Advanced Bioengineering and Healthcare Materials

Faculty

Faculty of Chemical Engineering and Biotechnology

Domain

Applied engineering sciences

Language

ENGLISH

Website

https://chimie.upb.ro/en/

Contact

Iuliana BIRU - iuliana.biru@upb.ro

Description

The Advanced Bioengineering and Healthcare Materials (BIHEALTH) master’s program aims to train specialists with advanced competencies in biomaterials, smart medical technologies, and healthcare engineering. The program combines materials engineering, biotechnology, life sciences, and digital technologies to develop innovative solutions for improving quality of life and healthcare systems. Through interdisciplinary education, research activities, and collaborations with medical and industrial partners, BIHEALTH prepares students for careers in emerging fields such as medtech, nanomedicine, tissue engineering, regenerative medicine, and intelligent healthcare materials.

Objectives:

•Development of skills in the design of advanced biomaterials, using engineering principles, synthesis processes and modern biofunctionalization techniques.

•Training of skills in the physicochemical and biological characterization of biomaterials, using advanced experimental methods, high-performance equipment and standardized protocols.

•Development of digital and computational skills necessary for the design and optimization of biomaterials, by using molecular modeling techniques and machine learning algorithms.

•Training skills in the design and analysis of smart technologies for medicine, including biomedical devices, sensors and medical imaging techniques

Other Information

The Advanced Bioengineering and Healthcare Materials (BIHEALTH) program, taught in English, emphasizes interdisciplinary training, innovation, and strong connections with the medical and industrial sectors, preparing students for international careers in advanced healthcare technologies. The program is open to Erasmus students and encourages international collaboration through partnerships with academic and research institutions. Coursework and research activities focus on cutting-edge developments in biomaterials, tissue engineering, nanomedicine, smart medical devices, and digital technologies for healthcare applications.