Master's specialisation Physiological Signals & Systems of Biomedical Engineering
Program Overview
This program equips students with advanced techniques for identifying and analyzing physiological systems, leveraging technology to develop innovative healthcare solutions. Graduates gain expertise in monitoring, evaluating, and modulating key bodily functions, enabling them to translate new concepts into medical devices and services that enhance clinical practice and improve the lives of individuals with chronic conditions or disabilities.
Program Outline
Outline:
- **Clinicians are well able to see that something’s wrong with a patient and use clinical scale to quantify the severity of a dysfunction or disability. But in many cases, it’s not directly clear what is wrong exactly and what would be the optimal treatment. The course Identification of Human Physiological Systems will teach you different approaches and techniques to get detailed insights into distorted physiological systems.
- **In the course Technology for Health, you will learn to analyse a healthcare problem and evaluate the potential impact of healthcare technology, and propose technology research for developing new concepts towards new solutions, beyond the present state of the art, including a technology transfer plan.
- **Measuring signals from the human body is not a straightforward task. In many cases, your measurements are disturbed by unwanted influences from other processes. The course Advanced Techniques for Signal Analysis teaches you to reduce these influences in measuring physiological functions (e.g.
Careers:
- Biomedical engineers specialised in physiological signals and systems have unique technological expertise in monitoring, evaluation and modulating key functions of the human body, inside and outside the hospital.
- Your expertise enables you to translate new concepts into prototypes of medical devices, procedures or services that can be used in clinical practice or daily life for monitoring or restoration of physiological systems functionality and/or for supporting healthy behaviour and lifestyle.
- In fact; your work will be highly relevant for neurologists and neurosurgeons who will eventually use the technologies you have engineered. And more than impacting clinical practice, your work will improve the quality of life of people with chronic diseases or disabilities.
University of Twente Summary
Overview:
University of Twente (UT) is a research university located in Enschede, Netherlands. It is known for its entrepreneurial spirit and strong focus on technology and innovation.
Student Life and Campus Experience:
The University of Twente offers a vibrant campus experience with opportunities to join student teams, associations, and participate in sports. Students can expect a diverse and international community.
Key Reasons to Study There:
Entrepreneurial Focus:
UT is known for its entrepreneurial spirit and encourages students to develop innovative ideas and solutions.Strong Research:
The university boasts state-of-the-art research institutes and lab facilities in various fields, including nanotechnology, biomedical technology, IT, and engineering.International Environment:
UT attracts students and researchers from around the world, fostering a diverse and global learning environment.Academic Programs:
UT offers a wide range of bachelor's and master's programs across various disciplines, including:
Business Studies and Public Policy
Engineering & Technology
Information Technology (IT)
Life Sciences & Medicine
Natural Sciences
Social Sciences
Other:
The university also provides education for professionals and prospective students through online courses (MOOCs), PhD and EngD programs, pre-university programs, and Studium Generale lectures.