ERASMUS COURSE CATALOGUE

ERASMUS COURSE
CATALOGUE
2014/15 – 1ST SEMESTER
LIST OF CORE COURSES
The Faculty of Mechanical Engineering of Szent István University is currently
offering the below-listed core courses for the 1st semester of the 2014/15
academic year. Additional courses may be announced before the start of the
semester, providing a wider range of courses to choose from.
COURSE CODE
SGMETX02XXN
SGMFFX17XXN
SGMJTX12XXN
SGMMGX20XMN
SGMGRX13XXN
SGMMAX22XXN
SGMMAX28XXN
SGMMGX35XXN
SGMFFX16XXN
SGMGSX15XXN
SGMGSX14XXN
SGMFF4815C
COURSE NAME
Bases of Energetics
Computer Simulation
Tribology
Industrial Marketing
Machinery and systems
management
Operations Research
Ordinary Differential Equations
Project Management
Solar Energy Application
Introduction to machine elements
design
Introduction to computer aided
design
Sensor Physics
2
CREDIT
2
2
2
4
3
2
3
4
3
4
4
3
BASES OF ENERGETICS
COURSE CODE:
ECTS CREDITS:
TEACHING HOURS
PER WEEK:
TEACHER:
SGMETX02XXN
2
2+0
Dr. László TÓTH
[email protected]
László MÁTHÉ
[email protected]
SHORT DESCRIPTION:
In the frame of the subject, the technical knowledge in connection with the energy
production and supply will be mainly reviewed such as the fundamental concepts of the
energy production and supply, the dominant energy kinds and energy carriers (agents),
primary and secondary energy carriers, energy transformers, electric drives as well as
the main constructional units of the power-plant systems – fuel preparatory plants,
energy converters, heat exchangers, electric heaters, boilers etc. – and the basic devices
of renewable energy sources – the basic units of renewable-power (biomass, solar, wind,
geothermal) plants, their operation and technical properties.
3
COMPUTER SIMULATION
COURSE CODE:
ECTS CREDITS:
TEACHING HOURS
PER WEEK:
TEACHER:
SGMFFX17XXN
2
1+1
Dr. István FARKAS
[email protected]
SHORT DESCRIPTION:
The aim of the course is to introduce the development of physical based mathematical
models using examples from engineering practice. Then computational realization and
solution of mathematical models of dynamical systems in interactive graphical
simulation environment. Measurement based identification of model parameters and
model validation. The topics of the main case studies: thermal behavior of electrical
engines, modeling and simulation of environmental meteorological parameters,
modeling and simulation of flat plate collector and a solar hot water system.
4
TRIBOLOGY
COURSE CODE:
ECTS CREDITS:
TEACHING HOURS
PER WEEK:
TEACHER:
SGMJTX12XXN
2
1+1
Dr. Gábor KALÁCSKA
[email protected]
SHORT DESCRIPTION:
The friction and wear is dominant failure process of working surfaces. Review of the
basic mechanism of friction and wear of structural materials.
The course is Intergrated into Maintenance of Machinery course .
5
INDUSTRIAL MARKETING
COURSE CODE:
ECTS CREDITS:
TEACHING HOURS
PER WEEK:
TEACHER:
SGMMGX20XMN
4
2+2
Viktor MEDINA
[email protected]
SHORT DESCRIPTION:
This course will provide you with a knowledge and understanding of industrial
marketing principles and processes. The lessons outline how these principles can be
applied and how they can contribute to any organisation’s performance and
competitiveness. Case studies are provided and discussed highlighting best practices in
the field of industrial marketing.
6
MACHINERY AND SYSTEMS’
MANAGEMENT
COURSE CODE:
ECTS CREDITS:
TEACHING HOURS
PER WEEK:
TEACHER:
SGMGRX13XXN
3
2+1
Dr. Zoltán BÁRTFAI
[email protected]
SHORT DESCRIPTION:
Adaptation of machines, technical and technological systems into the production system.
Rational and effective operational management of the adopted machines,
systems.Detailed topics: basics of the systems engineering, technology planning.
Complex evaluation parameter system for machines, energetic and technological units
and planning their connection. Aggregate planning. Basics of technology development.
Technical serving of the machine operation, basics and application of the reliability
theory. Hazard analysis. Maintenance, technical diagnostics, energy supply, fitting
supply, conservation. Methods of the complex system analysis and planning. Precision
technologies in the agriculture.
7
OPERATIONS RESEARCH
COURSE CODE:
ECTS CREDITS:
TEACHING HOURS
PER WEEK:
TEACHER:
SGMMAX22XXN
2
1+1
Dr. Antal VERES
[email protected]
SHORT DESCRIPTION:
This course is intended to provide students with a knowledge of basic operations
research tools. Topics include linear programming and the simplex algorithm, duality
and sensitivity analysis, transportation problem, assignment problem, network
optimization models, shortest path and maximum flow problems, elements of non-linear
programming: a geometric approach.
8
ORDINARY DIFFERENTIAL EQUATIONS
COURSE CODE:
ECTS CREDITS:
TEACHING HOURS
PER WEEK:
TEACHER:
SGMMAX28XXN
3
2+0
Zoltán VARGA
[email protected]
SHORT DESCRIPTION:
The course is based on a two-semester introductory course of Differential and Integral
Calculus, and includes the basic types of ordinary differential equations: Separable, first
and second order linear, and general first order explicit differential equations. Systems
of linear differential equations, basics of Mathematical Systems Theory. Applications in
physics and engineering.
LIMIT OF ENROLLMENT: max. 10 students
9
PROJECT MANAGEMENT
COURSE CODE:
ECTS CREDITS:
TEACHING HOURS
PER WEEK:
TEACHER:
SGMMGX35XXN
4
3+0
Dr. Miklós DARÓCZI
[email protected]
SHORT DESCRIPTION:
The main chapters of the course: fundamentals of project management, the process and
participants of project accomplishment, developing the contract strategy, planning of
projects, controlling work in progress, economic evaluation of projects.
10
INTRODUCTION TO MACHINE ELEMENTS
DESIGN
COURSE CODE:
ECTS CREDITS:
TEACHING HOURS
PER WEEK:
TEACHER:
SGMGSX15XXN
4
2+1
Dr. László KÁTAI
[email protected]
SHORT DESCRIPTION:
The course provides a basic knowledge of designing elements of machines. The main
objective is to develop (in the junior mechanical engineering student) the ability to
analyze operational principles of different machine elements, with special emphasis on
their design, using simple mechanical models and formulas.
11
INTRODUCTION TO COMPUTER AIDED
DESIGN
COURSE CODE:
ECTS CREDITS:
TEACHING HOURS
PER WEEK:
TEACHER:
SGMGSX14XXN
4
2+1
Dr. István SZABÓ
[email protected]
SHORT DESCRIPTION:
Use of computers and 3D product lifecycle management software packages are of
importance in mechanical engineering. The course is aiming at providing basic
information on the use of such technologies and enabeling student to create their own
designs. During the lectures and practical assignements SIEMENS SolidEdge ST software
package will be introduced and special laboratory space will be provided. The course
includes a design project work. At the end of the course students will be able to
complete alone 3d design tasks with medium complexity.
12
SENSOR PHYSICS
COURSE CODE:
ECTS CREDITS:
TEACHING HOURS
PER WEEK:
TEACHER:
SGMFF4815C
3
2+0
Dr. István SERES
[email protected]
SHORT DESCRIPTION:
The aim of the course is to describe the physical processes and the physical background
of the operation of different sensors. The physical processes are described together with
their governing equations from which important factors can be deduced. Parallel with
the usability of a given sensor, different purposes for different conditions is also
discussed. As the sensor is generally an energy converting equipment, the sorting of
sensors is based on the type of energy conversion, e.g. thermal to electrical. As general
data processing is based on electrical signals the conversion to electrical energy is
discussed in great detail.
13