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STS515 Jeremiah D. D. et al.



                                Data Science programmes: Is there
                                         an ideal design?
                                  Jeremiah D. Deng, Matthew Parry
                                    University of Otago, New Zealand.

            Abstract
            “Data Science" has become a buzzword in recent years, and many universities
            have started offering undergraduate degrees in Data Science. Yet the shape
            of  Data  Science  as  an  interdisciplinary  field  remains  elusive  for  a  clear
            definition, and the curriculum design varies from one programme to the other.
            In this paper we sample a few Data Science undergraduate programes offered
            in a number of institutes in the US, China, Australia, and New Zealand. The
            diversity of these programmes is revealed by using indices quantified on four
            dimensions:  mathematical,  statistical,  computing,  and  programming.
            Furthermore,  we  use  Machine  Learning  as  the  core  subject  within  a  Data
            Science programme in an effort to map out some key, prerequisite subjects as
            required for teaching mainstream algorithms effectively. We also argue that
            there are also other aspects of Data Science that can be easily neglected by
            most offerings, such as distributed database systems, and privacy preserving
            data  mining,  let  alone  domain-rooted  subjects  such  as  biomedicine  and
            computational finance. With these considerations in mind, we call for a flexible
            curriculm design that incorporates a thin core and allows students to opt for
            endorsements in different specialties, e.g. statistics, information technology,
            and big data applications.

            Keywords
            Data science; curriculum design; diversity

            1.  Introduction
                Data Science as an interdisciplinary subject has become an increasingly
            important area that attracts intensive efforts worldwide in teaching, research
            and development. As a relevant subject statistics as regained popularity and
            the number of undergraduate statistics degrees have trippled over the last
            decade largely due to the emergence of big data .
                                                            1
                Having  become  a  buzzword,  “data  science”  still  lacks  a  clear,  widely
            adopted  definition.  The  very  nature  of  data  science,  its  content,  and
            perceptions regarding to its potentials and weakness etc., remain hot topics



              The Conversation.com, “Statistics and data science degrees: Overhyped or the real deal?”,
            1
            URL https://theconversation.com/statistics-and-data-science-degrees-overhyped-or-the-real-
            deal-102958,  October 29, 2018. Retrieved April 30, 2019
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