Computer Science Associate of Science

Program Description

What You Will Learn

Upon completion of the program you will be able to:
 1.  Demonstrate foundation skills in computer information systems, programming, database, and scripting
 2.  Interpret problem statements and create requirements to solve system-level problems
 3.  Compile a portfolio of work from technical courses
 4.  Prepare for industry certifications where applicable
 5.  Exhibit basic office application skills
 6.  Demonstrate appropriate work-ethic traits through personal conduct and effective teamwork
 7.  Display business soft skills such as technical writing, documentation, communications, ethics, and team work
 8.  Design and create programs with multiple control structures and subroutines
 9.  Design and create an object-oriented program
10.  Analyze a problem and develop an algorithm

My Academic Plan: Full-Time

MAT 2410Calculus I: GT-MA1

5

ENG 1021English Composition I: GT-CO1

3

CSC 1060Computer Science I: (Language)

4

GT-AH Any Arts & Humanities (GT-AH). Prefer: Logic (PHI 1013)

3

Total Credit Hours:15
MAT 2420Calculus II: GT-MA1

5

ENG 1022English Composition II: GT-CO2

3

CSC 1061Computer Science II: (Language)

4

GT-SS Any Social & Behavioral Science (GT-SS). Prefer: Principles of Microeconomics (ECO 2002)

3

Total Credit Hours:15
CSC 2065Discrete Structures

4

Elective Calculus III (MAT 2430) or Calculus III w/Engineering Applications (MAT 2431) or Linear Algebra (MAT 2540) or MAT Elective Course*

3

CSC 2025Computer Arch/Assembly Language

4

GT-SC1 Any Natural & Physical Lab Science. Prefer: Physics Alg-Based I w/Lab (PHY 1111), Gen College Chem I w/Lab (CHE 1111), Physics: Calc Based I w/Lab (PHY 2111), Gen College Bio I w/Lab (BIO 1111), Botany w/Lab (BIO 2121), or Phys Geology I w/Lab (GEY 1111)

4

Total Credit Hours:15
GT-SC1 or GT-SC2 Any Natural & Physical Lab Science (GT-SC1) or Natural & Physical Non-Lab Science (GT-SC2). Prefer: Physics Alg-Based II w/Lab (PHY 1112), Physics Calc-Based II w/Lab (PHY 2112), Gen College Chem II w/Lab (CHE 1112) or Gen Bio II w/Lab (BIO 1112)

3

Any Approved Elective Any Approved Elective List Course. Prefer: C++ Programming (CSC 2034)

3

GT-HI1 Any History (GT-HI1). Prefer: 20th Century World History (HIS 2015)

3

GT-AH Any Arts & Humanities (GT-AH). Prefer: Ethics (PHI 1012) or Environmental Ethics (PHI 2018)

3

GT-SS Any Social & Behavioral Science (GT-SS). Prefer: Principles of Macroeconomics (ECO 2001)

3

Total Credit Hours:15

My Academic Plan: Part-Time

Courses are displayed in a part-time sequence providing flexibility for the working professional. Follow the pathway below to complete your AS degree within 8 semesters (3 years). This pathway may be accelerated by applying transfer credit, credit for prior learning, and/or completing one or more additional courses each semester. For more information, please see your Academic Advisor.

MAT 2410Calculus I: GT-MA1

5

ENG 1021English Composition I: GT-CO1

3

Total Credit Hours:8
MAT 2420Calculus II: GT-MA1

5

ENG 1022English Composition II: GT-CO2

3

Total Credit Hours:8
GT-AH Any Arts & Humanities (GT-AH). Prefer: Logic (PHI 1013)

3

Total Credit Hours:3
CSC 1060Computer Science I: (Language)

4

GT-SC1 Any Natural & Physical Lab Science. Prefer: Physics Alg-Based I w/Lab (PHY 1111), Gen College Chem I w/Lab (CHE 1111), Physics: Calc Based I w/Lab (PHY 2111), Gen College Bio I w/Lab (BIO 1111), Botany w/Lab (BIO 2121), or Phys Geology I w/Lab (GEY 1111)

4

Total Credit Hours:8
CSC 1061Computer Science II: (Language)

4

GT-SC1 or GT-SC2 Any Natural & Physical Lab Science (GT-SC1) or Natural & Physical Non-Lab Science (GT-SC2). Prefer: Physics Alg-Based II w/Lab (PHY 1112), Physics Calc-Based II w/Lab (PHY 2112), Gen College Chem II w/Lab (CHE 1112) or Gen Bio II w/Lab (BIO 1112)

3

GT-SS Any Social & Behavioral Science (GT-SS). Prefer: Principles of Microeconomics (ECO 2002)

3

Total Credit Hours:10
GT-AH Any Arts & Humanities (GT-AH). Prefer: Ethics (PHI 1012) or Environmental Ethics (PHI 2018)

3

Total Credit Hours:3
CSC 2065Discrete Structures

4

Elective Calculus III (MAT 2430) or Calculus III w/Engineering Applications (MAT 2431) or Linear Algebra (MAT 2540) or MAT Elective Course*

3

GT-HI1 Any History (GT-HI1). Prefer: 20th Century World History (HIS 2015)

3

Total Credit Hours:10
CSC 2025Computer Arch/Assembly Language

4

GT-SS Any Social & Behavioral Science (GT-SS). Prefer: Principles of Macroeconomics (ECO 2001)

3

Any Approved Elective Any Approved Elective List Course. Prefer: C++ Programming (CSC 2034)

3

Total Credit Hours:10

Total Credit Hours: 60

Prior Learning eligible course

•  Learn more about Credit for Prior Learning

•  View all eligible courses

 

Important Program Notes:  Per the Statewide Transfer Articulation Agreement (STAA), additional coursework might be required to meet Prerequisite requirements for Calculus I (MAT 2410). Prerequisite courses may apply toward elective credit hours.

The Computer Science Faculty recommend you take your Math courses in consecutive semesters (without taking a semester off, except possibly Summer). The Math in these courses build heavily on each other and taking courses in consecutive semesters increases skill retention.

Per the Statewide Transfer Articulation Agreement (STAA), you may complete any GT-CO1 course plus any GT-CO2 course OR any GT-CO2 course plus any GT-CO3 course. Faculty recommend: ENG 1021 (GT-CO1) and ENG 1022 (GT-CO2) OR ENG 1022 (GT-CO2) and a gtPathways-approved CO3 course (GT-CO3). ENG 1031 (GT-CO1) OR ENG 1022 (GT-CO2) is required for Colorado School of Mines.

Per the Statewide Transfer Articulation Agreement (STAA), select from GT-SC1 and GT-SC2 courses with at least one GT-SC1 course w/Lab. GT-SC1 and GT-SC2 courses in sequence (same discipline) are recommended (and may be required depending on the receiving institution). Courses must be selected in consultation with your Front Range Community College Academic Advisor as well as from the intended transfer institution, if known. Select a minimum of 7 credits from GT-SC1 and GT-SC1 or GT-SC2. Additional credits in this area will be applied toward electives. If you are planning to transfer to Colorado School of Mines, select two courses from PHY 2111, PHY 2112, and CHE 1111.

FRCC requires CSC 2065 per this AS degree. CSC 2065 is a required course for students planning to transfer to Adams State University, Colorado State University, University of Colorado-Boulder, University of Colorado-Denver, and University of Northern Colorado. For Colorado School of Mines, students are advised to use any remaining free elective credits to take CHE 1111 or PHY 2112 (CSC 2065 will be accepted in transfer but the other courses are preferred). You should consult your Front Range Community College Academic Advisor as well as an academic advisor at the intended transfer institution for guidance. If these credits are not required for the major at a receiving 4-year institution, they will be applied to the Bachelor’s degree as elective credit toward graduation. If you are planning to not take CSC 2065 and take a different course, you will need to apply for a graduation exceptionPlease check with the receiving institution to determine in which way these courses will be applied.

Per the Statewide Transfer Articulation Agreement (STAA), CSU will also accept MAT 2520 as an alternative to CSC 2065.

Per the Statewide Transfer Articulation Agreement (STAA), for students intending to transfer to the University of Colorado Denver, students must complete one GT-SC1 course and one of the following: BIO 1111, CHE 1111, PHY 1111 or PHY 2111.

Per the Statewide Transfer Articulation Agreement (STAA), CSC 2025 is not required at CU Denver, but transfer as free elective to CU Denver.

If you take more credits in Mathematics and Science than are listed, it will reduce the 6 credits of electives needed

You must complete a minimum of 60 credits to complete this degree. If receiving financial aid, you should only take courses and credits as required for this degree. Check with your advisor to monitor your completion progress.