Student/Advising

From A-State Computer Science Wiki
Jump to: navigation, search

Checksheets for CS degree

BA

BS

Minor


MS

MS Ed

Graduate Certificates

Study Plans

Four year study plan

BA

BS

Course Schedule

Course Rotation

Please note that the CS department might or might not offer classes in summer time.

Course Rotation (subject to change)

FALL 2020

  • CS 1013: Introduction to Computers
  • CS 1114: Concepts of Programming & lab
  • CS 2114: Structured Programming & lab
  • CS 2124: OOP & Fund Data Structures & lab
  • CS 3113: Algorithms & Adv Data Structures
    Fall every year
  • CS 3223: Computer Organization
  • CS 4/5113: Software Engineering
  • CS 4143: Java Application Development
  • CS 4/5223: UNIX Systems Programming
  • CS 4/5433: Artificial Intelligence
  • CS 4/5543: Database Systems
  • CS 4/5713: Analysis of Algorithms
    Fall even years only
  • CS 4/5133: Compilers
  • CS 6233: Operating System Design
  • CS 6253: Heterogeneous Computing
  • CS 6333: Network and Internet Security
  • CS 6413: Solid Modeling
    Demanded
  • CS 4/5723: Automata Theory
  • CS 6523: Data Mining Techniques
  • CS 5623: Fundamentals of Data Science

SPRING 2021

  • CS 1013: Introduction to Computers
  • CS 1114: Concepts of Programming & lab
  • CS 2114: Structured Programming & lab
  • CS 2124: OOP & Fund Data Structures & lab
  • CS 3113: Algorithms & Adv Data Structures
    Spring every year
  • CS 3123: Programming Languages
  • CS 3233: Operating Systems
  • CS 3613: Web Application Development
  • CS 4143: Java Application Development
  • CS 4/5313: Computer Networks
  • CS 4/5413: Fundamental Computer Graphics
  • CS 4/5613: Mobile Application Development
  • CS 5623: Fundamentals of Data Science
    Spring odd years only
  • CS 6123: Software Security
  • CS 6243: Distributed Systems
  • CS 6263: Cloud Computing
  • CS 6423: Robotic Software Control
  • CS 6713: Adv Analysis of Algorithms
    Demanded
  • CS 4/5723: Automata Theory
  • CS 482V: Special Problems - Fundamentals of Data Science

FALL 2021

  • CS 1013: Introduction to Computers
  • CS 1114: Concepts of Programming & lab
  • CS 2114: Structured Programming & lab
  • CS 2124: OOP & Fund Data Structures & lab
  • CS 3113: Algorithms & Adv Data Structures
    Fall every year
  • CS 3223: Computer Organization
  • CS 4/5113: Software Engineering
  • CS 4/5223: UNIX Systems Programming
  • CS 4/5433: Artificial Intelligence
  • CS 4/5543: Database Systems
  • CS 4/5713: Analysis of Algorithms
    Fall odd years only
  • CS 4/5723: Automata Theory
  • CS 6223: Advanced Computer Architecture
  • CS 6313: Data Security
  • CS 6443: Machine Learning
  • CS 6463: Image Processing
    Demanded
  • CS 4/5133: Compilers
  • CS 5623: Fundamentals of Data Science
  • CS 6253: Heterogeneous Computing

SPRING 2022

  • CS 1013: Introduction to Computers
  • CS 1114: Concepts of Programming & lab
  • CS 2114: Structured Programming & lab
  • CS 2124: OOP & Fund Data Structures & lab
  • CS 3113: Algorithms & Adv Data Structures
    Spring every year
  • CS 3123: Programming Languages
  • CS 3233: Operating Systems
  • CS 3613: Web Application Development
  • CS 4143: Java Application Development
  • CS 4/5313: Computer Networks
  • CS 4/5413: Fundamental Computer Graphics
  • CS 4/5613: Mobile Application Development
  • CS 5623: Fundamentals of Data Science
    Spring even years only
  • CS 6213: Parallel Processing
  • CS 6323: Computer Security
  • CS 6353: Hardware Security
  • CS 6543: Adv. Database Systems
  • CS 6613: Bioinformatics
    Demanded
  • CS 4/5723: Automata Theory
  • CS 482V: Special Problems - Fundamentals of Data Science
  • CS 6343: Cloud Security
  • CS 6723: Computability Theory
  • CS 683V: Special Topics - Adv. Computer Networks

Not regularly scheduled

  • CS 4/5423: Interactive Computer Graphics
  • CS 4811: Computer Science Seminar
  • CS 482V: Special Problems
  • CS 6513: Data Compression and Indexing
  • CS 6813: Seminar in Computer Science
  • CS 6823: Special Topics

CS faculty approval required

  • CS 4/583V: Internship (max 1 credit hour)
  • CS 688V: Independent Study
  • CS 689V: Thesis

Course Dependencies

Student Schedule Planner

Counseling Center

Tuition & Fees

See Also