Attention: This Website is for the 2019 course only! The 2020 course can be found on Canvas!
The amount and complexity of information produced in science, engineering, business, and everyday human activity is increasing at staggering rates. The goal of this course is to expose you to visual representation methods and techniques that increase the understanding of complex data. Good visualizations not only present a visual interpretation of data, but do so by improving comprehension, communication, and decision making.
In this course you will learn how the human visual system processes and perceives images, good design practices for visualization, methods for visualization of data from a variety of fields, and programming of interactive web-based visualizations using D3.
This website is for both the Harvard college CS 171 course and the Harvard Extension School CSCI E-171 course.
Limited enrollment: To provide the best possible learning experience this course has limited enrollment. We only admit 80 college students and 30 Extension school students.
College students: If you are interested in joining this course please fill out a enrollment survey. The enrollment survey will be available AFTER the first lecture (Sept 4th, 5:00pm) until Sunday Sept 8th, midnight. The survey is available on our Canvas page.
DCE students: Course enrollment is on a first-come, first-serve basis, starting July 29th.
Cross-registering college students: To get access to the course’s Canvas page you will have to 1) get an XID here; 2) send an e-mail to email@example.com with the subject ‘Canvas ID’; 3) the e-mail needs to contain your Name, e-mail and XID.
Extension school students: The course will be taught in two sessions per week. The lecture (Th, 7:40-10:10pm) has mandatory attendance, and the lab (Mo, 7:55-9:55pm) has optional attendance. Each class will be a combination of instructor presentation and active learning. In an active learning session, students will meet, virtually, in small groups (4-5 students each) using Web conferencing software to work on problems collaboratively. A member of the course staff will visit each group (virtually) to provide assistance and coaching. Because of the importance of the collaborative, active learning component of the course, DCE students must be available online at these times: Th, 7:40-10:10pm. The presentation segment of each on-campus class will be videorecorded and streamed during those virtual class times. For students who miss the life streaming, videos will be made available online.
Instructor and Head TF
Hanspeter Pfister (Instructor)
Johanna Beyer (Head TF)
Lectures & Labs:
Monday and Wednesday 3:00-5:00pm, Location: Pierce 301
DCE students: Monday (7:55-9:55pm) and Thursday (7:40-10:10pm), online video conference.
Office hours are posted here.
- Extension School TF: Alain Ibrahim - Principal Software Architect
- Extension School TF: Tosin Alliyu - Masters Candidate in Design Engineering
- Grader: Olivia Bryant - A. B. Candidate in Statistics, Class of 2021
- Laura Chapman - A. B. Candidate in Computer Science, Class of 2020
- Jess Eng - A. B. Candidate in Folklore and Mythology and Statistics, Class of 2021
- Grader: Felix Gonda - PhD Candidate, Visual Computing Group
- Robert Krueger - Postdoctoral Fellow, Visual Computing Group
- Fritz Lekschas - PhD Candidate, Visual Computing Group
- Robert Roessler - PhD Candidate, Department of Germanic Languages and Literatures
- Yalong Yang - Postdoctoral Fellow, Visual Computing Group