MSc in Electrical Engineering - Smart Grids
The MSc in Electrical Engineering - Smart Grids at Tampere Uni...
Master of Science in Biomedical Sciences and Engineering - Biomedical Micro and Nanodevices
Hervanta
INTAKE: September
Program Overview
The Master of Science in Biomedical Sciences and Engineering - Biomedical Micro and Nanodevices program at Tampere University offers an interdisciplinary approach to the design and development of advanced micro and nanotechnology-based biomedical devices. This program provides students with the knowledge and skills to work at the cutting edge of biomedical engineering, particularly in the areas of microfabrication, sensor technology, diagnostics, and therapeutic devices. The program combines engineering principles with biological and medical applications, preparing graduates to tackle some of the most pressing challenges in healthcare by developing miniaturized and highly efficient biomedical devices for diagnostics, monitoring, and treatment.
Curriculum: The curriculum for the Biomedical Micro and Nanodevices program is designed to give students a comprehensive understanding of both the fundamental principles of micro and nanotechnology and their applications in the biomedical field. The program covers subjects such as microfabrication, nanomaterials, biosensors, medical device design, and the integration of micro and nanodevices with biological systems. Students will learn about the design and manufacturing processes for biomedical devices at the micro and nano scale, gaining hands-on experience with cutting-edge fabrication techniques such as 3D printing, microfluidics, and nanostructure design. The program also emphasizes the importance of biocompatibility and regulatory standards in the development of medical devices. Along with theoretical courses, students will engage in laboratory work and have the opportunity to complete a Master’s thesis based on original research in collaboration with industry partners or research institutions.
Research Focus: The Biomedical Micro and Nanodevices program at Tampere University is at the forefront of research in micro and nanotechnology applications for healthcare. The university has a strong focus on developing innovative solutions for diagnostics, monitoring, and treatment through micro and nano-scale devices. Key research areas include the development of biosensors for early disease detection, microfluidic devices for point-of-care diagnostics, and implantable nanodevices for personalized medicine. The university also conducts research into the integration of micro and nanodevices with wearable technologies and mobile health solutions, enabling continuous monitoring of patients and improving healthcare outcomes. Students in this program are encouraged to participate in these research projects, contributing to the development of cutting-edge technologies that could revolutionize medical care.
Industry Engagement: Tampere University has established strong collaborations with industry leaders in biomedical engineering, micro and nanotechnology, and healthcare. The Biomedical Micro and Nanodevices program provides students with ample opportunities to engage with industry through internships, joint research projects, and practical training. Students have the chance to work alongside professionals in both academic and industrial settings, gaining real-world experience and insight into the latest trends in biomedical device development. Additionally, the university’s close ties with companies in the biomedical, healthcare, and technology sectors ensure that students have access to the resources and networks necessary to successfully transition into the workforce after graduation. These industry connections help students stay ahead of emerging trends in micro and nanotechnology applications in healthcare.
Global Perspective: The Master of Science in Biomedical Sciences and Engineering - Biomedical Micro and Nanodevices program offers a truly global perspective. Tampere University attracts students from around the world, creating a diverse and dynamic learning environment. The program emphasizes the importance of international collaboration, and students have the opportunity to engage in global research projects and exchange programs with partner universities and institutions. The university is committed to producing graduates who are prepared to work in the global healthcare and technology markets, contributing to advancements in medical technologies worldwide. Students will be well-prepared to address global healthcare challenges and play a key role in the international biomedical device industry.
Location
Hervanta
Score
Tuition Fee
€ 12000
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 Sciences and Engineering - Biomedical Micro and Nanodevices program at Tampere University are well-prepared to embark on diverse and rewarding careers in the rapidly advancing fields of biomedical engineering, microfabrication, and nanotechnology. The skills and knowledge gained in this program open up various career pathways, particularly in the development and commercialization of biomedical devices, sensors, and diagnostics. Career opportunities are available in academic research, the healthcare industry, medical device companies, and tech startups focused on healthcare innovations.
Biomedical Engineer: Specializing in the design, development, and improvement of micro and nanotechnology-based medical devices and systems, such as implantable devices, sensors, and diagnostic tools.
Nanotechnology Researcher: Conducting cutting-edge research in nanotechnology with applications in medicine, including drug delivery systems, tissue regeneration, and diagnostics.
Biosensor Developer: Developing innovative biosensors that can detect diseases and monitor biological conditions at the molecular level, enhancing early diagnosis and personalized treatment.
Medical Device Engineer: Designing and testing advanced medical devices that incorporate micro and nanotechnologies, ensuring their functionality, safety, and biocompatibility for use in clinical settings.
Microelectronics Engineer: Focusing on the integration of micro and nanodevices with electronic systems for healthcare applications, including wearable health monitoring systems and portable diagnostic devices.
Regulatory Affairs Specialist: Ensuring that biomedical micro and nanodevices meet regulatory standards and guidelines for safety, efficacy, and quality control before reaching the market.
Clinical Researcher: Leading or supporting clinical trials that test the efficacy and safety of new biomedical devices, conducting research in hospitals or research institutions.
Product Development Manager: Overseeing the development of biomedical micro and nanodevices, from concept through to product launch, ensuring market readiness and regulatory compliance.
Consultant in Biomedical Engineering: Providing expert advice to medical device companies, startups, and healthcare organizations on the application of micro and nanotechnologies for new product development or process improvement.
Academia and Research Institutions: Graduates may choose to pursue a career in academia, contributing to the field through advanced research in biomedical micro and nanodevices and educating the next generation of engineers.
