Taught by Joshua Kritzer, Professor of Chemistry at Tufts.Have you ever wondered where new drugs come from, or what’s involved in a clinical trial? In this class we will explore how drugs are discovered, including exciting breakthroughs that are changing drug development.
- 73 Questions with a Tufts Student (Kylie '25)Watch Kylie McNulty answers 73 questions about her life as a Jumbo!
- Tufts Mock Class: Autism and Neurodiversity Within SystemsLed by Eileen Crehan, Assistant Professor of Child Study and Human Development at Tufts. Our understanding of autism has deepened in recent decades but our educational, legal, and health systems still maintain outdated views on neurodiversity. We will share some of the research on current trends in accessibility of these systems and how we can change them.
- Meet the Tufts International CenterThe International Center assists and supports all of Tufts’ international students through campus advocacy and programs, immigration and visa document services, and individual advising. Join the center’s Director, Andrew Shiotani, to learn more about the resources available to Tufts students and to have your questions answered!
- Tufts Mock Class: We Are All Made of StardustLed by Andrew West, Lecturer in Chemistry at Tufts We will explore the diversity of stars in the Galaxy and learn how they produce light. We will also learn about the various paths that stars take during their evolution and why this is important to making the air we breathe and most of the atoms in our body. We will briefly discuss white dwarfs, neutron stars, supernova and even black holes - but mostly, you will walk away with a new appreciation for your stellar origins.
- Get to Know The Tufts Career CenterLearn about all the services and resources available through the Career Center. Hear from us about how we help students and alumni design and navigate their career journey. We're here every step of the way!
- Tufts Mock Class: What Is a Bit?Led by Noah Mendelsohn, Professor of Computer Science at Tufts. Many people know that computers "have lots of bits", but what is a bit? The answer leads us to information theory, one of the most beautiful and philosophically important developments of the 20th century. Deep understanding of bits and information storage is fundamental to understanding how computers can process not just numbers, but words, pictures, music etc. The material covered is essential for any good computer programmer, and is also useful and interesting to a wide range of audiences (no technical or math background required).
