Electronic Clock Based on RISC-V Microcontroller MIK32 AMUR

Student: Emil Galiakhmedov

Faculty: HSE Tikhonov Moscow Institute of Electronics and Mathematics (MIEM HSE)

Educational Programme: Information Science and Computation Technology (Bachelor)

Year of Graduation: 2024

This work describes the process of developing a new electronic device - an electronic clock based on the RISC-V microcontroller MIK32 AMUR. The relevance of the device lies in the use of the promising RISC-V architecture and is confirmed by an analysis of existing solutions based on more common microcontrollers. To check its design for reliability, several stages of computer simulation were carried out, including 3D modeling, circuit simulation, and software testing. The simulation results allowed a number of improvements to the device's design to be made, and the time spent on making changes to the model was reduced through the use of cross-platform design technology. This explanatory note with a total volume of 38 pages consists of 5 main sections and also contains 5 tables and 6 illustrations.

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