A Data Mining Approach to Understanding Curriculum-Level Factors That Help Students Persist and Graduate.
Paul PrevideCelia GraterolMary Beth LoveHui YangPublished in: FIE (2019)
Keyphrases
- high school
- undergraduate students
- upper level
- conceptual understanding
- grade level
- secondary school
- elementary school
- learning gains
- students learning
- lower levels
- cooperative learning
- skill development
- lower level
- graduate students
- high school students
- collaborative learning
- learning experience
- lifelong learning
- science teachers
- mathematics education
- instructional technology
- science curriculum
- educational settings
- computer science
- subject matter
- computer science curriculum
- learning environment
- classroom instruction
- learning styles
- teaching methods
- higher education
- intelligent tutoring systems
- student learning
- technology enhanced
- e learning
- science classroom
- learning activities
- helping students
- learning process
- college students
- teaching materials
- programming course
- primary school
- middle school
- students studying
- impact on student learning
- science learning
- multiple intelligences
- business schools
- distance education
- student centered
- science education
- grade students