Learningoutcomes

Program Courses

C S 110 - How to Program

C S 111 - Intro to Computer Science

C S 224 - Computer Systems

C S 324 - Systems Programming

C S 345 - Operating Systems Design

C S 460 - Comp Comms & Networking

C S 465 - Computer Security

C S 466 - Blockchain Technologies

C S 501R - Adv Topics in Computer Sci

CYBER 110 - Intro to Cybersecurity

CYBER 210 - Secure Web Development

CYBER 231 - Ethics, Law, and Leadership

CYBER 247 - Networks and Security

CYBER 266 - Adversarial & Cyber Mindset

CYBER 291 - Sophomore Seminar

CYBER 327 - Digital Communications

CYBER 344 - Operating Systems

CYBER 366 - Defensive Cybersecurity

CYBER 391 - Junior Seminar

CYBER 444 - System Administration

CYBER 466 - Digital Forensics

CYBER 467 - Cybersecurity & Pen Test

CYBER 515R - Special Topics in IT&C

CYBER 529 - Advanced Networking

CYBER 548 - Cyber-Physical Systems

CYBER 562 - Cloud Architecture & Security

CYBER 585 - Encryption Implementation

EC EN 192 - Freshman Project

EC EN 224 - Introduction to Computer Sys

EC EN 330 - Intro Embedded Programming

EC EN 426 - Computer Networks

EC EN 427 - Embedded Systems

EC EN 526 - Wireless Networking

IS 303 - Intro Computer Programming

IS 414 - IS Security & Controls

IS 533 - Advanced Data Communications

IS 560 - Information Security Mngmnt

IS 565 - Digital Forensics for Orgnztns

IS 567 - Cybersecurity & Pen Testing

IS 590R - Network Administration

MATH 485 - Mathematical Cryptography

SOC 380 - Deviance & Social Control

SOC 481 - Crime, Justice, & Corrections

C S 345

Course Purpose

Learning Outcomes

Operating System Fundamentals

Process and Resource Management

Shell Implementation

Scheduling and Multi-Tasking

Concurrency and Mutual Exclusion

Memory and File Systems

Comparative OS Analysis

Full OS Construction

Instructor created Learning Outcomes

Course Purpose

Learning Outcomes

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Course outcome history

Title	Outcome	Created	Modified	Modified By

Link Course Outcomes to Program Outcomes

Course Outcome	Program Outcomes
Operating System Fundamentals Describe the core components of an operating system and their implementation across general-purpose, real-time, and embedded applications. Understanding these essential building blocks is intellectually enlarging, as it reveals the sophisticated architecture required to manage modern computing environments.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience
Process and Resource Management Define and manage processes, threads, asynchronous signals, and competitive system resource allocation. Mastering the coordination of these elements is character building, requiring the precision and discipline to ensure systems remain stable and fair under heavy demand.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience
Shell Implementation Demonstrate how a shell works by creating a functional command-line interface. This exercise in providing a gateway for human-machine interaction is spiritually strengthening, as it empowers students to build tools that facilitate order and productivity.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience
Scheduling and Multi-Tasking Outline and implement standard scheduling algorithms for multi-tasking environments. Students will view the efficient allocation of processor time as a form of stewardship, ensuring that system resources are utilized to provide the best possible service to users.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience
Concurrency and Mutual Exclusion Apply mutual exclusion principles, including semaphore construction, to manage concurrent programming challenges. This rigorous logical practice is intellectually enlarging and fosters the integrity needed to prevent data corruption and ensure system truthfulness.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience
Memory and File Systems Explain the implementation of system memory management and file systems. This deep understanding of how information is preserved and accessed provides a foundation for lifelong learning, allowing students to adapt to new storage and memory paradigms as they evolve.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience
Comparative OS Analysis Evaluate the strengths and features of various contemporary operating systems. This broad perspective is intellectually enlarging, helping students become discerning professionals who can choose the right tools for complex technical challenges.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience
Full OS Construction Implement a functional, pre-emptive, multi-tasking operating system in C, including a scheduler, file manager, and synchronization components. The persistence and vision required to complete this comprehensive project are character building, leaving students with the confidence to tackle any large-scale engineering feat in their future careers.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience