BABEȘ-BOLYAI UNIVERSITY Semester I Semester II. 19 Field of study: PHYSICS Programme of study: COMPUTATIONAL PHYSICS

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1 CURRICULUM starting form Academic year III. WEEKLY STRUCTURE OF TEH PROGRAMME (in hours) BABEȘ-BOLYAI UNIVERSITY Semester I Semester II FACULTY OF PHYSICS Year I Year II Field of study: PHYSICS Programme of study: COMPUTATIONAL PHYSICS IV. DISSERTATION EXAM Language of instruction: ENGLISH Between 25 June - 6 July Name of qualification: MASTER'S DEGREE Dissertation = 10 credits Duration of studies: 4 SEMESTERS Type of study: FULL TIME I. DEGREE STRUCTURE 120 credits, whereof: 110 credits for compulsory courses; V. SELECTION OF OPTIONAL 10 credits for optional course; Sem. 1: Choosing 1 course from package: N/A and Sem. 2: Choosing 1 course from package: FMX credits for dissertation exam Sem. 3: Choosing 1 course from package: N/A Sem. 4: Choosing 1 course from package: FMX1205 II. STRUCTURE OF PROGRAMME (in s) Examination Merged Courses given Traineeship Holiday period traineeshi stages Sum Sem I Sem II I V R ps Winter Spring mer Year I Year II REMARKS: VI. SIMILAR PROGRAMMES Traineeship in Semester 2 and 4 is organized during the semester. University of Helsinki, Finlad Semester 3 is entirely devoted to traineeship. Stockholm University, Sweden The examination period at the end of Semester 4 is followed by 2 s consacrated to prepairing the Dissertat University of Edinburgh, UK For a maximum of 3 optional courses, it is allowed for every student to select any course held at any other Faculty of the Babeș-Bolyai University. VII. Year I, Semester 1

2 FME1101 Advanced Solid State Physics FME2102 Advanced Atomic and Molecular Physics FME3103 Advanced Theoretical Physics FME2104 Advanced Molecular Spectroscopy FME0105 Research Methodology and Drawing Up Scientific Papers C Fundamental FME3106 Computational Methods in Physics E Fundamental TOTAL Year I, Semester 2 FME3401 Numerical Computations in Atomic Physics E Speciality FME3402 Methods of Stochastic Simulations in Statistical Physics. Interdisciplinary Applic E Speciality FME3403 Communication Systems for Embedded Hardware E Speciality FMX3205 Optional Course 1 FME3404 Spectra Simulation FMX3206 Traineeship TOTAL Year II, Semester 3 FME1301 Research Traineeship C Speciality TOTAL Year II, Semester 4 FME3201 Computation of Molecular Properties E Speciality FME3202 Molecular Structure Simulation and Molecular Dynamics Simulation E Speciality FME3203 Symbolic Computation in Physics E Speciality

3 FME3204 Object-Oriented Programming Applied to Physics C Speciality FMX3205 Optional Course E Complementary FME1407 Dissertation Writing TOTAL OPTIONAL OPTIONAL COURSE 1 (Year I, Semester 1) OPTIONAL COURSE 2 (Year I, Semester 2) FME1205 Magnetic and Superconducting Materials E Complementary FME3206 Digital Signal Processing OPTIONAL COURSE 3 (Year II, Semester 3) OPTIONAL COURSE 4 (Year II, Semester 4) FME1403 Nanostructures and Applications E Complementary FME2405 Biomedical Applications of IR and Raman Spectroscopies FME3406 Design, Visualization and Imaging Techniques in Physics / Hours / Week / / % from total number of courses Hours / % Appendix to the Curriculum for Programme of Study: FIZICA CORPULUI SOLID FUNDAMENTAL (Fundamental) Semesters 1-3 (14 s) FME1101 Advanced Solid State Physics FME2102 Advanced Atomic and Molecular Physics FME3103 Advanced Theoretical Physics FME0105 Research Methodology and Drawing Up Scientific Papers C Fundamental

4 FME3106 Computational Methods in Physics E Fundamental TOTAL Semester 4 (12 s) Fundamental TOTAL / Hours / Week / / % from total number of courses Hours / % SPECIALITY (Speciality) Semesters 1-3 (14 s) FME2104 Advanced Molecular Spectroscopy FME3401 Numerical Computations in Atomic Physics E Speciality FME3402 Methods of Stochastic Simulations in Statistical Physics. Interdisciplinary Applic E Speciality FME3403 Communication Systems for Embedded Hardware E Speciality FME3404 Spectra Simulation FMX3206 Traineeship FME1301 Research Traineeship C Speciality TOTAL Semester 4 (12 s) Computation pf Molecular Properties Speciality FME3202 Molecular Structure Simulation and Molecular Dynamics Simulation E Speciality FME3203 Symbolic Computation in Physics E Speciality FME3204 Object-Oriented Programming Applied to Physics C Speciality FME1407 Dissertation Writing TOTAL / Hours / Week / / % from total number of courses Hours / - COMPLEMENTARY (Complementary) %

5 Semesters 1-3 (14 s) FMX3205 Optional Course 1 TOTAL Semester 4 (12 s) FMX3205 Optional Course E Complementary TOTAL / Hours / Week / / % from total number of courses Hours / % OVERALL BALANCE NR. OF CREDITS HOURS % YEAR F I T YEAR II I 1 COMPULSORY % OPTIONAL TOTAL % 100%