Computer Science, BS

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Course Name		Term Taken	Grade	Gen Ed
Student ID:__________________________ Student Name:_______________________ Adviser Name:_______________________	Catalog: 2011-2012 Catalog Program: Computer Science, BS Minimum Credits Required:__________________
Computer Science, BS Department of Computer Science, College of Sciences and Technology 89 to 93 credits from computer science and mathematics Admission and Declaration Process Declaring a major Grade Requirements A grade of C- or better is required for a student’s major or minor courses, and supporting courses for majors and minors.
Requirements
❑ Choose either:
CSCI 141 - COMPUTER PROGRAMMING I
and
CSCI 145 - COMPUTER PROGRAMMING AND LINEAR DATA STRUCTURES
or
CSCI 146 - ACCELERATED COMPUTER PROGRAMMING
❑ CSCI 211 - DISCRETE STRUCTURES AND FUNCTIONAL PROGRAMMING I
❑ CSCI 227 - COMPUTER ORGANIZATION I
❑ CSCI 241 - DATA STRUCTURES
❑ CSCI 245 - OBJECT-ORIENTED PROGRAMMING C++
❑ CSCI 305 - ANALYSIS OF ALGORITHMS AND DATA STRUCTURES I
❑ CSCI 322 - PRINCIPLES OF CONCURRENT PROGRAMMING
❑ CSCI 330 - DATABASE SYSTEMS
❑ CSCI 347 - COMPUTER ORGANIZATION II
❑ CSCI 352 - UNIX SOFTWARE DEVELOPMENT
❑ CSCI 367 - COMPUTER NETWORKS I
❑ CSCI 401 - FORMAL LANGUAGES AND AUTOMATA
❑ CSCI 405 - ANALYSIS OF ALGORITHMS AND DATA STRUCTURES II
❑ CSCI 410 - PROGRAMMING LANGUAGES
❑ CSCI 460 - OPERATING SYSTEMS
❑ CSCI 491 - SOFTWARE PROJECT REQUIREMENTS ANALYSIS
❑ CSCI 492 - SOFTWARE PROJECT DESIGN
❑ CSCI 493 - SOFTWARE PROJECT IMPLEMENTATION
❑ MATH 124 - CALCULUS AND ANALYTIC GEOMETRY I
❑ MATH 125 - CALCULUS AND ANALYTIC GEOMETRY II
❑ MATH 204 - ELEMENTARY LINEAR ALGEBRA
❑ MATH 341 - PROBABILITY AND STATISTICAL INFERENCE
❑ 12 credits chosen from the following, of which a maximum of 4 credits may be from CSCI 400 projects:
CSCI 311 - DISCRETE STRUCTURES AND FUNCTIONAL PROGRAMMING II
CSCI 321 - GAME PROGRAMMING
CSCI 342 - WEB SCRIPTING
CSCI 343 - PROGRAMMING WORKSHOP
CSCI 351 - WINDOWS SOFTWARE DEVELOPMENT
CSCI 380 - NUMERICAL COMPUTATIONS
CSCI 400
CSCI 402 - ARTIFICIAL INTELLIGENCE
CSCI 417
CSCI 420 - COMPUTER ARCHITECTURE
CSCI 430 - DATABASE THEORY
CSCI 442 - ADVANCED WEB PROGRAMMING IN JAVA
CSCI 450 - COMPILER THEORY AND DESIGN
CSCI 461 - COMPUTER SECURITY
CSCI 462 - OS DEVICE DRIVERS
CSCI 467 - COMPUTER NETWORKS II
CSCI 480 - COMPUTER GRAPHICS
CSCI 483 - COMPUTER ANIMATION
CSCI 515 - PARALLEL COMPUTATION
CSCI 517
CSCI 520 - ADVANCED COMPILER DESIGN
CSCI 525 - ADVANCED TOPICS IN OPERATING SYSTEMS
CSCI 527 - EMBEDDED SYSTEMS
CSCI 528 - CORBA APPLIED TO SCADA SYSTEMS
CSCI 530 - ADVANCED DATABASE THEORY
CSCI 536 - WEB SERVICES
CSCI 540 - THEORY AND PRACTICE OF PROGRAMMING LANGUAGE DESIGN
CSCI 545
CSCI 571 - MACHINE LEARNING ALGORITHMS
CSCI 572 - ROBOTICS
CSCI 573 - COMPUTATIONAL LINGUISTICS
CSCI 577 - DATA MINING
CSCI 578 - CRYPTOGRAPHY
CSCI 580 - ADVANCED COMPUTER GRAPHICS
CSCI 584 - SCIENTIFIC VISUALIZATION
CSCI 585 - IMAGE PROCESSING
M/CS 335 - LINEAR OPTIMIZATION
M/CS 375 - NUMERICAL COMPUTATION
M/CS 435 - NONLINEAR OPTIMIZATION
M/CS 475 - NUMERICAL ANALYSIS
A maximum of 4 credits may be from CSCI 400 projects NOTE: Undergraduate students may take 500-level courses only if they have a GPA of at least 3.0 and instructor permission
❑ A science sequence chosen from:
BIOL 204 - INTRODUCTION TO EVOLUTION, ECOLOGY AND BIODIVERSITY
BIOL 205 - INTRODUCTION TO CELLULAR AND MOLECULAR BIOLOGY
BIOL 206 - INTRODUCTION TO ORGANISMAL BIOLOGY
or
CHEM 121 - GENERAL CHEMISTRY I
CHEM 122 - GENERAL CHEMISTRY II
CHEM 123 - GENERAL CHEMISTRY III
or
GEOL 211 - PHYSICAL GEOLOGY
GEOL 212 - HISTORICAL GEOLOGY
and one of:
GEOL 308 - EARTHQUAKES
GEOL 309 - VOLCANOLOGY
GEOL 310 - GEOMORPHOLOGY
GEOL 314 - ENGINEERING GEOLOGY
or
PHYS 121 - PHYSICS WITH CALCULUS I
PHYS 122 - PHYSICS WITH CALCULUS II
PHYS 123 - ELECTRICITY AND MAGNETISM
❑ A minimum of 45 credit hours of mathematics content and science. This total includes the science sequence and mathematics courses listed above as well as 3 credit hours of mathematics content for CSCI 211 and 2 credit hours of mathematics content for CSCI 305. Additional courses used to satisfy the minimum 45 credit hour total must be chosen from: MATH or M/CS courses for which at least one of the required MATH courses is a prerequisite. Science courses for which at least one of the courses from the chosen science sequence is a prerequisite. Science courses from science sequences other than the chosen sequence. ❑ Exit requirement: Major Field Examination, administered externally.
University Graduation Requirements General University Requirements (GURS) Writing Proficiency Requirement (WP) 180 Minimum Total Credits 60 Minimum Upper Division Credits Residency Requirement Minimum Grade Requirements Final Quarter Requirement
Notes:

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89 to 93 credits from computer science and mathematics

Admission and Declaration Process

Grade Requirements

Requirements

University Graduation Requirements