III. Thematic Transdisciplinary Cluster

Note: This catalogue has been amended per a 2016 UNCW Faculty Senate decision to retroactively remove the Thematic Transdisciplinary Cluster requirement from the University Studies program. Students who wish to complete a cluster may do so, however, completion of a cluster is no longer required.

A Thematic Transdisciplinary Cluster is a trio of thematically-related courses from University Studies and departmental majors that allows students to investigate a common theme through multiple disciplinary lenses. Through the completion of a cluster, students will develop their critical thinking skills by integrating the methods and findings specific to each disciplinary perspective. Cross-disciplinary study equips students with the skills to seek creative solutions to difficulties they will encounter when dealing with the complex problems that shape our modern world.

At least 9 credit hours and three courses are required. All courses are eligible for multiple counting. Students who complete a minor, a second major, or a University Studies Advisory Committee-approved concentration in their major are exempt from the cluster requirement. Students will declare the cluster theme online in mySeaport (Major Declaration/Curricular Updates), and will select courses with at least two different departmental prefixes from one of the following clusters:

Modeling

A model can be thought of as an abstract, non-unique, description of a natural
system that captures its features essential for addressing the modeling objectives. Nearly
every discipline creates models that mimic the “real world” and enable scholars to make
predictions and develop understanding crucial to specific fields of study. Models often
simplify to clarify, but students do not often fully appreciate that they are using a model
that contains simplifying assumptions. Further, despite encountering models across
disciplines, many students do not at first see the connections between how different
disciplines develop and define them. This cluster of courses emphasizes the common
aspects of models used in a variety of disciplines. By taking these courses, students will
demonstrate an understanding of the common elements, important limitations, and
powerful predictive properties that models provide. And students will compare and
contrast these models as a way to assess their applicability across a range of contexts.

Immigration

The topic of immigration, or the migration of people from one location to
another, has received a lot of attention in the United States and throughout the world in
the last decade. Most often, we hear about immigration within a political context - new
legislation or policies denying or providing some rights to immigrants. This
interdisciplinary thematic cluster on immigration will provide students the opportunity to
approach this broad topic from many viewpoints and disciplines. Our hope is that after
completing this cluster, students will be prepared to critically analyze the many sides of
the immigration issue, both domestically and internationally, while proposing and
analyzing solutions to the ‘immigration problem,’ taking into account the many views
introduced to them in the cluster courses.

Climate Change and Society

The complex interactions between human societies and
the environment has not only affected every ecosystem on Earth, but also molded the
evolution of human society through time. With an ever increasing pool of evidence
indicating that significant anthropogenic climate change is highly likely in the near
future, it is important that we fully understand the potential impacts of such changes on
natural ecosystems and society. Such complex interactions at the global scale are well
suited as a topic in a thematic transdisciplinary cluster, as the most pressing and salient
questions are interdisciplinary. For example, how have humans affected the world’s
climate and ecosystems? How do anthropogenic impacts on climate change compare to
natural climate variability? What impacts might climate change have on natural
ecosystems and human societies? Are complex human societies capable of adapting to
significant climate change? What is the most effective means of communicating complex
climate change data to the general public? Here we propose a group of courses especially
well-suited to address these complex questions from a variety of perspectives. Exposure
to a combination of the physical and social sciences specifically addressing these
questions is the only meaningful way to grasp the complex past and future interactions
between humans and the climate system.

Global Diversity

This cluster will allow students to investigate global diversity in order
to understand better the importance and implication of cultural and religious diversity.
Students will consider questions such as: What role does global diversity play in
encouraging different perspectives and fostering creativity and innovation? How does one
navigate between international, cultural, and religious differences? Issues and topics
explored in this cluster could include diasporic traditions, multiculturalism, cultural
diversity, and religious pluralism.

Foundations for Systems Thinking

We all realize that the whole is more than the sum of the parts. Why is this, and how do parts of systems fit together? Understanding of the mechanisms that generate whole-system level, emergent patterns is the focus of the
Foundations in Systems Thinking Cluster. The world around us is fundamentally hierarchical – systems within systems, nested like matryoshka dolls – from human societies that build from individual to family, neighborhood, community, and nation, to the natural world, which builds from organism to population, community, and ecosystem. All such systems have internal feedbacks and dynamics (e.g., supply and demand, competition for resources) that can produce emergent properties difficult to predict by examining a single level of organization (e.g., economic globalization, altruistic social networks). Groundbreaking advances in any one discipline have often occurred when investigators apply systems thinking from a different discipline. By understanding that systems are nested hierarchies and bringing insights from different disciplines to bear on new problems, students can learn how to look to lower levels of organization for mechanistic processes and to higher levels for other kinds of constraints on system dynamics and organization.

Evolution

The concept of evolution is foundational to many fields of science, including
anthropology, biology, geology, paleontology, and psychology. Evolution is a scientific
concept, which means it addresses questions about the natural world through a process of
testing hypotheses with empirical evidence. But, because science is limited to explaining
natural phenomena using empirical evidence, it cannot provide religious, philosophical, or
ultimate explanations for life. Humanities-based views on evolution will allow students to
consider cultural/societal implications of evolution, address moral and ethical dimensions of
their decisions, and explore questions of ultimate purpose and meaning that are beyond the
scope of science. This cluster will allow students to study the evolution of life from the
perspective of different scientific disciplines, as well as to think about its significance in
relation to human life and culture, including our philosophical, religious, historical, artistic
and literary modes of reflection. An evolution cluster of courses can be expected to stimulate
students’ abilities to recognize multiple viewpoints concerning evolution and to consider how
and to what extent these perspectives complement or compete with one another.

Ancient Thought and Culture

The study of ancient Western thought and culture is a critical part of the human intellectual, cultural and historical heritage, both for Western countries formed by it and for all of modern global culture that has been influenced by it.

The study of Western art, history, literature, philosophy and religion is highly appropriate for integrative disciplinary studies, which can only enhance one another. The study of ancient Athens is at once the study of the Parthenon, of Pericles and the history of the Peloponnesian War, of Socratic dialogue, of tragic and comic drama, and of the beginning of scientific and philosophical thought. The study of the Roman Empire and of medieval European culture is at once a study of art, politics, literature, philosophy and religion that all interact and mutually influence one another.

In content and in form, there are excellent reasons for encouraging students to study ancient thought and culture as a unique historical period from the vantage point of different humanities disciplines.

Judaism and the Jewish People

Over the course of 3000 years, the Jews have made their way from their historic homeland in Israel to distant lands. Their customs and values have kept evolving to meet the needs of their new environments. The Jews have always developed dynamic and reciprocal relationships with the societies that have surrounded them—relationships that have fundamentally transformed the practice of Judaism and the landscape of Jewish culture. But of equal significance is the impact the Jews have had on their non-Jewish neighbors. From Christianity and Islam to capitalism and communism, from European philosophy to American humor and Soviet jazz music, the Jews have bequeathed a rich heritage to humanity. To experience Jewish culture in all its facets is to understand better the world in which we live.

Coastal Health and Environment

This Coastal Health cluster is designed to focus on the interplay between the environment and human health, and more specifically, on maintaining human health in a coastal environment. Because of the interaction between humans and their physical and social environments, the quality of these environments impact health. As a consequence, environment and health are interrelated. When analyzing relationships between environment and health, it is of vital importance to consider a broader definition of environment, which includes not only the quality of the air, water and ground, but also, indoor air quality, food and the living, working and social environments. It is also important to understand the growing body of scientific evidence revealing that the interaction of health and the environment is reciprocal - that is, the environment can affect human health and that human health care can affect the environment.

Due to the complexity of this reciprocal relationship, examination must occur from a multi-disciplinary, ecological, and multiple-system approach. One example is the social-ecological model of health. The first level of analysis focuses upon individual biology and other personal characteristics, such as age, education, income, and health history. The second level focuses on relationship, which includes an individual’s social circle, such as friends, partners, and family members, all of whom influence human behavior and contribute to life experiences. The third level, community/environment, explores the characteristics of the physical settings in which people have social relationships, such as schools, workplaces, and neighborhoods, and examines how these settings affect health. Finally, the fourth level looks at the broad societal factors that favor or impair health. Examples include cultural and social norms and the health, economic, educational, and social policies that help to create, maintain, or lessen socioeconomic inequalities among groups (CDC, 2007; Krug et al., 2002). Insights from Environmental Science, Philosophy, and Biology enhance this model, creating a multi-disciplinary approach to the issues at hand. Finally, we should also consider philosophical and artistic treatments of the reciprocal interactions between humans and the environment as part of human health.

There are many problems needing creative solutions that students can investigate through a multidisciplinary frame. A multidisciplinary approach can be taken to investigate related questions, such as how can coastal communities figure out how to reap the economic benefits of coastal resources while maintaining health and quality of life for humans? And, how does the coastal environment impact personal health influences such as body image, risk factors for skin cancer, peer pressure, and the generational gap between collage age students and our retirement and aging population? When understanding and addressing health and human services from the context of the coastal region, “place” is important to achieving balance.