Jeffrey S. Russell:
Inspiring engineers to think differently

Conventional wisdom might suggest that engineering and the arts and humanities are at polar ends of the academic spectrum—with one dealing in exacting, technical and applied science, and the other in creativity, beauty and human expression.

Jeffrey S. Russell argues that some of the most visionary engineers of the 21st century will be the ones who successfully integrate the best of both academic worlds. “Engineers need to be broader and deeper today,” says Russell, professor and chair of civil and environmental engineering. “How do engineers address major challenges in a proactive and meaningful way, as opposed to being viewed as a technician? The answer is to be literate in the social, economic and cultural issues, and still have the technical depth to address them.”

Putting this together in a four-year undergraduate experience is a formidable challenge for engineering programs, which also face higher required levels of rigor in math, chemistry, physics and biology.

To help, Russell and colleagues created “Integrated Studies in Science, Engineering and Society” (ISSuES). The certificate program provides a structure for students to maximize the impact of their outside-of-engineering coursework and glean more meaningful engagement in the arts, humanities and social sciences. Launched in fall 2009, the certificate received lead support from Engineering Beyond Boundaries and expects to enroll 25 students each year over the first four years.

Russell teamed on the project with Sarah Pfatteicher, assistant dean in the College of Agricultural and Life Sciences, and Daniel Kleinmann, director of the Holtz Center for Science and Technology Studies and chair of community and environmental sociology.

The Holtz Center provides the perfect academic partner for the certificate. Robert Holtz, a Wisconsin native and successful engineer, and his wife Jean formed the center in 2001 to help people better address the social and cultural ramifications of technological change. Students in the certificate will take one required course, Where Science Meets Society, from the Holtz Center, and have academic advisors from Holtz and engineering. The certificate is built around four academic tracks—ethics, leadership, design and general—on which students will build their own 16-credit program. “We want the students to own the education,” Russell says. “There are guidelines and suggestions, but what ultimately comes out of this is a theme developed by the student, with the help of faculty, to fit a vision.”

Elise Larson, a biomedical engineering undergraduate and certificate student, created a vision to understand the junction of engineering and art and to use trends in both fields to reflect the human factor in engineering design. Larson fashioned a group of courses in art history, studio drawing and material culture that will make her more aware of how her work as an engineer is used, internalized and interpreted by society.

Larson’s example demonstrates what Russell hopes to see from the certificate—students combining courses that give added definition and relevance to their professional goals. “We underachieve in the humanities and social sciences in the sense that many students look at them as requirements that must be satisfied—as we say, ‘check off the box’ — as opposed to thinking about them in an intentional, integrated development perspective,” he says.

So far, students have entered the program with diverse interests, including ethical questions involving health and medicine, leadership skills and what it means to be an effective leader, and policy issues.

Russell notes that the intersection of engineering and art has long been recognized and says humanities disciplines challenge engineers with a different way of thinking.

“Think about the incredible amount of preparation, organization, creativity, movement, thought and execution that goes into a dance recital,” he says. “There are lots of similarities to engineering, but in a completely different context.”

Engineering Beyond Boundaries in Action

Wendy Crone

Michael Plesha

Jeffrey Russell

Giri Venkataramanan

Read more about the ways in which our faculty and staff are delivering undergraduate education ... for you!

• Wendy Crone:
  Taking design courses into the YouTube era 
• Tom Keenan:
  Integrating engineering and biology 
• Michael Plesha:
  Animations bring statics concepts to life 
• Jeffrey S. Russell:
  Inspiring engineers to think differently 
• Giri Venkataramanan:
  Harnessing the sustainability movement 

Education
for a rapidly changing world ...

Engineering Beyond Boundaries (EB2) is a new, long-term educational transformation initiative in the College of Engineering that will encourage faculty and staff to rethink our academic culture to address important shifts, including:

• Going beyond
  traditional engineering boundaries.
• Going beyond the
  boundaries of the state and nation to prepare students to work and succeed in many different countries, cultures and languages.
• Going beyond the
  boundaries of the college, with programs supporting greater connections across disciplines such as biology, medicine, business and the humanities.
• Going beyond the
  boundaries of the classroom, with new technology and multi-media strategies that allow faculty to expand their educational approaches.
• Going beyond the
  boundaries of conventional thinking about engineering education and recasting our content and approaches for a rapidly changing world.

The Wisconsin Idea

The initiative builds upon innovative projects that were developed by faculty and staff from fall 2005 to spring 2009 through the “2010 and Beyond Round Table.” The century-old Wisconsin Idea, which holds that the university's benefits should extend to the citizens of the state, nation, and beyond, was a guiding principle for the 2010 projects and the EB2 initiative.

Engineers will play a role in solving every major challenge facing society. Yet there is no single, complex problem that will be solved exclusively by engineers. To make a difference, engineers will need to contribute to teams that are culturally and intellectually diverse.

Through EB2, we hope to make that diversity come to life for our students.