Software Development Technology - AAS (2316)

Division: Mathematics, Engineering Technologies and Computer Sciences (METCS) Division

General Education Requirements (20 Credits)
Written & Oral Communication (6)
ENG 101College Composition I3
ENG 102College Composition II3
or ENG 105 Technical Writing
Quantitative/Scientific Knowledge, Skills & Reasoning (8)
MTH 100Intro. to College Mathematics4
Select one of the following:4
BIO 101, BIO 102, BIO 103, BIO 104, BIO 116, BIO 121, BIO 122, BIO 211, BIO 220, BIO 237,
CHM 101, CHM 102, CHM 103, CHM 104,
MTH 113, MTH 119, MTH 120, MTH 121, MTH 122, MTH 127,
PHY 101, PHY 102, PHY 103, PHY 104, PHY 113, PHY 114
Society & Human Behavior (3)
Select one of the following:3
ANT 101, ANT 105, ECO 101, ECO 102, POL 104, PSY 101, PSY 102, PSY 219, SOC 101, SOC 108, SOC 219
Historical Perspective (3)
Select any History (HST) course3
Major Requirements (33 Credits)
CSC 104Network Fundamentals3
CSC 137Intro. to Programming in Java3
CSC 151Intro Develop Web Applications3
CSC 231Database Design4
CSC 232Advanced Database Management4
CSC 237Enterprise Java Programming4
CSC 251Web Application Development4
CSC 253Intro. System & Cloud Admin.4
CSC 255Mobile Application Development4
Additional Course Requirements (7 Credits)
Select one of the following:4
CSC 113, CSC 114, CSC 116
Select one of the following:3
CSC 250, CSC 260, Approved Technical Course
Total Credits60

Notes:

  1. For an explanation of why General Education courses are included in this Program, please refer to the Section on General Education for an explanation of its Purpose and Requirements. 
  2. This plan assumes the student is eligible to enroll in College Level Courses (designated as 100 +, e.g., ENG 101 College Composition I, HST 101 World Civilization I, MTH 100 Intro. to College Mathematics).  Placement results will determine College Level Readiness in English and Mathematics.  

Upon completion of this program, graduates will be able to:

  • Design, develop, and implement a major software-based project;
  • Test software systems with specification, performance, maintenance, and quality requirements;
  • Apply software engineering theory, principles, tools, and processes, as well as theory and principles of computer science and mathematics, to the development and maintenance of complex software development systems;
  • Evaluate impact of potential solutions to software engineering problems in a global society, using knowledge of contemporary issues and emerging software engineering trends, models, tools, and techniques;
  • Create interactive Web applications; and
  • Design and develop mobile applications for the Android platform.