8 Sections
8 Lessons
4 Weeks
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Introduction to Embedded Systems for Robotics
1
1.1
Embedded systems overview, role in robotics, and classification of embedded systems
Robotic Controllers & Hardware Platforms
1
2.1
Microcontrollers vs microprocessors, SoC boards, controller selection criteria, and architecture.
Embedded System Architecture & Peripherals
1
3.1
CPU, memory, timers, GPIO, ADC/DAC, communication interfaces, and internal blocks.
Firmware Development & Programming Models
1
4.1
Bare-metal programming, firmware structure, drivers, and hardware abstraction.
Real-Time Systems & Interrupt Handling
1
5.1
Real-time constraints, interrupts, timers, task scheduling basics, and responsiveness.
Interfacing Sensors & Actuators
1
6.1
Sensor integration, motor control interfaces, PWM, encoders, and feedback systems.
Communication & System Integration
1
7.1
UART, I2C, SPI, CAN basics, and communication between robotic subsystems.
Power Management & Robotics Case Studies
1
8.1
Power consumption, battery systems, efficiency optimization, and real-world robotic embedded designs.
Embedded Systems for Robotics
Curriculum
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