HOS Undergraduate Courses
Each semester, we offer a range of courses that explore the history of science, medicine, and technology from multiple angles.
- Visit our Undergraduate Course Listings to learn more about these and other upcoming history courses.
- For course locations, please visit the Registrar’s website.
Fall 2019 Courses
AMS 399 / HIS 399: In the Groove: Technology and Music in American History, From Edison to the iPod
When Thomas Edison invented the phonograph in 1877, no one, including Edison, knew what to do with the device. Over the next century Americans would engage in an ongoing dialogue with this talking machine, defining and redefining its purpose. This course will track that trajectory, from business tool to scientific instrument to music recorder to musical instrument. By listening to the history of the phonograph, and by examining the desires and experiences of phonograph users, students will perceive more generally the complex relationships that exist between a technology and the people who produce, consume, and transform it. View more course details.
Instructor: Emily Thompson
M W 10:00am - 10:50am
HIS 293: Science in a Global Context: 15th to 20th Century
Science and technology have literally changed the world. This course examines how, with an emphasis on understanding the place of scientific knowledge in the history of European exploration and expanding global power. How did the sciences go out into the world? How did certain disciplines and practices take shape in global interactions since 1400? How does knowledge become universal? What instruments, institutions, and activities made this possible? View more course details.
Instructor: D. Graham Burnett
M W 11:00am - 12:20pm
HIS 395: History of Medicine and the Body
What does it mean to fall ill? Does a medical treatment work always and everywhere in the same way? How has medicine responded to and shaped ideas of difference–gender, race, age, ability? How have changing ideas of health affected everyday life? This course, by taking a temporally and geographically expansive approach to the body and medicine, will challenge your assumptions about and perhaps even your experience of your body in fundamental terms. We will explore ideas of health and disease in the pre-modern world, and then closely examine the processes by which medicine became “modern”: the rise of anatomy and dissection, the fight against germs, the development of medical technology, and modern practices of health, life, and death. View more course details.
Instructor: Katja Guenther
Tu Th 10:00am - 10:50am
HIS 452 / MED 452: Magic, Matter, Medicine: Science in the Medieval World
This course explores the medieval understanding of nature, the heavens, bodies, and minds. In medieval Islam and the Latin West, science was shaped by debates over important questions - the extent of divine and human power, the existence of other worlds, the generation of life, the legitimacy of magic and astrology. We will ask how medieval people sought to put this knowledge into practice, from healing sickness and prolonging life, to making automata, transmuting metals, or predicting the future. The course draws on a wide range of sources, including books, images, material objects, and our own attempts to reconstruct experiments in class. View more course details.
Instructor: Jennifer Rampling
Tu 1:30pm - 4:20pm
STC 297 / HIS 297 / MOL 297 / HUM 297: Transformative Questions in Biology
The course will teach core principles of the life sciences through a set of key questions that biologists have sought to answer over the past 200 years. We will read historic scientific publications, discussing the basic biology at stake as well as what enabled each scientist to see something new. In addition, we will schedule several hands-on sessions with relevant materials. By situating key findings in their place and time we show how science is an inquiry-based, concrete, and ongoing activity, rather than codified and unchanging knowledge. Topics include cell theory, evolution, experimental embryology, genetics, and molecular development. View more course details.