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Embedded Systems Engineering Curriculum
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Module 11
System Design for Embedded Applications
Portable HAL API with Function Pointers
Design a portable Hardware Abstraction Layer (HAL) API using function pointer structures for peripheral access.
2
Advanced Bootloader Design
Architect a bootloader system supporting A/B partitioning, secure boot verification, and robust OTA firmware updates.
3
Understanding ISO 26262: ASIL and Fault Tolerance
Explain key concepts of functional safety (ISO 26262), including ASIL levels and fault tolerance patterns like dual-core lockstep.
4
Power Management Techniques
Describe power management strategies, such as DVFS, system sleep states, wake-up latency, and thermal throttling.
5
Interview System Design: Real-World Scenarios
Architect a system design solution for an interview scenario, such as a real-time motor controller or a fault-tolerant communication system.
6
Layered Device Driver Architecture
Design a layered device driver architecture that separates protocol logic from physical bus access.
7
Event-Driven System Design: Reactor Pattern & State Machines
Design an event-driven system using a reactor pattern or state machines for managing complex, asynchronous interactions.
Mailboxes and Shared Memory for AMP Inter-core Communication
Design a system for inter-core communication in an AMP system using mailboxes and shared memory with proper synchronization.
Previous module
Hardware Protocols and Peripherals
Next module
Advanced Debugging and System Profiling