Facultatea de Fizică, Universitatea Bucuresti

UNIVERSITATEA DIN BUCUREŞTI
FACULTATEA DE FIZICĂ

PHYSICS OF ADVANCED MATERIALS AND NANOSTRUCTURES

About the programme

This master programme aims to provide students with advanced knowledge in physics of materials and related technologies, scientific research skills, and abilities to solve problems in materials science.
You will advance your understanding of the preparation and characterisation techniques (structural, morphological, electrical and optical) for materials and nanostructures.
You will have the opportunity to work on research projects, as part of research groups including researchers from Faculty of Physics, National Institute for Materials Physics and National Institute for Laser, Plasma and Radiation Physics.

Who is this programme for

This programme is open for those with a Bachelor`s degree in physics, chemistry or materials science and prepares students for a career in an essential field for the modern technology

Learning objectives and outcomes

Graduates are equipped with competences related to the knowledge of theoretical and experimental methods in the field of materials physics - modelling of specific physical phenomena, understanding of processes ranging from nanoscale to macroscopic structures, achieving new functionality for applications.

Main objectives:

Research-based training of students for a successful career in advanced materials R&D sector (in research institutes or industry);
Training of competences and skills related to:
- processing and characterisation techniques for materials and nanostructures
- innovation and creative thinking in planning and performing specific experiments;
- communication of own results and observations;
- working in a research team and conducting interdisciplinary activities that contribute to the advancement of knowledge in the field;

The structure of academic calendar is available here

Syllabus and course sheets

Detailed course sheets are available here

Admission

Romanian citizens: Visit this page...
The admission interview is in English.

International students - EU citizens: Visit this page...

International students - non-EU citizens: Visit this page...

Please check the requirements for studies in an international language (English).

Employability

On graduation students will be able to develop a future career as a materials scientist in academia, research institutes, industry, or as an entrepreneur.

Questions?

Get in touch Anexa 1 a planului de învățământ - rezultatele învățării

Rezultate ale învăţării	Cunoștințe	Aptitudini	Responsabilitate şi autonomie	Discipline
R1	The student/graduate explains and interprets concepts, theories, models and principles of physics, highlighting practical applications	The student/graduate applies the principles and laws of physics in solving theoretical or practical problems, including in partially unpredictable situations.	The student/graduate manages technical or professional activities or projects, making decisions including in unforeseen situations.	DI.102 Condensed state physics, DI.103 Group theory and application in physics, DI.105 Materials characterization techniques
R2	The student/graduate deduces working formulas for calculations with physical quantities, correctly using fundamental principles and laws of physics.	The student/graduate evaluates critically scientific communications or specialized reports of medium difficulty, analyzing the arguments and conclusions presented.	The student/graduate performs independent work tasks responsibly and contributes to interdisciplinary approaches.	DI.101 Quantum statistical physics, DI.103 Group theory and application in physics, DI.105 Materials characterization techniques
R3	The student/graduate identifies methods, techniques and laboratory instruments necessary for designing and carrying out experiments specific to materials physics.	The student/graduate critically evaluates the results of experiments in order to determine physical quantities of interest for materials physics.	The student/graduate demonstrates autonomy in the operation and maintenance of laboratory equipment, respecting safety and quality standards.	DI.105 Materials characterization techniques , DI.108 Magnetism. Spintronics, DI.110 Preparation methods for nanomaterials and nanostructures
R4	The student/graduate knows the principles of operation, safety and maintenance of equipment used in specialized laboratories.	tudent/graduate uses correctly specific laboratory equipments, demonstrating practical skills in calibration, maintenance and operation.	The student/graduate organizes efficiently her/his professional activity and working time in accordance with research standards	DI.104 Experimental methods in physics, DI.105 Materials characterization techniques , DI.110 Preparation methods for nanomaterials and nanostructures
R5	The student/graduate integrates knowledge from physics, mathematics, and materials science to solve complex problems in the field.	The student/graduate uses interdisciplinary knowledge from physics, mathematics and materials science to model and understand the observed processes.	The student/graduate adequately manages experimental and computational data to support her/his decisions.	DI.101 Quantum statistical physics, DI.102 Condensed state physics, DI.103 Group theory and application in physics
R6	The student/graduate knows the principles and applications of specialized software in data acquisition and analysis.	The student/graduate uses computer programs for simulations and computational modeling.	The student/graduate assumes responsibility for making decisions based on the interpretation of digital data.	DI.104 Experimental methods in physics, DI.105 Materials characterization techniques , DO.107.1 Physics of mesoscopic systems
R7	The student/graduate knows the ethical norms and principles regarding both the scientific research in the field and the culture of responsibility in intellectual work.	The student/graduate assimilates the explicit (texts with normative value) or implicit (customs, practices) norms that regulate academic and research conduct in the field.	The student/graduate demonstrates solidarity, reactivity and support for strengthening academic integrity.	DI.106 Ethics and academic integrity, DI.211 Research activity, DI.212 Finalization of master thesis
R8	The student/graduate knows the principles of communication and collaboration in multidisciplinary teams and the hierarchical structure specific to organizations.	The student/graduate applies effective communication and coordination techniques in diverse teams, managing tasks and professional relationships at different hierarchical levels.	The Student/Graduate participates actively and responsibly in team activities, respecting the roles and rules of the organization, and requests the necessary support to achieve common goals.	DI.106 Ethics and academic integrity, DI.211 Research activity, DI.212 Finalization of master thesis
R9	The student/graduate knows and understands the operating principles and areas of applicability for scientific equipments associated with experimental techniques specific to materials physics.	The student/graduate collects and interprets data resulting from the application of scientific methods, integrating the results obtained into an analytical framework.	The student/graduate analyzes experimental data and extracts information about the quantities of interest.	DI.105 Materials characterization techniques , DI.201 Nanostructures for electronics and optoelectronics , DI.210 Physics of liquid crystals and polymeric materials
R10	The student/graduate acquires civic competences.	The student/graduate improves communication skills.	Shows spirit of initiative and entrepreneurship.	DFC.107 Volunteering, DFC.114 Volunteering, DI.211 Research activity

Anexa 2 a planului de învățământ - matricea rezultatelor învățării

Disciplina \ Rezultat	R1	R2	R3	R4	R5	R6	R7	R8	R9	R10	Nr rez
Quantum statistical physics		X			X						2
Condensed state physics	X				X						2
Group theory and application in physics	X	X			X						3
Experimental methods in physics				X		X					2
Materials characterization techniques	X	X	X	X	X	X			X		7
Ethics and academic integrity							X	X			2
Volunteering										X	1
Magnetism. Spintronics	X	X	X								3
Organic semiconductors and applications		X			X						2
Preparation methods for nanomaterials and nanostructures	X	X	X	X	X						5
Physics of mesoscopic systems	X	X			X	X					4
Transport phenomena in disordered materials	X	X			X	X					4
Linear response theory	X	X			X	X					4
Phase transitions in condensed matter	X	X			X	X					4
Interaction of laser radiation with matter			X	X							2
Volunteering										X	1
Nanostructures for electronics and optoelectronics	X	X	X	X	X	X			X		7
Nonlinear optics	X			X					X		3
Physics of dielectric materials			X	X		X					3
Advanced methods in statistical physics	X	X			X						3
Computational methods for electronic structure of materials	X	X	X								3
Special electronic and optoelectronic devices			X	X		X					3
Physics and technology of thin films			X	X		X					3
Computational methods in condensed matter	X	X			X						3
Virtual instrumentation and data acquisition				X		X			X		3
Physics of semiconductor devices			X	X		X					3
Electrical and optical characterization of semiconductors			X	X		X					3
Volunteering										X	1
Physics of liquid crystals and polymeric materials	X	X	X	X		X			X		6
Research activity		X	X	X	X	X	X	X	X	X	9
Finalization of master thesis	X	X	X				X	X			5
Volunteering										X	1
Total	16	17	14	14	14	15	3	3	6	5

Faculty of Physics