Certification in Embedded System with AVR
Categories: Embedded Systems
About Course
The Certification in Embedded System with AVR is designed for robotics enthusiasts and electronics professionals. It provides in-depth knowledge of the AVR microcontroller architecture, programming, and its peripherals. The course covers essential topics such as pipeline structures, registers, exception modes, memory maps, serial communication, and real-time operating systems. Students will gain hands-on experience in programming AVR microcontrollers and interfacing with various input/output devices. By the end of the course, learners will have built several embedded system projects using AVR.
What Will You Learn?
- Understand AVR microcontroller architecture and programming.
- Set up and configure development environments for AVR on various platforms.
- Program digital and analog I/O, timers, interrupts, and serial communication.
- Interface AVR microcontrollers with external devices like LEDs, motors, sensors, and displays.
- Develop real-world embedded systems projects.
Course Content
Subject 1: Introduction
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Introduction to embedded systems, evolution in microcontroller technology, past, present, and future of embedded systems.
00:00
Subject 2: Microcontroller
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Hardware details, pin diagram, AVR architecture, interrupts, timers, assembly language, AVR Studio.
00:00
Subject 3: Programming AVRs
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Toolchain setup, AVR and Arduino comparison, makefiles, flashing, blinking LEDs, ISP headers, troubleshooting.
00:00
Subject 4: Digital Output
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Blinking LEDs, hardware registers, building POV toy, patterns using LED displays.
00:00
Subject 5: IO Device Interface and Practical
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Study of input/output devices, interfacing LED displays, 7-segment displays, matrix keyboards, stepper motors, serial communication.
00:00
Subject 6: Serial I/O
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Implementing serial communication, loopback project, USART configuration, troubleshooting serial connections.
00:00
Subject 7: Digital Input
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– Configuring inputs, push buttons, switches, debounce logic, button presses interpretation.
00:00
Subject 8: Advanced I/O
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ADC, SPI protocol, TWI/I2C, serial memory, PWM, interfacing advanced peripherals.
00:00
Subject 9: Analog-to-Digital Conversion (ADC)
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Light meter, ADC initialization, code examples, multiplexing, AVR night light project.
00:00
Subject 10: Advanced Level Programming in AVR
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Pre-processor directives, inline coding, calling assembly in C, converting assembly programs to C.
00:00
Subject 11: Introduction to Advanced Topics
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In-circuit emulators, JTAG debug interface, RTOS concepts, latest trends in embedded systems.
00:00
Subject 12: List of Projects
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LED blinking, push-button control, ultrasonic sensor interfacing, 7-segment display interfacing, digital clock, robotic ARM, Bluetooth-controlled robot, voice-controlled robot, home automation, obstacle-avoiding robot.
00:00
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