Go offline with the Player FM app!
Who needs college and who doesn’t, with author Kathleen deLaski
Manage episode 482517594 series 3314906
Today's guest is Kathleen deLaski, author of the thought-provoking new book: Who Needs College Anymore? Imagining A Future Where Degrees Won’t Matter. Kathleen spent 20 years as a journalist, including time as an ABC News White House correspondent. In the second half of her career, she has focused on education reform, cofounding or founding several national nonprofits, notably the Education Design Lab, which led her toward this book. After stepping down as president to become board chair, Kathleen also spends time as a senior advisor to the Project on Workforce at Harvard University and teaches human-centered design and higher ed reform as an adjunct professor at George Mason University.
*** Sign up for Kerry's free, weekly e-newsletter on education entrepreneurship and innovation at edentrepreneur.org.
317 episodes
Manage episode 482517594 series 3314906
Today's guest is Kathleen deLaski, author of the thought-provoking new book: Who Needs College Anymore? Imagining A Future Where Degrees Won’t Matter. Kathleen spent 20 years as a journalist, including time as an ABC News White House correspondent. In the second half of her career, she has focused on education reform, cofounding or founding several national nonprofits, notably the Education Design Lab, which led her toward this book. After stepping down as president to become board chair, Kathleen also spends time as a senior advisor to the Project on Workforce at Harvard University and teaches human-centered design and higher ed reform as an adjunct professor at George Mason University.
*** Sign up for Kerry's free, weekly e-newsletter on education entrepreneurship and innovation at edentrepreneur.org.
317 episodes
All episodes
×Welcome to Player FM!
Player FM is scanning the web for high-quality podcasts for you to enjoy right now. It's the best podcast app and works on Android, iPhone, and the web. Signup to sync subscriptions across devices.