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 110

Course Purpose

Learning Outcomes

Programming

Basic Programming Constructs

Abstraction and Decomposition

Algorithms and Data Structures

Testing and Debugging

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
Programming Demonstrate the ability to independently write small programs (about 150 lines of code) to solve meaningful problems. Students will develop the discipline to translate requirements into orderly solutions, a process that is spiritually strengthening as they learn to bring order out of chaos.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience
Basic Programming Constructs Effectively use basic programming constructs, including variables, statements, expressions, and control. Mastering these fundamental tools is intellectually enlarging, providing students with a rigorous framework for logical reasoning.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience
Abstraction and Decomposition Develop the ability to use functions to manage complexity and describe programs as a flow of actions. This systematic approach to problem-solving fosters a character building resilience, as students learn to tackle daunting challenges with patience and precision.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience
Algorithms and Data Structures Effectively utilize basic algorithms and data structures to represent and store data. Students will view the efficient use of these tools as a form of stewardship, preparing them for a life of lifelong learning and service in an increasingly technical world.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience
Testing and Debugging Use simple tests and debuggers to identify and correct errors. This iterative process of refinement encourages honesty and humility, ensuring that students' technical growth is matched by their commitment to integrity.	Adversarial and Defensive Mindset Cybersecurity Terminology Cybersecurity Technical Experience