National University of Science and Technology POLITEHNICA Bucharest
Advanced Materials Processing and Design
Description
The master's program focuses on training graduates in processing, characterization, and testing of materials for diverse applications, including industrial, medical, environmental, energy, and electronics. It targets engineers, chemists, biochemists, biologists, medical doctors, and pharmacists, combining fundamental and applied sciences. The curriculum includes materials design, manufacturing techniques, characterization methods, and practical research, culminating in a dissertation. It addresses European and global demands for innovative materials with specific properties, preparing graduates for roles in SMEs, research, or entrepreneurship. Emphasizing interdisciplinary knowledge, the program equips students to identify challenges, propose solutions, and develop advanced materials tailored to various applications.
Other Information
Master program entitled Advanced Materials Processing and Design will provide:
● developing skills in sciences, particularly, processing, design, characterization and testing of 0-3D materials (deepening and broadening of knowledge, skills and abilities necessary for the absolvents of this master program)
● acquisition of multiple skills by studying interdisciplinary sciences during the master's program; the core of the master program being the need of processing of materials and to develop materials and devices for household, medical, environmental, energy, electric and electronic applications
● formation of skills related to interpersonal communication, teamwork, rapid insertion of human resources on the market
● empowerment and improvement of university graduates with specialized knowledge (fundamental science - applied science) able to adapt for the need of the market being able to use their knowledge in various fields, as presented above
● acquiring skills to identify the challenges in the fields of materials sciences and various connected fields (which are using materials) and solve these issues based on the acquired theoretical knowledge and practical skills:
- developing knowledge, capacity of modern documentation and practical skills necessary for the design and manufacture materials for household applications
- developing knowledge, capacity of modern documentation and practical skills necessary for the design and manufacture materials for biomedical applications
- developing knowledge, capacity of modern documentation and practical skills necessary for the design and manufacture materials for energy applications
- developing knowledge, capacity of modern documentation and practical skills necessary for the design and manufacture materials for electronic applications
● theoretical and practical skills will enable student's work in adequate conditions in research laboratories and innovation in the above mentioned fields, but also in any industrial areas dealing with materials
● correlation of the properties and performances of the materials with the morphology, composition and routes of processing
● Determine or check the main structural and compositional characteristics of the materials, by using advanced characterization methods and techniques
● Linking concepts of materials science with notions of physics, mechanic, biology, electric characteristics and evaluation of the performances of these materials according to the envisaged applications
● Ability compiling research projects and exploitation of research results
● Practicing communication skills and problem solving (questioning)
All subjects of the program are open for Erasmus exchanges. Currently an ongoing application is running for getting Multiple Diploma Master Program with Yıldız Technical University and Universitat Internacional de Catalunya.
Curriculum
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