Master of Science in Biomedical Technology - Biomedical Informatics

Postgraduate Entry Requirements

Application Fee: €100

Academic Qualifications: Applicants for postgraduate programs typically require a minimum academic achievement of 60% or above in their bachelor's degree.

English Language Proficiency:

• English language test waiver is applicable if the Bachelor's, Master's, Licentiate, or Doctoral degree is in English language.

Tampere University in Finland offers various scholarship opportunities to help international students finance their education and living costs. The university is supporting talented and motivated students from around the world, ensuring that financial constraints do not prevent them from pursuing higher education in Finland. 

Tampere University Scholarships for Non-EU/EEA Students: Tampere University offers scholarships to international students from non-EU/EEA countries applying to Master's degree programs. These scholarships are designed to cover tuition fees and help students with the cost of living in Finland. The scholarship covers either partial or full tuition fees, depending on the student's academic merit and the specific program applied to.

Tampere University Scholarship for Excellence: The Tampere University Scholarship for Excellence is awarded to exceptional students based on their academic achievements. This scholarship aims to recognize the outstanding academic performance of students during their studies and provide them with additional financial support. The scholarship amount varies depending on the level of achievement, and students who maintain excellent academic performance may be eligible for renewal during their studies.

Finland Scholarship: The Finland Scholarship is a government-funded initiative aimed at attracting top talent to Finland from abroad. Tampere University participates in this scholarship program, which is available to non-EU/EEA students who apply for Master's degree programs in Finland. The Finland Scholarship covers tuition fees and provides an additional grant to help with living expenses during the first year of study. This scholarship is awarded based on academic merit and is designed to make studying in Finland more accessible to international students.

Scholarships for Exchange Students: Tampere University also offers limited scholarships for exchange students from partner universities. These scholarships help cover travel costs, accommodation, and other living expenses during the exchange period. Exchange students should check with their home university’s exchange program office to inquire about the available scholarship opportunities.

External Scholarships and Funding: In addition to university-specific scholarships, international students can explore external scholarship opportunities provided by the Finnish government, private organizations, and other funding bodies. These scholarships may be available for both undergraduate and graduate students. International students are encouraged to research and apply for other scholarships to support their studies in Finland.

Graduates of the Master of Science in Biomedical Technology - Biomedical Informatics program at Tampere University, Finland, are equipped with the necessary skills and expertise to pursue a wide range of career opportunities in the rapidly evolving fields of healthcare technology, biomedical informatics, and data science. With the growing demand for professionals who can bridge the gap between technology and healthcare, the career options for graduates are both diverse and rewarding.

Biomedical Informatics Specialist: Graduates can work as biomedical informatics specialists, where they utilize their knowledge of data analysis, machine learning, and health informatics to support healthcare providers. They play a vital role in managing and analyzing patient data, improving healthcare systems, and optimizing decision-making processes.

Health Data Scientist: As health data scientists, graduates can work with large medical datasets to uncover patterns, trends, and insights that can improve patient outcomes and healthcare services. They may apply statistical and machine learning models to predict disease patterns, analyze treatment efficacy, and support clinical decision-making.

Medical Software Developer: Graduates with strong programming skills can pursue careers as medical software developers. They design and develop software tools that are used in healthcare settings, such as electronic health records (EHR), medical imaging systems, and telemedicine platforms. Their work enhances the efficiency and functionality of healthcare IT systems.

Clinical Informaticist: Clinical informaticists focus on improving clinical workflows by applying informatics principles. They work to integrate new technologies into clinical practice, optimizing the use of electronic health records and other health IT systems to improve patient care and operational efficiency.

Healthcare IT Consultant: Graduates can work as healthcare IT consultants, advising hospitals, clinics, and healthcare organizations on how to implement and manage healthcare technologies. They provide guidance on system integration, data management, cybersecurity, and improving the use of health informatics to enhance patient care and organizational efficiency.

Medical Researcher: Biomedical informatics graduates can engage in medical research, focusing on how technology and data can advance scientific knowledge in the medical field. They may conduct studies in areas like personalized medicine, health data analytics, or bioinformatics, contributing to the development of new treatments or medical technologies.

Telemedicine Specialist: With the growing use of telemedicine, graduates can work as telemedicine specialists, developing and managing telehealth platforms and solutions that allow patients and healthcare providers to connect remotely. Their work ensures that telemedicine systems are secure, efficient, and accessible.

Bioinformatics Engineer: Bioinformatics engineers develop algorithms and tools to analyze biological data, such as genomic data, which is increasingly important in medical research and personalized medicine. Graduates in this field can work in both the biotechnology and healthcare sectors, applying informatics to understand biological systems and improve treatment options.

Health IT Project Manager: Graduates can work as project managers in health IT projects, leading teams that implement new healthcare technologies or improve existing ones. This role involves coordinating with stakeholders, managing timelines and budgets, and ensuring that technology solutions meet the needs of healthcare professionals and patients.

Health Policy Analyst: With expertise in biomedical informatics, graduates can work as health policy analysts, advising governmental and non-governmental organizations on how to implement policies that utilize data and technology to improve healthcare services. They play a crucial role in shaping healthcare policies and regulations that support the integration of technology in healthcare systems.

Biomedical Device Data Analyst: Graduates can also work with biomedical device companies, analyzing data collected from medical devices. They ensure that devices are operating effectively, improve their functionality, and develop new methods for collecting and interpreting medical data to assist in treatment decisions.

AI Specialist in Healthcare: With the growing role of artificial intelligence in healthcare, graduates can specialize in applying AI to healthcare systems. They develop AI models that improve diagnostic tools, predict patient outcomes, and automate administrative tasks, revolutionizing patient care and healthcare operations.