Associate in Applied Science - Transfer

Associate in Applied Science: Application Development

90 credits

The Associate in Applied Science-Transfer (AAS-T) degree prepares students for both the workplace and to transfer into the Application Development Bachelor of Applied Science (BAS-IT) Degree program. Application developers design, create, and test new applications, beginning by analyzing client or project requirements. During development they act as skilled problem solvers and clear communicators. Application developers work in cross-functional teams; design and create user interfaces; write client and server code conforming to industry standards; utilize development tools, frameworks, cloud services, and databases; and clearly document their work.

 Upon successful completion of this degree a student will be able to:

  • Apply critical thinking and logical reasoning to design and technical problems in application development generally
  • Communicate effectively as an application development professional, interacting with clients and collaborating within development teams.
  • Develop solid visual and logical design skills, paying close attention to detail, current standards, application usability, and security
  • Design, produce, and test applications to be visually appealing and function effectively to meet users’ needs
  • Assess, select and apply application frameworks and development methodologies appropriate to the particular project scope

Completion Requirements

The Application Development AAS-T degree requires 90 credits in college level courses (numbered 100 or above), a minimum cumulative 2.0 grade point average, a minimum of 25 credits from Cascadia, and completion of all of the requirements for this degree. Students must complete and submit an application for graduation to Enrollment Services for review and approval before the degree is granted.

Science, Technology, Engineering and Mathematics

Students in a STEM pathway who successfully complete this degree will be able to:

  • Demonstrate proficiency with tools such as software or equipment appropriate to the STEM field
  • Engage in the analytical process, by making observations, designing, implementing, and evaluating the approach
  • Demonstrate proficiency with interpreting data and drawing evidence-based conclusions. 
  • Communicate complex ideas using written, verbal, and visual methods appropriate for a given audience
  • Recognize the responsibility to positively impact both local and global societies through sustainable and ethical practices.

General Education Core Courses

Communication

Course Code
Name
Lecture Hours
Lab Hours
Other Hours
Credits
55.00
0.0
0.00
5
Sub-Total Credits
110
0
0
10

Quantitative or Symbolic Reasoning

Course Code
Name
Lecture Hours
Lab Hours
Other Hours
Credits
Sub-Total Credits
165
0
0
15

Humanities/Social Science Distribution Requirements

Students should consult with an advisor for specific transfer institution requirements. 

Course Code
Name
Lecture Hours
Lab Hours
Other Hours
Credits
55.00
0.0
0.00
5
Sub-Total Credits
110
0
0
10

Natural Sciences Distribution Requirements

Students must complete courses from at least two different disciplines and include at least ten credits from any lab science. 

Course Code
Name
Lecture Hours
Lab Hours
Other Hours
Credits
Variable
Variable
0.00
5
Variable
Variable
0.00
5
Sub-Total Credits
0
0
0
10

Program Requirements

Course Code
Name
Lecture Hours
Lab Hours
Other Hours
Credits
Sub-Total Credits
495
0
0
45
Total Credits
90

Pathways