Courses


Current Courses:

ARM core based 32bit microcontrollers
Contains detailed description of ARM Cortex M3 core, hand on training included for 32bit
microcontroller programing.
Duration: 21 hours.
Language : Hungarian.

Automotive communication networks
Contains detailed description of CAN, LIN and FlexRay networks. Laboratory exercises
included. Shortly describes TTP, TTCAN networks.
Duration: 21 hours.
Language : Hungarian.

Building embedded processor systems in FPGAs
Describes the ways of configuring and building embedded digital systems with processor
core, memory-controller and I/O peripherals in FPGAs. Laboratory exercises included.
Duration: 21 hours.
Language : Hungarian.

Digital system design using FPGAs
Contains detailed description of popular FPGA and CPLD chip families and describes the
Verilog or VHDL language. Laboratory exercises included.
Duration: 21 hours.
Language : Hungarian.

Ethernet and TCP/IP in embedded systems
Describes the fundamentals of Ethernet and the TCP/IP protocol family. Presents tools for
measuring and monitoring the communication and shows application examples in embedded
systems.
Duration: 21 hours.
Language : Hungarian.

High Performance Digital Signal Processing using FPGAs
Introduces the application of FPGAs in the field of Digital Signal Processing, with examples
on the most efficient architectures, parallel operation and IP based design techniques using
MATLAB/Simulink and System Generator. Laboratory exercises included.
Duration: 21 hours.
Language : Hungarian.

Introduction to embedded systems
Gives an overview about the important parts of embedded systems, introduces hardware
components: sensors, signal conditioning units, ADCs and DACs, processing units
(microcontrollers, DSPs) and communication modules. Presents the viewpoints of selection
of components and communication protocols both for system design and system integration.
Duration: 21 hours.
Language : Hungarian.

Introduction to microcontrollers
Discusses the features of 8 bit microcontrollers. Contains detailed description of important
peripherals, and presents microcontroller programming through exercises.
Duration: 21 hours.
Language : Hungarian.

Introduction to UML (Unified Modeling Language)
Introduces UML, the standardized general-purpose modeling language of software
engineering. Presents main UML concepts, diagram types and their usage in the
development process on a sample application.
Duration: 24 hours.
Language : Hungarian.

Measuring, modeling and design in electronics
Discusses the methods of electronic circuit, equipment and system design regarding safety,
EMC, testing and calibration.
Duration: 60 hours.
Language : Hungarian.

Parallel programming in embedded systems
Describes the theory of parallel programming in embedded system by means of exercises.
Duration: 21 hours.
Language : Hungarian.

Real-time embedded systems
Investigates embedded systems that have real-time (RT) response requirement for external
events. Gives and overview about the RT aspects of SW environment (scheduling, SW
architectures, memory management, communication, RT OS etc.), about schedulability
(WCET) analysis, about problems and solutions in RT distributed systems (clock
synchronization, sampling, interpolation etc.).
Duration: 21 hours.
Language : Hungarian.

PCB design theory and practice
Presents the theories of modern PCB (Printed Circuit Board) design. Gives hand on
experience for schematic drawing and layout design.
Duration: 21 hours.
Language : Hungarian

System modeling
Presents the aspects of process-based design and quantitative analysis. Introduces the
concepts of performance and dependability in complex systems. Architectural properties and
design of typical e-applications are presented.
Duration: 21 hours.
Language : Hungarian.

XML (eXtensible Markup Language) and its applications
Describes the fundamentals of the XML technology and its application in e-commerce and
Web systems.
Duration: 21 hours.
Language : Hungarian.


February 2011