Review Assessment Report

Part 1: Contact & Program Identification

Report Year and Contact Information
Academic YearModified ByDate Modified
2021-2022[email protected]2022-10-14T21:23:51.963Z
SchoolName of ProgramCourses
BITComputer Information AAS Degree: Computer ProgrammingBCIS 1110,BUSA 1110,BUSA 1130,CIS 1275,CIS 1280,CIS 1680,CIS 2235,CIS 2237,CIS 2275,CIS 2284,CIS 2520,CIS 2999,COMM 2120

Part 2: Program Summary

Provide a high level review of the program to include highlights, successes, challenges, significant changes, and significant resources needed to support the program
We had a successful year graduating 13 more computer programmers. We found opportunities to improve the program in the areas of debugging and understanding how to pass data between graphical user interface forms. All other areas were accomplished satisfactorily between 85% and 100%. We look forward to another successful year in 2022-2023.

Part 3: Data Review

2019-20202020-20212021-2022
Annual number of graduate awards is greater than 1012313
Number of declared majors164161172
Average Class Size22.221.419.5
Annual Average Class withdrawal rate is 30% or below (SAGE 35%)13%11%11%
Annual C-Pass rate for coursework is 60% or above75%71%70%
Average class fill rate at 60% or above capacity within a term or over a year76%77%70%
Graduate Transfer to 4-year Schools17%n/an/a
Full-time Faculty Coverage by Section57%65%23%
Summarize how your program met or did not meet the target measures based on the data above
We exceeded the Average Class fill rate this year once again with 70%. The retention rate of 89% also exceeded our goal of 70%. The C-Pass rate of 70% exceeded the requirement of 60%. The annual number of graduates this year was 13 which is higher than 10.

Part 4: Program Learning Outcome Analysis

Learning OutcomePopulation or Course(s) AssessedDescriptionSummary of Assessment Results
Class construction: Write programs that contain a programmer-written class and demonstrate its use in the C++, Java and C# languages.
Program Portfolio Demonstration
  • Capstone Project
87%
Class inheritance, and polymorphism: Write a program that contains a programmer-written class structure including a parent class and at least two children classes. The program must demonstrate polymorphism.
Program Portfolio Demonstration
  • Capstone Project
89%
Database manipulation and Web Application: Write a program that demonstrates the ability to connect to and manipulate a SQL database.
Program Portfolio Demonstration
  • Capstone Project
89%
Debugging: Demonstrate the use of a debugging tool in at least two Integrated Development Environments, with at least two languages.
Test given as a part of the Capstone Class
  • Test or Quiz
67%
Graphical User Interface and Technical documentation: Write a program that contains a Graphical User Interface that includes event handling components. These components must include components such as menus, dialog boxes, sliders, buttons, and spinners. Tooltips must be on all components, where relevant. The program must contain a help section or additional documentation for the user.
Program Portfolio Demonstration
  • Capstone Project
77%
Linux: Students will demonstrate how to install, configure, create user accounts, issue correct commands and options, and perform standard network administration.
Course-wide evaluation using a Linux Project measured using a common rubric.
    This is no longer a program learning outcome.
    Web research: Use a search engine, such as “Google”, to find information on classes or functions that are needed in a program. This web research includes finding the appropriate class/function, its documentation, and implementing the code in a program.
    Program Portfolio Demonstration
    • Capstone Project
    88%
    Interpretation of Assessment findings
    Class construction was satisfactory at 87%. Class inheritance was satisfactory at 89%. Database Manipulation was satisfactory at 89% Debugging was 67%. This continues to be our most challenging area. We will continue to provide as much practice as possible in debugging, A graphical User Interface score of 77% is low. Mostly attributed to students having difficulty explaining how data is passed between parent and child forms. Recommendation: Add more elaboration on the concept when teaching this. The research score was satisfactory at 88%.

    Part 5: Additional Action Plan in Support of Student Learning (If Appropriate)

    Upcoming YearChanges Planned for the upcoming yearData Motivating this change
    2021-2022
    Add one multi form assignment to CIS 2235 Java I to practice passing data between forms.
    GUI score of 77%.
    2021-2022
    Add a Java Debugging exercise.
    Debugging score of 67%.
    2021-2022
    Please select all of the following that characterize the types of changes described in the above action plan
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