Biomedical Engineering is the bridge between medicine and cutting-edge technology. This interdisciplinary program empowers you to develop life-changing innovations in medical devices, imaging systems, and healthcare solutions.
Why Choose This Program?
· Study at the intersection of engineering, biology, and medicine
· Develop practical skills in medical technology, robotics, and imaging
· Connect with global research and innovation hubs
· Learn from academic and industry leaders
· Excellent career prospects in healthcare tech, R&D, and startups
What Does WBU Offer?
Interdisciplinary Teaching from Leading Experts -Be mentored by a team of professors with advanced qualifications in engineering, medicine, and health technology. Our faculty includes biomedical engineers, clinicians, and researchers from Albania and abroad, bringing you the latest in medical technology education.
EU-Aligned Accredited Program -Our program is accredited by ASCAL and built on the Bologna process framework. The curriculum combines theory, lab practice, and real-world applications. It aligns with global trends in bioinstrumentation, biomechanics, medical imaging, and health informatics.
Advanced Laboratories & Project-Based Learning-Train in modern facilities equipped with simulation technology, electronics, 3D modeling tools, and biomedical sensors. Develop innovative projects from your first year and join interdisciplinary student teams tackling real challenges in healthcare technology.
International Exposure and Erasmus+ Mobility -Expand your learning through EU mobility programs. Our partnerships with universities and institutions across Europe open the door to research, internships, and double degree opportunities.
Scholarships & Financial Support -Apply for merit-based and institutional scholarships. Our biomedical engineering students have benefited from full and partial scholarships through WBU and its partner network.
Internships in Top Medical Tech Environments -Gain hands-on experience in hospitals, research labs, and medical device companies. WBU partners with healthcare institutions, biomedical device distributors, and rehabilitation centers to ensure practical training that meets market demand.
Innovation, Startups, and Scientific Research -Engage in applied research in biomechanics, biorobotics, AI in healthcare, and medical device design. Join startup incubators, pitch tech solutions, and take part in national and international competitions.
Career Support & Global Outlook -Get guidance for career development, national licensing, and international certifications. Our academic advisors support you in building a strong portfolio for employment or graduate studies abroad.
What Will You Study?
First Year
Foundation in mathematics, physics, molecular biology, introduction to biomedical engineering. Start learning CAD tools and programming basics.
Foundation in mathematics, physics, molecular biology, introduction to biomedical engineering. Start learning CAD tools and programming basics.
Second Year
Courses in biomechanics, bioinstrumentation, medical imaging, signal processing, electronics, artificial intelligence.
Courses in biomechanics, bioinstrumentation, medical imaging, signal processing, electronics, artificial intelligence.
Third Year
Focus on advanced topics: biomaterials, biosensors, micro and nanotechnology, human computer interaction, biomedical engineering design and tissue engineering. Complete a major capstone project and thesis, often in collaboration with industry partners.
Focus on advanced topics: biomaterials, biosensors, micro and nanotechnology, human computer interaction, biomedical engineering design and tissue engineering. Complete a major capstone project and thesis, often in collaboration with industry partners.
Conclude with an independent thesis and capstone biotech innovation project.
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