PR2

Programming AVR and ARM microcontrollers using the Arduino and Atmel Studio platforms

5 days, 35 hours Duration

Training mode

Closed training

Course level

PR2

Prerequisites

Computer literacy. Ability to program in C (ANSI C optional). Basic programming knowledge in C++ and/or C# is preferred (optional).

Course Objective

Course objective:

Knows the programming method of commercially available AVR and ARM microcontrollers
Has knowledge about the advantages and disadvantages of two free environments for programming AVR and ARM microcontrollers
Knows the Arduino and AVR-GCC libraries, from basic microcontroller control commands to structures ensuring multithreaded system operation
Has knowledge of Atmel Studio software, which is an alternative to the Arduino platform
Has knowledge of programming Arduino platforms for ARM, as well as the ZL3AVR kit and Atmel Studio software
Can select the appropriate programming platform and the systems that work with it for a specific application

Course program

day 1	Basic terminology in the field of control systems (signals, logic, microcontroller architecture, data recording methods, microprocessor operation) Basic principles of operation of microcontrollers and commercially available programming platforms (including those compatible with Arduino libraries) The concept of an Embedded System Microcontroller programming methods Microcontroller program structure, program compilation steps Overview of available functions and libraries Getting to know the Arduino IDE platform and the AVR-GCC compiler Basic I/O support for a microcontroller (pin structure - available configuration options for the programmer - for AVR and ARM microcontrollers) Signaling of logical states on the microcontroller's pins Support for user communication systems
day 2	Multitasking LED display support Measurement of analog signals in microprocessor systems Unfavorable industrial phenomena and methods of their programmatic countermeasure: programmatic methods of eliminating contact vibrations in microprocessor systems (concurrent programming methods) Support for alphanumeric display in the HD44780 standard Communication in microprocessor systems – interfaces Serial port in the microcontroller - UART / USART support Interpreting data packets – UART / USART reception Multitasking in control systems
day 3	Analog keyboard Multi-purpose alarm system LCD terminal Controlling motors and backlights using the PWM (Pulse Width Modulation) signal SPI and I2C (TWI) bus – reading temperature, humidity and atmospheric pressure Command interpreter
day 4	Reporting, testing Debugging the program Service mode software ARM systems in the Arduino IDE Introduction to the Atmel Studio development environment ZL3AVR Kit
day 5	Analogy between the Arduino platform and the hardware layer in Atmel Studio Port operations in the Atmel Studio environment Interrupts Peripheral system support Serial port communication Other communication interfaces in the ATmega32 microprocessor Support for the HD44780 display using hardware layer programming Support for 1-wire and DS18B20 temperature measurement system Exercises

NO Online

Closed training Training mode

YES Certificate

Gliwice,
EMT-Systems Headquarters Training location See the map

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Training objectives

After completing the training, the participant:

Knows the programming method of commercially available AVR and ARM microcontrollers
Has knowledge about the advantages and disadvantages of two free environments for programming AVR and ARM microcontrollers
Knows the Arduino and AVR-GCC libraries, from basic microcontroller control commands to structures ensuring multithreaded system operation
Has knowledge of Atmel Studio software, which is an alternative to the Arduino platform
Has knowledge of programming Arduino platforms for ARM, as well as the ZL3AVR kit and Atmel Studio software
Can select the appropriate programming platform and the systems that work with it for a specific application

By requirements

Computer operation.
Ability to program in C (optionally in ANSI C standard).
Basic knowledge of programming in C++ and/or C# is desirable (optional).

Training program

1. Basic terminology in the field of control systems (signals, logic, microcontroller architecture, data recording methods, microprocessor operation)

2. Basic principles of operation of microcontrollers and commercially available programming platforms (including those compatible with Arduino libraries)

3. The concept of an Embedded System

4. Microcontroller programming methods

5. Microcontroller program structure, program compilation steps

6. Overview of available functions and libraries

7. Getting to know the Arduino IDE platform and the AVR-GCC compiler

8. Basic I/O support for a microcontroller (pin structure - available configuration options for the programmer - for AVR and ARM microcontrollers)

9. Signaling of logical states on the microcontroller's pins

10. Support for user communication systems

1. Multitasking LED display support

2. Measurement of analog signals in microprocessor systems

3. Unfavorable industrial phenomena and methods of their programmatic countermeasure: programmatic methods of eliminating contact vibrations in microprocessor systems (concurrent programming methods)

4. Support for alphanumeric display in the HD44780 standard

5. Communication in microprocessor systems – interfaces

6. Serial port in the microcontroller - UART / USART support

7. Interpreting data packets – UART / USART reception

8. Multitasking in control systems

1. Analog keyboard

2. Multi-purpose alarm system

3. LCD terminal

4. Controlling motors and backlights using the PWM (Pulse Width Modulation) signal

5. SPI and I2C (TWI) bus – reading temperature, humidity and atmospheric pressure

6. Command interpreter

1. Reporting, testing

2. Debugging the program

3. Service mode software

4. ARM systems in the Arduino IDE

5. Introduction to the Atmel Studio development environment

6. ZL3AVR Kit

1. Analogy between the Arduino platform and the hardware layer in Atmel Studio

2. Port operations in the Atmel Studio environment

3. Interrupts

4. Peripheral system support

5. Serial port communication

6. Other communication interfaces in the ATmega32 microprocessor

7. Support for the HD44780 display using hardware layer programming

8. Support for 1-wire and DS18B20 temperature measurement system

9. Exercises

Certificate

Upon completion of the training, each participant receives a bilingual, personalized certificate descriptively confirming the acquired skills in accordance with the PN-EN ISO 9001:2015 quality management system implemented at EMT-SYSTEMS Sp. z o.o. , supervised and certified by TUV Nord Polska.

Hardware and software used

Software

Software for commercial use: Arduino IDE and Atmel Studio.

PR2 Training: Programming AVR and ARM microcontrollers using the Arduino and Atmel Studio platforms

Our experts

A graduate of Electronics and Telecommunications at the Faculty of Automatic Control and Electronics at the Silesian University of Technology. A Ph.D. in Technical Sciences. A designer of microprocessor systems.

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Gourmet Catering

Participants of training sessions at our center receive unlimited access to the Cechownia Cafe coffee bar and a two-course lunch.

Accommodation

Check the list of hotels near the training venue.

Training materials

Each participant in our training receives a PROPRIETARY TRAINING MANUAL tailored to the level of the training: AVR and ARM Microcontroller Programming . The materials are used throughout the training and serve as a compendium of knowledge for future professional use.

Download the training catalog

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for EMT-SYSTEMS training