"System Architecture and Hardware Security" is a course that navigates the intricate relationship between hardware design and cybersecurity. Beginning with an exploration of various computer architecture models, students delve into the intricacies of CPU designs and execution types, understanding how these elements impact system security. The course further examines specialized CPU structures tailored for specific applications, providing insights into optimizing performance while ensuring robust security measures. Memory types and usage areas are dissected, alongside discussions on data remanence and the critical practice of data sanitization. Through a blend of theoretical concepts and practical applications, students gain a holistic understanding of how system architecture influences hardware security, equipping them with the knowledge to design and implement resilient computing systems in the face of evolving cyber threats.
- Knowledge of Computer Architecture Models: Acquire knowledge of various computer architecture models, allowing students to analyze and compare different designs for their security implications.
- Expertise in CPU and Execution Types: Gain expertise in CPU designs and execution types, enabling students to evaluate the security implications of different CPU architectures and execution models.
- Proficiency in Memory Types and Usage: Master memory types and their usage areas, enabling students to implement effective memory management strategies that enhance system security.
- Computer Science and Engineering Students
- Cybersecurity Professionals
- Information Technology (IT) Professionals
- Security Analysts and Consultants
- Basic Knowledge of Computer Architecture
- Understanding of Cybersecurity Principles