STM32 reading schematic diagrams creating schematic diagrams digital electronics analog electronics oscilloscope C languages FreeRTOS C++ languages logic analyzer RTOS operation Zephyr other MCUs

other MCUs C++ programming language FreeRTOS C programming language reading circuit diagrams creating circuit diagrams digital electronics analog electronics oscilloscopes STM32 MCUs Zephyr logic analyzers RTOS

Zephyr analog electronics oscilloscopes STM32 microcontrollers other microcontrollers (MCUs) RTOS operation C++ language creating schematics logic analyzers digital electronics C language FreeRTOS reading schematics

debugging hardware-software complexes solving complex technical tasks launching successful projects communication protocols and interfaces Bluetooth/BLE programming language C communication protocols and interfaces USB use of instruments: oscilloscope use of instruments: signal analyzer programming language C++ Object-Oriented Programming (OOP) software design patterns developing applications for embedded operating systems communication protocols and interfaces Ethernet use of instruments: generator software architecture design communication protocols and interfaces WiFi communication protocols and interfaces CAN developing drivers for embedded operating systems standard design approaches FreeRTOS as an embedded operating system

build systems Make build systems CMake RS-485 interfaces Modbus protocol MQTT protocol C++ FreeRTOS architecture of ESP32 architecture of STM32 other protocols WIFI on ESP32 BLE on ESP32 I2C interfaces GIT UART interfaces multithreaded applications ESP-IDF VSCode oscilloscope SPI interfaces C

digital circuit engineering working with interfaces SPI working with interfaces CAN working with interfaces RS232 C programming language IDE IAR IDE Eclipse reading electronic circuit diagrams working with interfaces RS422 ARM Cortex M3 microcontroller architecture ARM Cortex M4 microcontroller architecture C++ programming language understanding the principles of electronic circuits working with interfaces I2C basic principles of DSP using basic measuring instruments ARM Cortex M7 microcontroller architecture real-time operating systems IDE Keil IDE CubeIDE freeRTOS

Zephyr FreeRTOS STM32 other microcontroller units (MCUs) reading schematic diagrams creating schematic diagrams digital electronics analog electronics oscilloscopes logic analyzers RTOS C programming language C++ programming language

write secure code design maintainable code write maintainable code real-time operating systems uOS SPI ETHERNET design secure code real-time operating systems freeRTOS programming microcontrollers in C STM32 microcontrollers XMC4300 microcontrollers I2C working with measurement equipment JTAG debuggers RS-485 LVDS

ESP-IDF libraries LwIP FreeRTOS TCP/IP stack GPIO mbedTLS ICMP DNS server HAL C language FreeRTOS on STM32 FreeRTOS on ESP32 RS485 RS232 vs UART CMSIS LL HTTPS HTTP server SNTP UART I2C git embedded devices development SPI SMTP client websockets X.509 ASN.1 compact communication protocols CAN functional communication protocols

C programming STM32 FreeRTOS electrical measuring equipment soldering iron

bare metal development GitLab programming with C Azure Keil RTX FreeRTOS measuring instruments oscilloscope I2C interfaces QSPI interfaces development tools GDB development based on RTOS basic knowledge in electronics measuring instruments multimeter MDIO interfaces basic knowledge in circuit design development tools Eclipse development tools Keil development tools IAR measuring instruments digital analyzer IP stack embedded systems on STM32 1-Wire interfaces development tools GCC Git UART interfaces

BLE (Bluetooth) FreeRTOS SPI interfaces LIN BUS interfaces ANSI C for hardware development UART interfaces CAN interfaces K-LINE interfaces circuitry C++ in embedded applications C in embedded applications other ARM Cortex-M microcontrollers 1-Wire interfaces development for ARM Cortex-M microcontrollers GSM modems I2C interfaces microcontroller understanding electrical engineering STM32 microcontrollers NXP microcontrollers GNSS real-time operating systems uC

Microcontrollers from Atmel Microcontrollers from Microchip Microcontrollers from Espressif SPI interface CAN interface RS232 interface RS422 interface 1-Wire interface Microcontrollers from STM32 I2C interface C language C++ language FreeRTOS RTOS concepts soldering iron hot air soldering tool soldering SMD components Linux OS

interrupt controller capabilities FreeRTOS queues digital interfaces CAN digital interfaces SPI routing flex constructions theoretical background for system-level tasks caching with a file system documenting completed tasks digital interfaces UART principles of impedance FreeRTOS communications finding and identifying causes of power supply issues developing printed circuit boards (PCBs) measuring instruments resource locking without RTOS deferred data processing FreeRTOS locks power circuit design debugging electronic boards errors leading to data corruption during reception debugging printed circuit boards (PCBs) project management systems such as Jira data access atomicity errors deferred IRQ processing digital interfaces I2C digital interfaces Ethernet (LwIP) inductive noise propagation modern component base knowledge analog circuit design STM32 microcontrollers oscilloscopes version control systems such as git routing features for power circuits interrupt controllers cache data synchronization errors errors leading to data loss during transmission PCB topology development routing BGA constructions finding and identifying causes of noise issues project management systems such as equivalents code optimization and structure mitigating impedance capacitive and inductive noise propagation creating a queue project management systems such as Trello configuring caching in MPU working with Altium capacitive noise propagation routing features for analog circuits software debugging routing rigid-flex constructions finding and identifying causes of communication issues version control systems such as svn

working with interfaces such as USB working with interfaces such as I2C fundamentals of digital signal processing working with interfaces such as SPI using RTOS software development for microcontrollers ARM working with interfaces such as UART software development for microcontrollers AVR C programming language software development for microcontrollers MIPS working with interfaces such as Ethernet TCP/IP protocol UDP protocol Modbus protocol using FreeRTOS

ARM microcontrollers AVR microcontrollers real-time operating systems version control systems reading electrical schematics working with measuring equipment working with oscilloscopes FreeRTOS working with multimeters software design principles modern component base testing low-speed interface SPI low-speed interface I2C low-speed interface UART

version control systems RTOS Ethernet IEEE802.3 git VxWorks RTEMS software development in C++ software development in C wired network standards based on Ethernet Unix Linux

Embedded software development VxWorks programming Embedded systems on XScale processors Embedded systems on PowerPC processors Developing drivers for peripheral devices C programming RTEMS programming C++ programming Embedded systems on ARM processors Version control systems GIT Version control systems SVN Unix/Linux programming RTOS programming

Embedded software development VxWorks programming Embedded systems on XScale processors Embedded systems on PowerPC processors Developing drivers for peripheral devices C programming RTEMS programming C++ programming Embedded systems on ARM processors Version control systems GIT Version control systems SVN Unix/Linux programming RTOS programming

version control systems RTOS Ethernet IEEE802.3 git VxWorks RTEMS software development in C++ software development in C wired network standards based on Ethernet Unix Linux

SPI interfaces for STM32 microcontrollers UART interfaces for STM32 microcontrollers hard real-time systems design patterns Git DMA interfaces for STM32 microcontrollers BLE interfaces for STM32 microcontrollers version control systems I2C interfaces for STM32 microcontrollers AVR microcontrollers ability to replace components ability to cut tracks FSMC interfaces for STM32 microcontrollers Ethernet interfaces for STM32 microcontrollers principles of electrical circuit construction STM32 microcontrollers ADC interfaces for STM32 microcontrollers TIM interfaces for STM32 microcontrollers PCB design up to 100MHz industrial protocols Modbus RTU developing libraries ability to solder ability to fix errors on boards C programming language C development for embedded systems freeRTOS SDIO interfaces for STM32 microcontrollers TCP/IP protocol stack industrial protocols Modbus TCP

creating schematics providing code comments development and debugging tools for embedded systems (Keil) creating a Minimal Viable Product (MVP) experience with embedded systems integrating communication modules integrating peripheral devices analyzing hardware failures applying prototyping technologies development and debugging tools for embedded systems (GCC) configuring Real-Time Operating Systems (RTOS) integrating sensors software development for embedded systems drivers for hardware interfaces reading electrical schematics optimization under memory constraints version control systems specifically Git task managers debugging embedded software using oscilloscopes debugging embedded software using logic analyzers optimization under power constraints optimization under speed constraints documenting the development process creating specifications integrating software modules with hardware evaluating energy efficiency in embedded solutions ensuring energy efficiency in embedded solutions development and debugging tools for embedded systems (STM32CubeIDE) Real-Time Operating Systems (RTOS) such as Zephyr Real-Time Operating Systems (RTOS) such as FreeRTOS development and debugging tools for embedded systems (Eclipse) designing electrical schematics testing software modules in conjunction with hardware debugging embedded software using JTAG debugging embedded software using SWD optimization of code for resource constraints optimization of algorithms for resource constraints interacting with hardware debugging embedded software using tracing and debugging tools modifying printed circuit boards troubleshooting hardware failures soldering printed circuit boards

UART interfaces IP stack embedded system development on STM32 Git baremetal development I2C interfaces QSPI interfaces development tools GDB development tools Keil development tools IAR GitLab ability to work with measuring instruments ability to work with an oscilloscope ability to work with a digital analyzer development based on RTOS FreeRTOS development tools Eclipse Azure Keil RTX embedded system development using C language 1-Wire interfaces ability to work with a multimeter MDIO interfaces basic knowledge of electronics basic knowledge of circuit design development tools GCC

ISO 7816 interface i2C interface UART interface USB interface SPI interface FreeRTOS reading circuit diagrams general understanding of electronics FAT file system C for ARM microcontrollers C++ for ARM microcontrollers Ethernet interface TCP/IP stack operation

FreeRTOS Embedded C development Real-Time Operating Systems (RTOS) LwIP RS485 interfaces Implementing communication protocols Reading electrical schematics In-circuit debuggers cmake gdb Internal architecture of microcontrollers UART interfaces SPI interfaces I2C interfaces CAN interfaces ETHERNET interfaces USB interfaces Features of Embedded C for low-level systems gcc make