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This paper deals with a design and implementationof a speech generator for an advanced embedded system whichconverts written English text into synthetic speech. The first partdescribes the Atari 520ST Speech Synthesizer V2.0 program,which was the basis for the implemented speech generator.Then the design and implementation of the speech generatoris described.

The article deals with the design of an asynchronous serial receiver/transmitter and its implementation into the FPGA. The design will be used as a laboratory exercise in the course ”Logical circuits and systems”. This paper contains the basic design of UART and the following features which will be added. UART design will be used as a communication interface between PC and an existing programmable multichannel sound generator (PSG) design, which is already implemented in FPGA.

The constant market development of the embedded systems requires an adaptation to this fact. Raspberry Pi has released the Raspberry Pi Pico development board with a 32-bit microcontroller ARM Cortex-M0+, which has the potential to use the board as an innovation in teaching embedded systems. The paper describes this board and its properties, the course Embedded Systems and the possibilities of its innovation, and then describes the proposed HW platform and demonstrates its usage using appropriately selected laboratory exercises.