This Advanced Embedded Systems course provides in-depth knowledge of both technical implementation and system-level design. It begins with embedded systems motivation and architecture using the Renesas RX63N microcontroller, explaining processor structure, peripherals, and development tools.

Students review C programming and floating-point representation before moving into core embedded topics such as Analog-to-Digital Conversion (ADC), interrupts, timers, and serial communications. Advanced communication techniques include register-level serial configuration and queue-based data handling for efficient transmission.

The course emphasizes software engineering for embedded systems, including structured design, testing methodologies, project management, and engineering ethics. State machines are explored in depth, including practical implementation strategies for reliable embedded applications.

Beyond software, the course introduces system engineering concepts, product-level design decisions, PCB design fundamentals, bill of materials (BOM) preparation, and hardware component selection. Wireless communication basics are covered using XBee modules, along with IoT device examples such as the Photon WiFi platform. Accelerometer integration and real-world application demonstrations further strengthen practical understanding.