Computer Science Fundamentals

Explore the fundamental components of computer hardware, including the CPU, memory, storage, and peripherals.

An introductory course on the basics of software, focusing on the differences between system software and application software.

Explore the core functions and purposes of operating systems in computing.

Explore how computers store and retrieve data and instructions.

Explore the intricacies of how CPUs execute instructions and manage tasks efficiently.

Explore the mechanisms of data storage and retrieval, focusing on persistent storage solutions.

Explore how input devices allow users to interact with computers, focusing on their functionality and impact on user experience.

Explore the various output devices and how they present information to users.

Explore the foundational concepts of how computers communicate over networks, focusing on protocols, data transmission, and network configurations.

Advanced judgment in managing processes under system stress and ambiguity.

Mastering memory allocation and optimization under pressure, ambiguity, and scaling limits.

Advanced judgment in file system design and maintenance. Focus on ambiguous failures, trade-offs, and restraint.

Mastering advanced judgment in concurrent systems, focusing on ambiguous situations, trade-offs, and delayed consequences.

Advanced judgment in deploying and managing virtual machines and containers. Focus on ambiguous decisions, hidden costs, and restraint in optimization.

Advanced judgment in compiler design and implementation. Focus on ambiguous decisions, trade-offs, and long-term effects.

Advanced judgment in using system calls under real constraints. Focus on ambiguous failures, hidden costs, and restraint.

Advanced judgment in hardware and software architecture. Focus on ambiguous interactions and long-term consequences.

Advanced judgment in computer science fundamentals. Focus on ambiguous system limits, nonlinear failures, and calibration under uncertainty.