The driving philosophy at the Michael G. Foster School of Business is “learn by doing.” Transforming learning into action takes many forms — project-based courses that provoke your thinking and stimulate discussion; MBA consulting projects designed to engage with industry professionals and deliver value to companies and organizations; student organizations that allow you to lead and team with others; case competitions to drive your solution-oriented and critical thinking; internships with dynamic companies that give you an opportunity to solve real-world problems; and career planning based on your past experience and future objectives.
As a full-time Foster MBA you’ll have a chance to complete at least three experiential learning activities that involve substantial interaction with businesses and industry leaders.
MBA Core Case Competition
Present your best strategies to real industry leaders. One of the high points of the first year is a required case competition that challenges students to convert their learning into action. The end of your first Fall Quarter culminates in a program-wide competition based on a ‘live’ case of global importance. Teams present their best ideas to actual company executives, faculty, and alumni and are judged on the quality of their analysis and recommendations as well as presentation clarity and responsiveness to judges.
Entrepreneurship Competition
Create your own company. At the Arthur W. Buerk Center for Entrepreneurship, MBA students analyze the intellectual property landscape, evaluate market opportunities, and assess the risks and rewards of creating new ventures. Then students present their best plans for start-up funding. Each year, groups of students compete against teams from across the state for $60,000 in prize money in the Buerk Center’s annual Dempsey Startup Competition. There are also subject-specific competitions like the Environmental Innovation Challenge and the Health Innovation Challenge, as well as the opportunity for follow-up funding for teams after competitions through the Jones/Foster Accelerator.