Untitled - Frederick University

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The Program requires the completion of 240 ECTS credits and comprises of required courses, computer engineering electives, technical electives, free electives and general electives. ECTS Required Courses 201 Computer Engineering Electives 15 Technical Electives 15 Free Electives 5 General Electives 4 TOTAL 240 Required Courses ECTS Hours ACOE101 Freshman Computer Engineering 6 3+1* ACOE161 Digital Logic for Computers 7 3+2* ACOE201 Computer Architecture I 7 3+2* ACOE243 Computer Interfacing 5 2+2* ACOE251 Assembly Language 5 3 ACOE255 Microprocessors I 6 3+2* ACOE301 Computer Architecture II 5 3 ACOE312 Data Communications and Computer Networks 5 3 ACOE322 Local and Metropolitan Area Networks 6 3+1* ACOE343 Real-Time Embedded Processor Systems 6 2+2* ACOE347 Data Acquisition and Automation Systems 5 2+2* ACOE361 Digital Systems Design 6 3+1* ACOE390 Project 4 1+1* ACOE401 Parallel Processing 6 3+1* ACOE419 Digital Integrated Circuits and VLSI Design 5 3 ACOE489 Senior Project Planning 3 1 ACOE490 Senior Project 6 1 ACSC182 Programming Principles I 6 3+1* ACSC183 Programming Principles II 6 3+1* ACSC191 Discrete Mathematics 5 3 ACSC271 Concepts of Modern Operating Systems 5 3 ACSC288 Data Structures 5 3+1* ACSC372 Advanced Programming in the Unix Env/nt 6 3+1* ACSC382 Object Oriented Programming 6 3+1* AELE221 Circuits Analysis I with Laboratory 6 3+2* AELE210 Signals, Systems and Transforms 5 3 AELE237 Electronics I with Laboratory 6 3+2* AELE337 Electronics II with Laboratory 6 3+2* AENG223 Professional Ethics and Conduct 3 2 AENG224 Technical Report Writing 3 2 APHY111 Mechanics, Heat and Waves with Laboratory 5 3+1* APHY112 Electromagnetism and Optics with Laboratory 5 3+1* AMAT181 Linear Algebra with MATLAB 5 3 AMAT111 Calculus and Analytic Geometry I 5 3 AMAT122 Calculus and Analytic Geometry II 5 3 AMAT223 Calculus III 5 3 AMAT204 Differential Equations 5 3 AMAT300 Probability and Statistics 5 3 Technical Electives ECTS Hours AEEE229 Circuit Analysis 5 3 AEEC345 Control Engineering with Laboratory 6 3+1* AEEE341 Communication Systems I 5 3 AEEE404 Power Electronics 5 3 ACSC155 System Analysis and Design I 5 3 ACSC223 Database Systems 6 3+1* ACSC285 Numerical Methods 5 3+1* ACSC300 Logic Programming 5 3+1* ACSC330 Computer Graphics 6 3+1* ACSC368 Artificial Intelligence 5 3+1* ACSC371 Programming Languages 5 3 ACSC373 Compiler Writing 5 3+1* ACSC374 Computer Aided Design 5 3+1* ACSC375 Multimedia 6 3+1* ACSC383 Software Engineering 6 3+1* ACSC401 Algorithms and Complexity 5 3 ACSC424 Network Application Programming 6 3+1* ACSC468 Machine Learning 5 3 ACSC476 Internet Technologies 6 3+1* Computer Engineering Electives ECTS Hours ACOE412 Digital Communications 5 3 ACOE414 Robotics 5 3 ACOE418 Digital Signal Processing 5 3 ACOE422 Wireless Computer Networks 5 3 ACOE423 Interconnection Networks 5 3 ACOE428 Digital Image Processing 5 3 ACOE452 Neural Networks and Fuzzy Systems 5 3 ACOE455 High Performance Processor Architecture 5 3 Free Electives Free Elective is a course offered by other Departments of the <strong>University</strong> for which a student is qualified to register. General Electives Students should choose one course from group A and one course from group B. ECTS Hours Group A - Cyprus Studies AECH111 Cyprus in the 20th Century 2 2 AECH101 Introduction to the History of Cyprus 2 2 Group B - Greek Language and Literature AEGL111 Modern Greek Literature 2 2 AEGL101 Introduction to Greek Language 2 2 *Laboratory Hours
Computer Science 4 Years,Bachelor of Science, European Credit Transfer and Accumulation System, ECTS Aims and Objectives of the Program: The Program aims towards the provision of knowledge to students in three main areas: - Theory of Computer Science: To provide students with a clear understanding of the theoretical background and basis of computation, train them in formal thinking and appreciate concepts of complexity and computability. To this end, apart from courses relating to Mathematics, courses on logic, data structures, algorithms and complexity and theory on programming languages will contribute. - Appreciation of Computer Systems: To provide students with a strong theoretical as well as practical understanding of the design and development of modern computer systems in general. Courses contributing to this goal include digital design, computer architecture, communications and networks and operating systems. - Development of Applications: To provide students with the skills in appreciating, designing and implementing computer solutions to a variety of problems. Fields that are addressed include programming, database systems, systems analysis and software engineering and development. The objective of the Program is to produce graduates that: - Become academically competent in the field of computer science and make connections with related disciplines - Are able to continue their studies at graduate level in any computer science related field. - Handle the problems of scale and complexity that applications in industry and commerce present. - Are familiar with the world of work through practical experience, gained through laboratory work and project development - Appreciate the need to construct systems that both satisfy requirements and enhance the lives of those who use them - Recognize the requirements and limitations for computer systems in the scientific and industrial environments - Understand the design and programming issues that underlie the construction of systems that can be changed, extended and adapted to meet the demands of a rapidly changing technological and commercial environment. - Understand the technologies related to computer systems and appreciate and adapt to changes in such technologies. Laboratories The CSE Department maintains the following teaching and research laboratories: - Software Engineering Laboratories - Computer Engineering Laboratories (Instrumentations, Digital Systems, Microprocessors / Embedded Systems, Automation and Robotics) - High End Laboratory (non-teaching lab for processor demanding applications such as multimedia and numerical analysis) - High Performance Computing Center (computer cluster for parallel computing) Professional Eligibility The Program graduates are eligible to register to the Technical Chamber of Cyprus.
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