This argument is developed with clarity and conviction in the paper “Six reasons to integrate arts and sciences in higher education,” authored by Prof. Marjorie Wonham of the University of Washington and her colleagues Prof. Curtis Wasson, Umayeer Milky, and Keyelle Hula. Drawing on their experience as educators and learners, the authors make the case that interdisciplinary education does more than add creative flair to scientific training or analytical rigor to artistic practice. It reshapes how students understand knowledge itself, how they relate to one another, and how they make sense of their place in the natural world.

At the heart of their argument is the idea that today’s most urgent problems are “wicked problems,” meaning they are complex, interconnected, and resistant to simple solutions. Addressing them requires people who can move fluidly between ways of thinking, who can tolerate uncertainty, and who can collaborate across differences. Traditional disciplinary training, valuable as it is, often falls short of cultivating these capacities on its own. By integrating arts and sciences, educators can help students develop interdisciplinary competence, which includes the ability to appreciate multiple perspectives, question assumptions, and connect ideas that initially seem unrelated.

One of the most compelling aspects of the paper is its insistence that interdisciplinary competence is closely tied to intercultural competence. Both involve skills such as empathy, humility, respect, and sustained effort. When students encounter unfamiliar disciplinary languages and methods, they experience something similar to what happens when they encounter unfamiliar cultures. They must listen carefully, acknowledge gaps in their understanding, and learn to value different forms of expertise. Wonham and her coauthors argue that arts science initiatives can intentionally foster inclusion and diversity by breaking down entrenched hierarchies of knowledge and expanding what counts as legitimate ways of knowing.

Interdisciplinary learning, however, is not always comfortable. The authors emphasize that it often generates dissonance, a sense of productive discomfort that arises when students are confronted with ideas or practices that challenge their assumptions. A biologist may struggle with metaphor and ambiguity in poetry, while a humanities student may feel intimidated by scientific terminology or quantitative reasoning. Rather than seeing this discomfort as a problem, the authors frame it as a catalyst for growth. Reflecting on these disorienting dilemmas can lead to transformative learning, in which students move beyond simply accumulating knowledge and begin to examine how they construct meaning and authority for themselves.

Alongside dissonance, the paper highlights the role of awe as a powerful and often overlooked dimension of learning. Awe can arise from the elegance of a scientific explanation, the beauty of a poem, or the intricate patterns of the natural world. These experiences are not merely pleasant. Research suggests they support well-being and stimulate curiosity, creativity, and cognitive development. By integrating arts and sciences, educators can create more opportunities for students to encounter beauty and wonder, which in turn can deepen engagement and motivation.

The fifth reason offered by the authors may be the most philosophically ambitious. They argue that interdisciplinary arts and sciences education enhances relationality, or the way individuals understand their relationships to themselves, to others, and to nature. Many scholars have identified a widespread disconnection from nature as a root cause of ecological and sustainability crises. Education, the authors suggest, has the potential to offer alternative perspectives that emphasize connection rather than separation. Through practices that encourage reflection, collaboration, and attention to beauty, integrated arts and sciences can foster a sense of belonging and responsibility that extends beyond the self.

The sixth and final reason brings the discussion to a concrete and inspiring level by showing that science and art are natural partners. The paper illustrates this through the pairing of biology and poetry. At first glance, these fields might seem worlds apart, yet both rely on careful observation, imagination, and a commitment to clear communication. A biologist and a poet both attend closely to the world, whether that means the morphology of an organism or the rhythm of a line. Both seek to convey insight, whether to explain, evoke, or provoke. As the authors note, the scientific ideal of precision and clarity echoes the poet Samuel Taylor Coleridge’s famous description of poetry as “the best words in their best order”.

These ideas are not presented as abstract theory alone. A substantial portion of the paper describes an integrative undergraduate course that combined biology and poetry. Designed and taught by Profs. Marjorie Wonham and Curtis Wasson, the course invited students from diverse disciplinary backgrounds to engage in multiple strands of inquiry. Students studied scientific concepts and literary forms side by side, wrote analytical papers on biology poems, and created their own original poetry grounded in biological knowledge. They also shared their work publicly through performances, exhibitions, and collaborative publications, gaining experience in communicating across audiences.

What emerges from this account is a vivid picture of learning as a shared, evolving process. The instructors themselves encountered moments of uncertainty and surprise, which led them to adopt a stance of co-learning alongside their students. This required vulnerability and a willingness to relinquish the traditional role of the all-knowing expert. According to the authors, this shift helped create a more collaborative and authentic learning community, one in which disciplinary hierarchies were at least partially dismantled.

Equally striking are the reflections from students, some of whom initially identified strongly as scientists and others as humanists. Through the course, they discovered unexpected strengths and new ways of expressing complex ideas. One student described moving from skepticism about poetry to an appreciation of its power to convey scientific stories and personal experience. Another gained confidence in their scientific understanding through the act of creative expression. In several cases, students extended biological metaphors to explore themes such as gender, sexuality, and diaspora, demonstrating how interdisciplinary learning can open space for personal and social reflection.

Taken together, these experiences underscore the authors’ central claim that integrating arts and sciences is not simply about producing more versatile graduates for the workforce, though that is certainly one outcome. It is also about cultivating ways of knowing that reconnect people to themselves, to one another, and to the more than human world. Prof. Marjorie Wonham and her colleagues argue that higher education occupies a privileged position in this effort. Universities and colleges can serve as intense crucibles for growth, where students and faculty alike are challenged to rethink assumptions and imagine alternative futures.

In a time marked by fragmentation and polarization, the call to integrate arts and sciences carries particular urgency. It asks educators and institutions to resist the comfort of silos and to embrace the messiness of interdisciplinary work. This work can be intimidating, as the authors acknowledge, because it exposes the limits of one’s expertise and demands humility. Yet the rewards are substantial. Students gain not only knowledge, but also resilience, creativity, and a deeper sense of connection. Faculty rediscover the joy of inquiry and the value of learning alongside their students.