Review Assessment Report
Part 1: Contact & Program Identification
Report Year and Contact Information | ||
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Academic Year | Modified By | Date Modified |
2020-2021 | [email protected] | 2021-11-19T20:37:45.576Z |
School | Name of Program | Courses |
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BIT | Computer Science Degree | CSCI 1152,BCIS 1110,CSCI 2201,COMM 1130,CSCI 2251,MATH 1520,MATH 1510 |
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 |
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The Computer Science (CSCI) program was initiated by the School of Mathematics, Sciences, and Engineering (MSE) then transferred to the School of Business and Information Technology (BIT) in Spring 2016. The CSCI program is based on the undergraduate curriculum guidelines published in “Computer Science Curricular 2013” by the ACM/IEEE joint task force.
Our two major goals are:
1) enable graduates to pursue science/technology degrees at the colleges/universities of their choice
2) gain national recognition as an exceptional program in order to increase opportunities for graduates
The biggest challenge of 2020-2021 year for the CSCI program has been COVID-19. In additional to the typical remote-learning issues, the program temporarily lost key senior faculty. The addition of two new CS faculty members in Fall 2020 helped prevent an impact to students, but the year was challenging. Regardless, the program persevered and with their valuable experience, the faculty are ready to help the program thrive and grow.
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Part 3: Data Review
2018-2019 | 2019-2020 | 2020-2021 | |
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Annual number of graduate awards is greater than 10 | 9 | 28 | 25 |
Number of declared majors | 701 | 666 | 656 |
Average Class Size | 24.2 | 23.1 | 22.1 |
Annual Average Class withdrawal rate is 30% or below (SAGE 35%) | 12% | 15% | 14% |
Annual C-Pass rate for coursework is 60% or above | 76% | 71% | 67% |
Average class fill rate at 60% or above capacity within a term or over a year | 82% | 79% | 77% |
Graduate Transfer to 4-year Schools | n/a | 54% | n/a |
Full-time Faculty Coverage by Section | 48% | 50% | 60% |
Summarize how your program met or did not meet the target measures based on the data above |
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The program exceeded all targets, and still has room for improvement.
The average fill rate, average retention rate, and average C-pass rate exceeded the target from 2018-2021. The annual number of graduates exceeded the target from 2019-2021.
In 2020-2021:
- The average fill rate for our classes was 77%, which exceeds the target 60% by 17%.
- The average retention rate for our classes was 86%, which exceeds the target 70% by 16%.
- The average C-pass rate for our classes was 67%, which exceeds the target 60% by 7%.
- The annual number of graduates was 25, which exceeds the target by 15.
The low number of graduates likely reflects the fact that the majority of CS students enter the program to acquire a BS, and do not work towards an AS. However, the increase in graduates from 9 in 2018 to 25 in 2021 indicates a growing interest in the AS. A trend we will watch is the declining C-Pass rate. This may be due to recent faculty changes, and could indicate a need to standardize grading.
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Part 4: Program Learning Outcome Analysis
Learning Outcome | Population or Course(s) Assessed | Description | Summary of Assessment Results |
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Able to solve problem cross network and platform via both lower and higher level API | CSCI 2251 |
| Semester project -- student present their ability of integrating learned topics and work with others as a team. A student team is composed by two to three student members.
Semester project and programming assignments and tests/exams are used to demonstrate the ability of system integration and software development life cycle. |
Apply algorithms to problems involving complex computation, compare and analyze different approaches of computation problems | CSCI 2201 |
| From the assignments, programming, and exams students will demonstrate their computational thinking methodologies, algorithm design, and program solving skills |
Apply appropriate data structure, access of data, operate data stored in the both internal and external computation devices | CSCI 1152/1151 |
| From the programming assignments and semester project, student will apply different data structures to solve computational problems. |
Apply software package (such as MATLAB) to solve computation problems. | CSCI 1153 |
| The MATLAB programming assignment provide students different ways of solving their engineering equations and problems. |
Apply the principles of a variety computation theories and techniques to solve problems. | CSCI 2201 |
| The results of the assignments are used to measure the outcome of theory learning. |
Demonstrate an understanding of algorithm, problem solving by creating algorithmic solutions, and provide practical implementations. | CSCI 2251 |
| Programming assignments and tests/exams are used to demonstrate the level and capacity of understanding and implementations. |
Demonstrate an understanding of algorithm, problem solving by creating algorithmic solutions, and provide practical implementations. | CSCI 2251 |
| Programming assignments and tests/exams are used to demonstrate the level and capacity of understanding and implementations. |
Develop moderate complex computer programs using programming languages | CSCI 1152/1151 |
| Programming assignments and Exams are the evaluation method for the ability of how to develop a computation solution. |
Develop the knowledge of computational thinking skills and build the fundamental structures for agent-based computer modeling. | CSCI 1108 – CS For All: Introduction to Computer Modeling |
| Students use the NetLogo programming environment to model the real-world activities which bring them from conceptual thinking to reality. |
Write programs using predefined functions and procedures, conditional statements, control structures, matrix computations, and graphing and plotting (using MATLAB). | CSCI 1153 |
| Get familiar with the widely used engineering tool, MATLAB, not only model the real problems but also provide adequate programming for students to implement their learning. |
Interpretation of Assessment findings |
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N/A |
Part 5: Additional Action Plan in Support of Student Learning (If Appropriate)
Upcoming Year | Changes Planned for the upcoming year | Data Motivating this change |
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2021-2022 | Streamline the teaching of CSCI-1108, CSCI-1151, CSCI-1152, CSCI-2251 | Graduation numbers and C-passing rate |
2021-2022 | Establish a new elective course to allow student to explore and expand their computation scope. | Enrollment and retention rate |
2021-2022 | Organize as key staff members retire | Dr. Chu Jong will be retiring beginning in 2022.
This report would also like to congratulate Dr. Chu Jong on his retirement and recognize his incredible contributions to the program. Dr. Jong dedicated himself to the program for many years and the program is the better for it. His shoes will be hard to fill and his loss will be challenging, but we wish him the best personally and professionally. Thank you, and best of luck, Chu. |