Students will be qualified to understand properties of often used materials in biomedicine as well as application of these materials in modern medical devices.

- understanding properties and application areas of most often used materials in biomedicine - an ability to apply bioceramics, artificial materials, composites, etc. in medicine and stomatology - an ability to manufacture components and systems based on biomaterials using LTCC technology - an ability to manufacture flexible electronic components applying organic and nonorganic materials

- division (conventional) of electronic materials and their properties - fundamentals of artificial electromagnetic materials and their application in medicine - overview of materials important for the biomedicine field - bioceramics (barium-titanate for ultrasound probes, ferrites for suppression of noises in medical devices, superconductive magnets for application in magnetic resonance imaging) - biomedical composites - biopolymers (teflon as an isolated material for probes in medicine, polymeric wireless implants for measuring blood sugar) - biomaterials for cardiovascular applications (Ag/AgCl for electrodes) - biomaterials for dental application - biomaterials for orthopedic application - biomaterials for tissue reparation - overview of available fabrication technologies and comparison of characteristics and application possibilities - LTCC technology for manufacturing sensors in biomedicine, lab-on-chip, etc. - PCB technology and softwares for design circuits for PCB - technologies which can use flexible substrates (ink-jet technology for realization of various implantable sensors)

Lectures. Auditory exercises. Laboratory exercises. Consultations. Experimental projects.