Computer Science and Engineering BS

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Program Objectives

The objectives of the bachelor of science degree in the computer science and engineering program are to:

produce graduates who are successful professionals in computer science and engineering
prepare students for graduate or professional study
develop team building and leadership skills
involve students in software design and projects

Measurable Outcomes

To attain the educational objectives of the BS CSE program, the CSE department intends to produce the following measurable outcomes at the time of graduation. Graduates of the BS CSE program will have the following skills:

an ability to apply knowledge of mathematics, science and engineering
an ability to analyze a problem and identify and define the computing requirements appropriate to its solution
an ability to design and conduct software and/or hardware experiments, as well as to analyze and interpret data
an ability to design software and/or hardware to meet desired needs
an ability to function on multidisciplinary teams
an ability to identify, formulate and solve computer science and engineering problems
an understanding of professional and ethical responsibility
an ability to communicate effectively
the broad education necessary to understand the impact of engineering and computer science solutions in a global and societal context
a recognition of the need for, and an ability to engage in, lifelong learning
a knowledge of contemporary issues
an ability to use the techniques, skills and modern tools necessary for computer science and engineering practice
an ability to display leadership

Typical Curriculum for BS in Computer Science and Engineering

Freshman Year

First Semester

CHEM 1130 - Engineering General Chemistry. Semester Hours: 5 (see note 2)
C SC 1410 - Fundamentals of Computing. Semester Hours: 3
C SC 1510 - Logic Design. Semester Hours: 3
ENGL 1020 - Core Composition I: CO1. Semester Hours: 3 (see note 1)
MATH 1401 - Calculus I: MA1. Semester Hours: 4

Total: 18 Hours

Second Semester

C SC 2312 - Intermediate Programming. Semester Hours: 3
C SC 2421 - Data Structures and Program Design. Semester Hours: 3
C SC 2531 - Logic Laboratory. Semester Hours: 1
MATH 2411 - Calculus II: MA1. Semester Hours: 4
PHYS 2311 - General Physics I: Calculus-Based. Semester Hours: 4
PHYS 2321 - General Physics Lab I. Semester Hours: 1

Total: 16 Hours

Sophomore Year

First Semester

C SC 2132 - Circuit Analysis I. Semester Hours: 3
C SC 2511 - Discrete Structures. Semester Hours: 3
C SC 2525 - Assembly Language and Computer Organization. Semester Hours: 3
MATH 2421 - Calculus III: MA1. Semester Hours: 4
PHYS 2331 - General Physics II: Calculus-Based. Semester Hours: 4
PHYS 2341 - General Physics Lab II. Semester Hours: 1

Total: 18 Hours

Second Semester

C SC 2142 - Circuit Analysis II. Semester Hours: 3
C SC 3412 - Algorithms. Semester Hours: 3
ENGL 2030 - Core Composition II: CO2. Semester Hours: 3
MATH 3195 - Linear Algebra and Differential Equations. Semester Hours: 4
Core Curriculum Elective (see note 1) (3 semester hours)

Total: 16 Hours

Junior Year

First Semester

General Science Elective (see note 2) (3 semester hours)
C SC 3415 - Principles of Programming Languages. Semester Hours: 3
C SC 3651 - Digital Hardware Design. Semester Hours: 3
Core Curriculum Electives (see note 1) (6 semester hours)

Total: 15 Hours

Second Semester

C SC 3453 - Operating System Concepts. Semester Hours: 3
C SC 3645 - Discrete Linear Systems. Semester Hours: 3
C SE Technical Elective (see note 3) (3 semester hours)
Core Curriculum Electives (see note 1) (6 semester hours)

Total: 15 Hours

Senior Year

First Semester

C SC 4508 - Introduction to Software Engineering. Semester Hours: 3
C SC 4535 - Probability and Statistics. Semester Hours: 3
C SC 4591 - Computer Architecture. Semester Hours: 3
C SE Technical Elective (see note 3) (3 semester hours)
MATH 4650 - Numerical Analysis I. Semester Hours: 3

Total: 15 Hours

Second Semester

C SC 4034 - Theoretical Foundations of Computer Science. Semester Hours: 3
C SC 4735 - Computers, Society and Ethics. Semester Hours: 3
C SC 4739 - Senior Design II. Semester Hours: 3
C SE Technical Elective (see note 3) (3 semester hours)
Core Curriculum Elective (see note 1) (3 semester hours)

Total: 15 Hours

Program Total: 128 Hours

In addition to planning for sequences of courses based on prerequisites, students should plan to complete sophomore-level courses before taking junior-level courses.

Downtown Campus core curriculum: core requirements of the College of Engineering and Applied Science are outlined in the section titled “Undergraduate Core Curriculum in Engineering ” or at www.cudenver.edu/cse. In the communication area, students must pass ENGL 1020-3, Core Composition I, with a C- or better prior to taking either C SC 2421 or C SC 4739.
The chemistry sequence CHEM2031/CHEM2038 may be substituted for CHEM1130. In addition to the required chemistry and physics courses, students must take a general science elective chosen from basic or engineering science. Refer to the “CSE Undergraduate Advising Handbook” for further information.
Computer science and engineering technical electives: The student must take three courses (9 semester hours) chosen from any C SC 4000-level courses and/or any EE 4000-level computer engineering courses that are not part of the required bachelor of science in computer science and engineering (BSCSE) curriculum.