Msc.Design and Programming of Embedded Systems 2021

Courses in this specialization is presented in English.

Specialization Characteristics Embedded Systems Design and Programming: The specialization is focused on the design of embedded digital systems containing software and hardware components, with particular emphasis on embedded systems and systems and on-chip networks (SoC and NoC). Significant part of the course is devoted to system design, testing and analysis. The knowledge of the lower levels of abstraction is complemented and deepened, together with the appropriate methods of engineering work. The specialization is based on systems theory, which, together with the necessary fundamentals of discrete mathematics and combinatorial optimization, is laid out in the first year. Such foundations give graduates a comparative advantage not only in system design and analysis, but also in formal verification that is increasingly gaining ground in industry. The following lessons are then applied and pass on to projects, especially in the last year.

Skills and knowledge acquired in the NPVS specialization: Graduates acquire knowledge of design, modeling and verification of digital and embedded systems, ie design of systems of specified properties (working in real time, designed for specific application areas, fault-tolerant, fail-safe) and evaluation of system architecture on models. They will be able to design systems on chip (SoC) and programmable hardware (SoPC, FPGA). This includes knowledge of concurrent design of software and hardware, architectures and features of processors, design of digital circuits, use of macroblocks (IP cores) and simulation and verification of digital systems at all levels.

Specialization Characteristics Embedded Systems Design and Programming: The specialization is focused on the design of embedded digital systems containing software and hardware components, with particular emphasis on embedded systems and systems and on-chip networks (SoC and NoC). Significant part of the course is devoted to system design, testing and analysis. The knowledge of the lower levels of abstraction is complemented and deepened, together with the appropriate methods of engineering work. The specialization is based on systems theory, which, together with the necessary fundamentals of discrete mathematics and combinatorial optimization, is laid out in the first year. Such foundations give graduates a comparative advantage not only in system design and analysis, but also in formal verification that is increasingly gaining ground in industry. The following lessons are then applied and pass on to projects, especially in the last year.

Skills and knowledge acquired in the NPVS specialization: Graduates acquire knowledge of design, modeling and verification of digital and embedded systems, ie design of systems of specified properties (working in real time, designed for specific application areas, fault-tolerant, fail-safe) and evaluation of system architecture on models. They will be able to design systems on chip (SoC) and programmable hardware (SoPC, FPGA). This includes knowledge of concurrent design of software and hardware, architectures and features of processors, design of digital circuits, use of macroblocks (IP cores) and simulation and verification of digital systems at all levels.

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josef.kolar@fit.cvut.cz