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COMPUTER AIDED TECHNOLOGY PLANNING In the field of Production Engineering far-reaching changes have taken place in the industrially developed countries. The most important character of this new technological period is the direct appearance of programmable automation and information technology in manufacturing processes. Computer assistance of the production engineering works requiring more and more special knowledge - planning of technology processes and design of tools, jigs and fixtures in particular - have to be considered an organic part of these changes. CAxx techniques and technologies (e.g.: Computer Aided Design = CAD; Computer Aided Manufacturing = CAM) and their synthesis in CIM (= Computer Integrated Manufacturing) mean a number of the most important tools for increasing efficiency of industrial production, as well as quality and marketability of products. The complementary special knowledge of CATP (= Computer Aided Technology Planning) will mainly be concentrated on the following topics: The general purpose of this block is to give an advanced technology planning knowledge for the students. The block is going to perform, first of all, the functions of ability developing, therefore it lays emphasis both upon the theoretical and practical training. The latter means a continuous computer utilization including attaining the use of the system building software tools, independent developing of the subroutines, programme parts of technological object, as well as application of disposable CAPP programs, systems. 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 1 GE/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 forBusiness 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 Machining GT/21K Heat Treatment MT/21G
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 Design of Tools, Fixtures and Jigs GT/22K Elective subjects: Assembly Technology GT/11G Qiality Assurance GT/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 CAD/CAM in Metal Forming MT/11G Computer Integrated Manufacturing GT/21K Material Handling in Manufacturing Systems SB/11K Elective subjects: Manufacturing Systems in Metal Forming MT/11X Automation of Materials Handling SB/11X Industrial Robots in Metal Forming MT/11X Welding Robots MT/11X
management SV/20K CAD/CAM GT/11K Forming the diploma thesis in engineering |