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Abstracts Book - IMRC 2018

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• SF7-O002 Invited Talk<br />

PREPARING PHD STUDENTS TO TACKLE GRAND CHALLENGES<br />

Angus Kingon 1<br />

1 Brown University, School of Engineering, United States.<br />

For the past 20+ years the presenter and a small group of academics have<br />

experimented with, and developed pedagogical approaches for, broadening the<br />

impact of STEM graduates. In particular we have developed an entrepreneurship<br />

pedagogy with a experiential curriculum that allows STEM graduate students to<br />

create value emerging science and technology, this value usually being in the form<br />

of a new venture. One of the important elements is the provision of mental<br />

constructs that allow the learners to make rationale cognitive connections between<br />

the domain of science (e.g. materials science) and the domain of industry and<br />

society. When the learning journey has been sufficiently in-depth, there is a<br />

surprising impact upon the cognitive processes and attitudes of the learners.<br />

Despite this success we are cognizant that the graduate students who undertaken<br />

the most in-depth research, ie the PhDs, still view their skills as limited to the science<br />

and technology focus area of their thesis research. They certainly do not view<br />

themselves as qualified to tackle large Grand Challenges facing society, which are<br />

typically large system-level problems. As a result, we are initiating a new curriculum<br />

experiment designed to encourage them to tackle bigger and broader<br />

problems. The experimental curriculum design has two key components:<br />

• Content designed to encourage critical thinking, drawing both the natural<br />

sciences and the social sciences and humanities.<br />

• Problem-based sessions in which the PhD students assess large multifaceted<br />

systems-level problems facing society, tackling the issues in teams, in<br />

conjunction with experts who understand the systemic issues.<br />

We view these educational experiments as particularly relevant for materials<br />

science graduate students – helping them to make the connections their materials<br />

knowledge, which is a basic building block, all the way to the systems that are critical<br />

for society.<br />

Keywords: Pedagogy, Graduate Education, Graduate curriculum<br />

Presenting authors email: angus@brown.edu

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