Investigating the Effects of Testing Frequency on Programming Performance and Students' Behavior.
David H. Smith IVChinedu EmekaMax FowlerMatthew WestCraig B. ZillesPublished in: SIGCSE (1) (2023)
Keyphrases
- programming course
- computer programming
- programming education
- introductory programming
- introductory computer science
- learning environment
- student learning
- learning styles
- individual differences
- cognitive style
- computer science education
- computer based instruction
- distance education
- affective states
- software testing
- high school students
- college students
- novice programmers
- programming skills
- higher education
- learning experience
- spectral density
- learning activities
- java programming
- learning process
- e learning
- online course
- undergraduate students
- learning computer programming
- computer science curriculum
- learning outcomes
- programming language
- learning achievement
- teaching materials
- computer lab
- mobile learning
- programming environments
- distance learning
- cognitive tutor
- intelligent tutoring systems
- automatic assessment
- programming concepts
- tutoring system
- computer software
- learning gains
- test cases
- high school
- student achievement
- grade students
- control group
- computer programs
- learning strategies