Master in Biomedical engineering

The deadline to apply for the Oct 2027 intake is Aug 31, 2027, while tuition fees are 2,500 USD per year.

Biomedical Engineering, with specialty tracks in Artificial Intelligence in Medical Diagnostics and Biomechanics, is a master's degree program taught in English at Jan Dlugosz University in Czestochowa, in Częstochowa, Poland. Its duration is described as Innovative technologies and advanced materials - 7 semesters with 3 semesters for the specialty course of Virtual Prototyping. These second-degree studies, running across 3 semesters, are aimed at people who already hold a first-degree qualification in engineering. Applicants can choose between two courses: Artificial Intelligence in Medical Diagnostics or Biomechanics. Both respond to progress in medical technologies, particularly in imaging diagnostics, material solutions, and the growing use of numerical and experimental research methods within medicine. The specialty offering is also shaped by the specific needs of the medical technology industry, including the wider use of modern mechanics and simulation methods and the fast-growing role of artificial intelligence algorithms in medical diagnostics. The curriculum focuses on interdisciplinary knowledge and skills across engineering sciences, spanning the disciplines of biomedical engineering, mechanical engineering, and technical informatics and telecommunications. The program aims to develop practical skills connected to the design, production, and correct use of medical equipment, along with the ability to carry out scientific research and apply findings within the field. Biomedical engineering as a discipline combines mechanical and electrical engineering, materials science, and computing with medical applications, and a specialization in artificial intelligence for diagnostics or in biomechanics narrows that focus toward, respectively, algorithmic analysis of medical imaging and data, or the mechanical behavior of biological tissues and devices. Graduates typically move into roles in medical device design, diagnostic technology development, biomechanical research, or further doctoral study within engineering or medical technology fields.