementary domains.
If interested, don't hesitate to get in touch with Dr. Karli Gillette (karli.gillette@utah.edu) directly. There is no deadline for submission.
See More >>
Phd and Postdoc Positions in Uppsala University (Sweden)
Uppsala Univerisity My group in Uppsala University (Sweden) has two openings for PhD and one opening for Postdoctoral researcher.
The selected candidates will develop data-driven methods to le... arn signals and systems from data, and work in their applications to cardiology and electrophysiology.
Link:https://antonior92.github.io/groupSee More >>
Post Doc in Bordeaux
University of Bordeaux We have a 2-year Post Doc position open at the Liryc Institute in Bordeaux focusing on developing and experimentally validating methods for electrical impedance tomography (EIT).... The researcher will be responsible for developing EIT methods for the reconstruction of the heart-torso models used with ECGI. They will also be involved in the animal experiments required to obtain the data to validate these models, and implement/develop the signal/image processing for data processing.
Worcester Polytechnic Institute (WPI). We have two open positions for self-motivated Ph.D. students with a strong interest in applied math, biophysics, computer science, cardiac electrophysiology modeling, or electrica... l engineering in the Department of Biomedical Engineering at Worcester Polytechnic Institute (WPI).
Worcester Polytechnic Institute (WPI) We are seeking a Postdoctoral Fellow to play a pivotal role in a multidisciplinary research project funded by the National Institutes of Health (NIH). The project revolves around ... the development and clinical application of noninvasive mapping technologies to localize ventricular arrhythmias in real time using standard ECG.
Minimum Qualifications: Preferred Qualifications: A Ph.D. in electrical engineering, computer science & engineering, applied statistics/mathematics, or a closely related field; familiarity with cardiac electrophysiology modeling is advantages.
University Medicine Greifswald Starting from October 1, 2024, Full-time position, fixed-term for 36 months
Your Responsibilities
Responsible for connecting University Medicine Greifswald to the Ki... MeKo Data Access Application platform.
Collaborate closely with the Data Integration Center, the Ethics Committee, and the Data Protection Officer to establish processes for training AI models on Greifswald patient data.
Develop and validate artificial intelligence methods using clinical data.
Contribute to related research projects in medical informatics and artificial intelligence.
Document and present research results at national and international conferences.
Requirements
A completed degree and PhD in medical informatics, bioinformatics, computer science, mathematics, or related fields.
Advanced knowledge in the development and application of AI methods, particularly in a medical context.
Experience working with clinical data and related data protection requirements.
Ability to collaborate and communicate across disciplines with various stakeholders.
corpuls | GS Elektromedizinische Geräte G. Stemple GmbH Your area of responsibility: As part of our data team, you will promote data driven corpuls product development. This will enable our products to continue to offer emergency se... rvices the best possible support to fulfill their tasks in emergency situations.
With your work, you will expand our data analytics tooling and create new data pipelines for our data warehouse. With the help of interdisciplinary collaboration, you will create interfaces that users from different areas can access and use for their activities in a self-determined manner for data-driven decisions. In this way, you directly shape the company's innovation opportunities.
What you bring with you: > Experience in software development with Python (from 3.10), as well as another programming language (C#, Ruby, Java, Kotlin, Rust, etc.) > Experience with databases, SQL and ideally with data warehouse technologies > Linux Shell, git, Docker, DevOps and, if applicable, Kubernetes, are also no foreign words to you > You enjoy working in an interdisciplinary team > You like to share your knowledge in team exchanges or when supervising students and appreciate learning new things every day > You think through a project from start to finish (design to deployment) on your own initiative and have your own idea of what software craftsmanship is all about > You are a strong advocate of resilient systems, catchy documentation and good software architecture > You have solid knowledge of software engineering methods (design patterns, test driven development, etc.) and know when, where and how they should be used > Degree in computer science, natural sciences/engineering, mathematics or comparable qualification (not mandatory)
Why corpuls? > Home office > Company pension scheme > In-house fitness studio > Yoga and back training > Crisis-proof workplace > Muesli bar > Team events > Agile Work > Health care > Modern work equipment > Corporate benefits
corpuls | GS Elektromedizinische Geräte G. Stemple GmbH Your area of responsibility: You will be part of our digital signal processing team working according to agile methods. With your expertise, you will ensure the efficient integ... ration of our algorithms on the embedded target system. In this way, you will have a direct influence on how quickly improvements in the algorithms are incorporated into our products and thus ensure that corpuls devices continue to provide the best possible support to the emergency services in the future.
Your work on testing and integrating the resulting algorithms allows for short feedback cycles and easy verifiability for continuous optimization. It also enables and improves the search for the right opportunities for optimization - whether these are to be found in the models, the code generation, the generated code or the way it is embedded. In your job, you will work closely with firmware developers on your projects and also deepen your knowledge of algorithm development and your medical expertise.
What you bring with you: > Solid programming skills in Python as well as in C or C++ (14) and the associated tooling (e.g. cmake, ninja, conan) > In addition to experience with hardware-in-the-loop tests of embedded systems, you bring good knowledge of CI/CD (GitLab, Jenkins), used for embedded systems, as well as know-how in docker > Experience in software development for real-time capable embedded systems is an advantage > You may also have already gained experience with MATLAB/Simulink and perhaps even automatic code generation
Why corpuls? > Home office > Kindergarten/kita allowance > Company pension scheme > Travel allowance > In-house fitness studio > Yoga and back training > Crisis-proof workplace > Muesli bar > Sports groups (tennis, climbing, etc.) > JobRad > Team events > Agile Work > Health care > Modern work equipment > Corporate benefits
Link:https://corpuls.world/karriere/stellenangebote/platform-engineer-embedded-software-algorithmik.phpSee More >>
Postdoc at the University of California San Francisco
University of California, San Francisco We have an open Postdoc position in our lab, the Cardiac Vision Laboratory at the University of California, San Francisco, USA. We develop computational methods to study heart rhy... thm disorders, arrhythmia mechanisms, ventricular mechanics, and electromechanical coupling. Overall, we try to bridge the gap between numerical modeling and imaging. We develop computational and deep learning models and perform simulations, data analysis and experiments. Candidates should have a PhD in Bioengineering, Physics, Electrical Engineering, Applied Math or a related field. The position is initially for 1 year, but can be extended to 3-4 or more years depending on performance and availability of funding. Please reach out via email for inquiries.
Link:https://cardiacvision.ucsf.eduSee More >>
Senior Software Engineer C++ Linux
corpuls | GS Elektromedizinische Geräte G. Stemple GmbH Your tasks are: > Supporting our 20-strong team in the development of complex embedded software systems at the Augsburg or Kaufering site > Creating and integrating hi... gh-quality software components that save lives > Bringing new ideas and old experience to us > Occasionally (1-2 times a year) a trip to colleagues in other European countries
What you bring with you: > You can dream in C++17 and at least one other programming language > Linux (or MacOS) is your passion and runs on your private laptop > You have Git, CMake, Docker under control like your smartphone > Boost and/or Qt are no foreign words for you > Optional knowledge of and/or interest in Yocto-Linux > You can also rave about your vacation experiences in fluent English
Why corpuls? At our company headquarters in Kaufering, over 500 hearts beat for the highest demands of lifesavers from over 75 countries worldwide. At corpuls, not only innovative products are created, but also successful careers. We are always aware that only those who feel comfortable are motivated and can always be inspired anew. It is therefore important to us to create the right environment for this. At corpuls you can expect, among other things
> Home office > Kindergarten/kita allowance > Company pension scheme > Travel allowance > In-house fitness studio > Yoga and back training > Crisis-proof workplace > Muesli bar > Sports groups (tennis, climbing, etc.) > JobRad > Team events > Agile Work > Health care > Modern work equipment > Corporate benefits
Lund University, Sweden Postdoctoral fellowship, AI for fetal MRI image reconstruction As a postdoctoral fellow in the Cardiac MR-group, you will mainly work on the following tasks: *Development po... st-processing and image reconstruction methods in fetal cardiovascular MRI. *Optimization and validation of fetal cardiovascular MRI methods. *Writing scientific papers for publication in international research journals in the field of MRI.
The postdoc will work in the Cardiac MR-group, Clinical Physiology, Department of Clinical Sciences Lund. This multidisciplinary group of about 40 researchers consists of medical doctors, engineers, physicists, technologists, and physiotherapists.
See More >>
Funded PhD - BP wearables for cardiovascular outcomes and falls
University of Leeds There are multiple opportunities using these data sets for PhD study to develop and apply novel methodologies including:
Use of prognosis research methods to investigate w... hich summary measure of 24-hour Blood pressure profiles is predictive of falls, major adverse cardiovascular events, or all-cause mortality, over and above existing prediction tools. Use of machine learning techniques to investigate whether patterns of BP profile, may have superior predictive value over summary measures currently available. Use of propensity score matching to address confounding to undertake a causal inference study asking whether treatment change on basis of 24-hour BP recording changes outcomes. Use of individual patient data meta-analysis to combine data from three cohorts in a 2 stage IPD meta-analysis process.
Postdoctoral position on magnetostimulation for MRI and other applications
Martinos Center for Biomedical Imaging/Harvard Medical School We are looking for a postdoctoral fellow to work in our laboratory located in Athinoula A. Martinos Center for Biomedical Imaging in Charlestown, Massachusetts, on a number of pro... jects related to magnetostimulation in MRI and other applications. The laboratory is part of the Massachusetts General Hospital, and postdocs have a joint appointment with Harvard Medical School. The ideal candidate will have a background in mathematics, physics and/or engineering. Practical expertise with hardware development and/or complex computational modelling of biomedical systems is required, even if in a different field. A proven track record in publication is also required. Strong motivation to pursue a career in the field of biomedical engineering is essential. Magnetostimulation is the stimulation of peripheral nerves in the body by electric fields induced deep into tissues by time-varying magnetic field at kilohertz frequencies. Our team has developed computational models of whole-body nerve and tissue distributions that allow detailed predictions of magnetostimulation thresholds induced by MRI and other coils. The postdoc will extend those predictions using deep learning (computational modelling). Another task is to leverage our previous computational and experimental work to develop methods for selective excitation of nerves using arrays of magnetic coils (multi-channel magnetostimualtion). Possible applications of such an approach include non-invasive spinal cord stimulation or specific nerves for rehabilitation of traumatic and nerve injury.
See More >>
Principal Concept Development Engineer - Electrophysiology
Boston Scientific Full job description in the link
About the role: Boston Scientific is a global medical technology leader for more than 35 years. Our mission at Boston Scientific is to... transform lives through innovative medical solutions that improve the quality of patient care. The Waltham-based division is a small, dynamic, fast-growing part of Boston Scientific’s Electrophysiology Division with a highly talented team supporting the development of our EP portfolio. The high-resolution 3D maps of the electrical activity of the human heart provided by our cardiac mapping system are used by physicians to diagnose and treat cardiac arrhythmia.
The Concept Development Engineer will have a collaborative role in the design and development of novel algorithms and tools for cutting-edge medical applications in the field of Cardiac Electrophysiology. The primary responsibilities include; ideating novel concepts, rapidly prototyping solutions, creating and analyzing technical data and communicating high level data-driven decisions.
Your responsibilities include: Design and develop novel processing algorithms applied to biological signals Drive the efforts for feasibility validation to prepare for transfer to commercial integration Work as part of concept development teams to explore, model, and develop new algorithms and ideas for breakthrough mapping and automated sensing features Produce maintainable code and technical documentation. Effectively collaborate across disciplines (HW, Software, Systems, and ME) to focus on and maximize end-to-end solution value Play an active role in the cross-functional/departmental effort of defining the clinical feature value proposition Provide technical leadership in algorithm development and best practices Stay current with industry trends and new methodologies including artificial intelligence and machine learning
Link:https://jobs.bostonscientific.com/job/Waltham-Principal-Concept-Development-Engineer-Electrophysiology-MA-02138/1217630200/See More >>
Principal Advanced Development Engineer - Electrophysiology
Boston Scientific Full description in the link The Principal Advanced Development Engineer will have a collaborative role in the design and development of novel algorithms and tools for cutting-... edge medical applications in the field of Cardiac Electrophysiology. The primary responsibilities include: ideating novel concepts, rapidly prototyping solutions, creating and analyzing technical data, optimizing for implementation and communicating high level data-driven decisions. Requirements: Master’s Degree in Computer Science, Electrical Engineering, Physics or equivalent with at least 5 years of product development experience in a commercial environment. Experience training AI models using various techniques and tools. Domain Expertise in Computer Vision, Geometric Computing, and Machine Learning algorithms, including supervised, unsupervised, and reinforcement learning. Creative Solution oriented mindset Knowledge of basic algorithms, object-oriented and functional design principles, and best-practice patterns Strong background in mathematics (e.g., linear algebra, statistics, optimization) Demonstrated proficiency in C++, MATLAB/Python or equivalent for prototyping, modeling, data analysis and application development Experience in modern Source Code Management (SCM) tools such as git or AccuRev. Ability to work with ambiguity to balance risk and opportunity. Passion for developing talent, mentoring, and building high-performance teams. Excellent communication and presentation skills, capable of conveying technical information in a clear and thorough manner Demonstrated history of learning new platforms and development environments to best meet project needs.
Link:https://jobs.bostonscientific.com/job/Waltham-Principal-Advanced-Development-Engineer-Electrophysiology-MA-02138/1215611300/See More >>
