COURSE CATALOGUE 2013/2014

Transcription

1 COURSE CATALOGUE 2013/2014 Field: COMPUTER SCIENCE Programme: Master s Degree Programme in Advanced Programming and Databases Length of studies: 2 years (4 semesters) Number of ECTS Credits: for the M.Sc. Thesis Language of teaching: Romanian (English tutoring available for Erasmus students) Type of courses: Full-time Qualifications: IT Specialist, Computer network administrator, Software programmer, Access to a doctoral degree in IT, Computer science Programme description: The programme covers the following educational route: 1 st YEAR OF STUDY SEMESTER 1 (14 weeks) Code Courses Type of course, Credits tuition MI101 Software Engineering 8 MI102 Advanced techniques of oriented object 8 programme MI105.1 Advanced elements of Web programming Elective (1 out of 2), 7 MI105.2 Software architecture MI106.1 Computer Network : Algorithms and Elective (1 out of 2), 7 applications MI106.2 Implementation of competition in programming languages - English Language 28-1 st YEAR OF STUDY SEMESTER 2 (14 weeks) MI103 Object oriented Database Compulsory, 8 MI104 Data Mining Compulsory, 6 MI109 Practical Work Compulsory, 90 4 MI107.1 Java Techniques- visual environment Elective (1 out of 2), 6 of programming MI107.2 Systems and communication networks MI108.1 Neural Computation Elective (1 out of 2), 6 MI108.2 Applications of biologically inspired models MI110 English Language 28 -

2 2 nd YEAR OF STUDY SEMESTER 3 (14 weeks) Code Courses Type of course, Credits tuition MI201 Software security Compulsory, 8 FI202 Advanced storage and operating database Compulsory, 5 techniques Numerical Calculus MI205.1 Models of operational research Elective (1 out of 2), 7 MI205.2 Numerical methods in scientific research MI206.1 Distributed Databases Elective (1 out of 2), 7 MI206.2 Software testing 42 MI209 English Language Optional, 28-2 nd YEAR OF STUDY SEMESTER 4 (14 weeks) Code Courses Type of course, Credits tuition MI203 Component Oriented Programming Compulsory, 8 MI204 Team Software project Compulsory, 28 4 MI209 Elaboration of the dissertation paper Compulsory, 28 4 MI207.1 Programming models and techniques in Elective (1 out of 2), 7 virtual reality -VRML MI207.2 Cryptography MI208.1 Information Systems Audit Elective (1 out of 2), 7 MI208.2 Practical Work MI110 English Language Optional, 28

3 THE GRADUATES COMPETENCES General competences: analysis, design, implementation and testing of software, formal verification of software systems, software quality analysis, software systems management database design and management, analysis and development of general models that can applied to database administration, database implementation, capacity building in the development of complex applications based on databases Professional competences: Analysis and design of information systems: conception, design, development, testing, implementation and maintenance of computer systems and programs, preparing technical documentation; Project management for IT & C solutions, ensuring functionality, monitoring and development of implemented ICT solutions, personnel training for the use of IT&C technologies, coordinating teams of experts; Developing projects for IT & C solutions and services, design / redesign of ICT solutions for the most complex parts of the system, coordinating projects and ICT teams, performance monitoring for implemented ICT solutions, personnel training for IT & C technologies Advanced knowledge of database elements, the ability to implement and manage databases, ensuring database security, knowledge of open standards for database systems, data mining methods for data processing ICT training at secondary school level

4 COURSE CATALOGUE Field: Geodetic Engineering Programme: Master s Degree Programme in Information Systems in Surveying and Property Management Length of studies: 2 years (4 semesters), Total number of ECTS credits: 120 Language of teaching: Romanian (English/French available for Erasmus students) Type of courses: Full-time Programme description: The programme covers the following educational route: 1 st YEAR OF STUDY SEMESTER 1 SICMI11 Law and real estate advertising Compulsory, tuition hours 6+2 SICMI12 Techniques and technologies for spatial Compulsory, tuition hours data acquisition 8 SICMI13 Principles and methods of evaluation Compulsory, tuition hours 8 SICMI14 Geomorphology and risk elements in Compulsory, 28 tuition hours land management 6 SICMI15 Foreign Language 1 Optional, 28 tuition hours 2 1 st YEAR OF STUDY SEMESTER 2 Spatial Analysis and Environmental Compulsory, tuition hours SICMI21 Mapping Geographic Information 8 Systems SICMI22 Digital cadastre and Land Register Compulsory, tuition hours 6+2 SICMI23 Real estate inspection Compulsory, 28 tuition hours 6 Modern Methods of implementation Compulsory, tuition hours SICMI24 and maintenance of Real Estate 8 Cadastre SICMI25 Foreign Language Optional, 28 tuition hours 2 2 nd YEAR OF STUDY SEMESTER 1 SICMI31 GIS in Real Estate Cadastre Compulsory, tuition hours 8 SICMI32 Special topographical works Compulsory, tuition hours 8 SICMI33 Cadastral databases Compulsory, tuition hours 8 SICMI34 Real Estate management Compulsory, 28 tuition hours 6 2 nd YEAR OF STUDY SEMESTER 2 Code Courses Type of course, tuition Credits

5 SICMI41 Research and design activities Compulsory, tuition hours 15 Preparation and Completion of Master Compulsory, tuition hours SICMI42 15 thesis General competences: - Ability to learn, synthesize deepen their knowledge; - Ability to work with concepts and methodology in the field of geodetic engineering; - Capabilities and skills of networking and communication at the social and professional level; - Computer literacy skills and access to information communications networks; - Proficiency in at least one international language. Job-related competences: - Scientific knowledge, understanding concepts, basic theories and methods of the field and area of specialization; - Proper use of concepts in professional communication and technical-scientific related- issues in the field chosen; - Planning and management of technical, economic and legal geospatial information;. - Applying the strategies for the implementation of information systems in Cadastre and Real Estate Management; - Use the basic knowledge for explanation and interpretation of various types of concepts, situations, processes, projects, etc. associated with geodetic engineering; - Critical analysis of qualitative and quantitative information (data) from different sources and making solid arguments that can be the basis of decisions, planning, implementation and operation of geographic information systems and the collection, storage, analysis and visualization of data in these systems; - Drawing up maps, plans, documents, graphics and specific reports; - Development of professional projects using established principles and methods in the field; - Preparing reports and scientific articles using appropriate scientific and technical language in a correct and clear form; - Conceiving and conducting processes specific to the chosen scientific and technical.

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