Learning quantitative courses in higher education is difficult because students need to understand complex principles and solve complicated questions. In these courses, new knowledge depends on prior knowledge and when gaps in students’ understanding occur, they are difficult to overcome. The study examines a new model called comprehensive technology-based learning (CTBL) designed to overcome these difficulties.
The problem is addressed by full coverage of the curriculum in a variety of textual and video learning tools, as well as an ongoing process of diagnosis and prognosis, designed to overcome students’ difficulties and knowledge gaps. The study examined the students’ attitudes towards CTBL model relating to three quantitative courses (n1=39, n2=25, n3=18, ntotal). It points out that a quantitative course based on CTBL significantly nurtures students’ learning. Improving learning and overcoming knowledge gaps are influenced by several characteristics: Full coverage of the curriculum, excellent learning experience, repetition of the material without limitations, flexibility to learn outside the classroom, a variety of means to choose which ones are more appropriate, and making learning much easier. Beyond that, the diagnosis and prognosis done by the lecturer cause the instructor to intervene in real time, to solve the students’ difficulties on an ongoing basis.
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