On Monday and Tuesday of this week, Michael Brown joined me on campus to visit a variety of Notre Dame classes and continue work with faculty here on new curriculum for next semester. Michael is Vice President of Global UX and Design at SAP and his expertise ranges from Design Thinking to Visual Communications to entrepreneurship among many other interests. The main purpose of his visit was to further plan our new “Collaborative Product Development” course with the Notre Dame faculty but we also visited several classes to engage with students.
Michael is working directly with Notre Dame’s Ann-Marie Conrado to redesign a course project around “The Future of Wearables”. The course next semester will center on a design challenge in the business enterprise domain. The focus of the challenge is the future of wearables technology used for collaboration by business professionals located
in multiple locations and business functions. Class project teams will include anthropology, design, computer science and business school majors and each team will design a solution using Design Thinking methodologies for presentation to venture capital firms and SAP executives at the end of the semester. We have a great working model for the class and will refine it together over the summer months.
The picture above represents excerpts from Monday’s six student team presentations in the Strategic IT course led by Dr. Corey Angst. SAP sponsored the student project this semester. Students chose a specific wearable and an industry (or a specific firm) and identified places within the entire supply/value chain of the firm where a specific wearable could yield benefits. The class exercise served as an opportunity to test some of the design thinking concepts that we hope to incorporate in the full semester Collaborative Product Development class. We had the pleasure of observing the final team presentations and providing feedback to the students through discussion and written comments. The teams presented business strategies for emerging wearables technology including sensors in sports equipment, smart jewelry for healthcare, real time brainwave data for user experience, learning sensors for children with disabilities, holographic lenses in the workplace, and Google Glass in Manufacturing.
To take full advantage of Michael’s visit, we connected with students and faculty in several additional ways described below.
You must be a registered user to add a comment. If you've already registered, sign in. Otherwise, register and sign in.
User | Count |
---|---|
5 | |
2 | |
2 | |
2 | |
1 | |
1 | |
1 | |
1 |