Many undergraduate programmes still require the students to take elementary mathematics, basic calculus, probability, statistics, and computer programming as part of their foundation education requirement. They may be waived if the courses had been taken at a sufficient level and good grades at high school. It is assumed that no matter what discipline students choose to major in, these analytical skills would complement strong language abilities to equip them to think and learn better in college. Consequently, they can progress to function with better competence in life and future careers. Many students, particularly those heading towards the arts, business or social science majors find the analytical courses challenging. They struggle to meet minimum requirements, but never want to be seen doing analytics again. Hence, the overall educational objective is not quite met.
At home and in the work place, computations nowadays are done using electronic calculators, computers, and more recently, the ubiquitous spreadsheets in personal computers and mobile devices. Deep thinking need not be confined to abstract algebra and calculus only. Diagrams, charts and mapping tools are now commonly employed. There are even computer application software with high levels of sophistication available to support visual analysis that any non-technical person can use with hardly any training. Of course, executives and managers can also called upon "quant jocks" to do the grunt work if needed. There is therefore the need to rethink about these general undergraduate analytical foundation requirements, or at least their course content and pedagogical approach.
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