Syllabus
Welcome to the course syllabus for MUSA 550, Geospatial Data Science in Python, taught at the University of Pennsylvania in fall 2023.
Overview
This course will provide students with the knowledge and tools to turn data into meaningful insights, with a focus on real-world case studies in the urban planning and public policy realm. Focusing on the latest Python software tools, the course will outline the “pipeline” approach to data science. It will teach students the tools to gather, visualize, and analyze datasets, providing the skills to effectively explore large datasets and transform results into understandable and compelling narratives. The course is organized into five main sections:
- Exploratory Data Science: Students will be introduced to the main tools needed to get started analyzing and visualizing data using Python.
- Introduction to Geospatial Data Science: Building on the previous set of tools, this module will teach students how to work with geospatial datasets using a range of modern Python toolkits.
- Data Ingestion & Big Data: Students will learn how to collect new data through web scraping and APIs, as well as how to work effectively with the large datasets often encountered in real-world applications.
- From Exploration to Storytelling: With a solid foundation, students will learn the latest tools to present their analysis results using web-based formats to transform their insights into interactive stories.
- Geospatial Data Science in the Wild: Armed with the necessary data science tools, the final module introduces a range of advanced analytic and machine learning techniques using a number of innovative examples from modern researchers.
Logistics
There are two sections for this course, 401 and 402. Info for these sections is below.
Lecture
The course will be conducted in weekly sessions devoted to lectures, interactive demonstrations, and in-class labs.
Section 401
- Monday & Wednesday, 8:30 AM to 10:00 AM
- Williams Hall, Room 202
Section 402
- Thursday, 1:45 PM to 4:45 PM
- Meyerson Hall, Room B2
Contact Info
Section 401
- Instructor: Nick Hand, nhand@design.upenn.edu
- Teaching Assistant: Teresa Chang, thchang@design.upenn.edu
Section 402
- Instructor: Eric Delmelle, ericdel@design.upenn.edu
- Teaching Assistant: Jinze Wang, wangjz@seas.upenn.edu
Office Hours
Office hours will be by appointment via Zoom — you should be able to sign up for 1 (or more) 15-minute time slot via the Canvas calendar.
Section 401
Nick:
Mondays, 8:00PM-10:00PM — remote, sign up for slots on Canvas calendar
Teresa:
Fridays, 10:30AM-12:00PM — remote, sign up for slots on Canvas calendar
Section 402
Eric:
Thursday 10am - 12pm (2nd floor conference room)
Jinze:
Wednesdays, 11:00AM-12:30PM — remote, sign up for slots on Canvas calendar
Course Websites
- Main website: https://musa-550-fall-2023.github.io
- GitHub: https://www.github.com/MUSA-550-Fall-2023
- Canvas: https://canvas.upenn.edu/courses/1740535
- Ed Discussion https://edstem.org/us/courses/42616/discussion/
The course’s main website will be the main source of information, including the course schedule, weekly content, and guides/resources.
The course’s GitHub page will have repositories for each week’s lectures as well as assignments. Students will also submit their assignments through GitHub.
We will use Canvas signing up for office hours and tracking grades.
Ed Discussion is a Q&A forum that allows students to ask questions related to lecture materials and assignments.
Assignments
There are six homework assignments and one required final project at the end of the semester. While you are required to submit all six assignments, the assignment with the lowest grade will not count towards your final grade.
For the final project, students will replicate the pipeline approach on a dataset (or datasets) of their choosing. Students will be required to use several of the analysis techniques taught in the class and produce a web-based data visualization that effectively communicates the empirical results to a non-technical audience. The final product should also include a description of the methods used in each step of the data science process (collection, analysis, and visualization).
For more details on the final project, see the GitHub repository.
Grading
The grading breakdown is as follows: 50% for homework; 45% for final project, 5% for participation. Your participation grade will be determined by your activity on Ed Discussion — both asking, answering, and reading questions.
While you are required to submit all six assignments, the assignment with the lowest grade will not count towards your final grade.
There’s no penalty for late assignments. I would highly recommend staying caught up on lectures and assignments as much as possible, but if you need to turn something in a few days late, that’s fine — there’s no penalty. If you turn in something late, you’ll be missing out on valuable feedback, but that’s the only practical penalty, there’s no extra penalty to your grade.
Software
This course relies on use of Python and various related packages and for geospatial topics. All software is open-source and freely available. The course will require a working installation of Python on your local computer. See the Installation Setup Guide for instructions on how to setup your computer for use in this course.
Policies
MUSA 550 is a fast-paced course that covers a lot of topics in a short amount of time. I know that it can be overwhelming and frustrating, particularly as you are trying to learn Python syntax and the topics in the course at the same time. But I firmly believe that all students can succeed in this class.
You’ll get the most out of the course if you stay up to date on the lectures and assignments. If you fall behind, I know there can be a desire to copy code from the Internet or others to help you complete assignments. Ultimately, this will be detrimental to your progress as an analytics wizard. My goal for this course is for everyone to learn and engage with the material to the best of their ability.
If you find yourself falling behind or struggling with Python issues, please ask for help by:
- Post a question on Ed Discussion — the fix for your problem might be quick and other students are probably experiencing similar issues.
- Come to office hours and discuss issues or larger conceptual questions you are having.
- Take advantage of the free resources to help fine-tune your Python skills.
And if you are still struggling, reach out and let me know and we’ll figure out a strategy to make things work!
Communication Policies
- Please add the following text into the subject line of emails to us: [MUSA550]. This will help us make sure we don’t miss your email!
- We will use the Ed Discussion Q&A forum for questions related to lecture material and assignments.
- To prevent code copying, please do not post long, complete code examples to Ed Discussion.
- Anonymous posting is enabled on Ed Discussion — if you have a question that requires a full code example, please use the anonymous feature to post the question.
- We will also use Ed Discussion for announcements — please make sure your notifications are turned on and you check the website frequently. This will be the primary method of communication for course-wide announcements.
- If you have larger-scale or conceptual questions on assignments or lecture material, please set up a time to discuss during office hours.
Group Work
Students are allowed (and encouraged!) to collaborate when working through lecture materials or assignments. If you work closely with other students, please list the members of your group at the top of your assignment.
Special Accommodations
There are a number of ongoing situations in the world that may take precedence over the course work. If you are experiencing any difficulties outside the course, please contact me and accommodations can be made. Similarly, if you are having any difficulties with the course schedule, attending lectures, or similar, please let us know.
Academic Integrity
Students are expected to be familiar with and comply with Penn’s Code of Academic Integrity, which is available in the Pennbook, or online at https://catalog.upenn.edu/pennbook/code-of-academic-integrity.