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MICROELECTRONICS AND INFORMATION ENGINEERING Probably the single most important factor affecting industry and everyday life today is the microelectronic revolution initiated by Jack Kilby and Robert Noyce who independently discovered how to put entire electronic circuits onto a single piece of semiconductor. This quantum leap in miniaturisation has led to the ability to package enormously complicated circuits - integrated circuits - into single chips, e.g. the microprocessor, thus the term microelectronics reflects to the construction of electronic circuits in micro miniaturised form. The Computer Industry is expanding world wide, at an unprecedented rate. The range of computer applications and information engineering are also rapidly expanding; just a few years ago, terms such as artificial intelligence, computer graphics, robotics, Computer Aided Design (CAD) and Computer Integrated Manufacturing (CIM) were unheard of. Today, even the smallest firms are introducing microcomputers and computers have appeared in many homes and most schools. These developments in computing and information engineering are creating a wide range of excellent career opportunities for suitable qualified graduates and will continue to do so into the foreseeable future. There is a particularly heavy demand for graduates who have the skills to apply information technology to the practical problems of business, industry and education. The block is designed to produce such graduates. Having successfully completed this program, a candidate will have a sound understanding of computer application, of information engineering and computer programming, of the techniques of systems analysis and design. He will be thoroughly familiar with the use of microelectronics and information technology in various administrative systems, in manufacturing systems and in management decision making. In addition, automatic instrumentation and control are also in the focus of the curriculum. The block is designed to train and qualify engineers of tomorrow who will be technically competent, market conscious, commercially adept, environmentally sensitive and responsive to human needs. The training aim of the block of 1. Semester
Descriptive Geometry 1 AG/12G Introduction to Mechanical Engineering Science GE/22K General Chemistry KI/32K Computer Science 1 MI/02G Mathematics 1 MI/44K English language 1 NI/04G Technical English 1 NI/02G Hungarian language 1 (optional) NI/02G
Descriptive Geometry 2 AG/12M Mechanical Drawing 1GE/22M Statistics ME/23K Computer Science 2 MI/22M Mathematics 2 MI/34K English language 2 NI/04G Technical English 2 NI/02G Hungarian language 2 (optional) NI/02G
Computer Graphics and Geometry AG/12K Mechanical Drawing 2 GE/03G Mechanics of Materials ME/33K Mechanics and Thermodynamics FI/22K Mathematics 3 MI/43S English language 3 NI/04G Technical English 3 NI/02G Hungarian language 3 (optional) NI/02G
Complex Functions and Integral Transforms MI/11X Machine Elements and Design 1 GE/22G Dynamics ME/33S Elasticity ME/22G Electrodynamics and Optics FI/32K Numerical Methods MI/12K English language 4 NI/04K Technical English 4 NI/02G Hungarian language 4 (optional) NI/02G
Machine Tools 1 SG/21K Machine Elements and Design 2 GE/22K Mechanisms ME/21K Atomic Physics FI/21S Electrical and Electronic Engineering 1 ET/43K Operations Research MI/12G English forBusiness 1 NI/02G
Machine Tools 2 SG/21K Information Technology GT/21K Fundamentals of Cutting GT/12G Fluid Mechanics AH/31K Engineering Thermodynamics 1 AH/31K Electrical and Electronic Engineering 2 ET/23K Operation's Management SV/11G English for Business 2 NI/02G
Fundamentals of Production Engineering GT/21K Electrical and Electronic Engineering 3 ET/22K Materials Handling Equipment SB/21K Engineering Thermodynamics 2 AH/21K Measurement Theory ET/11G Operation's Management 2 SV/21K Automatic Instrumentation 1 IT/11X Microelectronics 1 ET/22K
Technology Planning for Discrete Manufacturing GT/22M Design for Materials Handling Process SB/21K Fundamentals of Automation SG/31K Introductory Course on Turbomachinery AH/31K Automatic Instrumentation 2 IT/11X Microelectronics 2 ET/11X Elective subjects: Computer Aided Circuit Design and Stimulation 1 ET/11G Application of Robots for Materials Handling SB/11G Numerically Controlled Machines Tools SG/11G Process Control 1 IT/11G Power Electronics ET/11G
Engineering Design Methods MT/11G Metal Forming MT/21K Metal Structures SB/21G Robotics SG/22K Engineering Laser Physics FI/20K Technology of Process Industries VG/22K Elective subjects: Computer Aided Circuit Design and Stimulation 2 ET/11G Automation of Materials Handling SB/11G Manufacturing Automation SG/11G Process Control 2 IT/11G Electrical Drive Control ET/11G
management SV/20K CAD/CAM GT/11K Forming the diploma thesis in engineering |