Hasso-Plattner-Institut
HPI Digital Health Cluster
 

Data Management for Digital Health

General Information

  • You are viewing an archived version of the course, please find a newer version here
  • Teaching staff: Dr. Matthieu-P. Schapranow, Jonas Schulze
  • Format: 4 Semesterwochenstunden (SWS) 6 ECTS (graded)
  • Schedule:
    • Tuesdays @ 01.30pm s.t., HPI Campus III, G1-E.15/16
    • Thursdays @ 01.30pm s.t., HPI Campus III, G1-E.15/16
  • First course:
    • Tuesday, Apr 8, 2025 @ 01.30pm s.t., HPI Campus III, G1-E.15/16

News

  • Thu Jul 24, 2025: Final exam, HPI Campus I, Lecture Hall HS3.
  • Tue Jul 15, 2025: Q&A session.
  • Thu Jul 3, 2025: Exercise 04 published.
  • Tue Jul 1, 2025: Lecture room change, new room: HPI Campus I, Bldg: K, Room: K-1.02.
  • Tue Jun 17, 2025: Exercise 03 published.
  • Fri May 23, 2025: Exercise 02 published.
  • Tue Apr 29, 2025: Exercise 01 published.
  • Mon Apr 28, 2025: Bear in mind that enrolment is only possible no later than Apr. 30, 2025! 
  • Fri Feb 28, 2025: Course webpage published.

Scope of the lecture

Welcome to the class: We are very excited that you are interested in learning more about the priciples of data management for digital health and why it might be different from what you have learnt so far. In this lecture, you will learn about:

  • Specific examples from selected fields of digital health to understand where and how data is/needs to be acquired,
  • Known challenges in acquiring and processing these types of data in their specific digital health domain,
  • How to deal with and address specific requirements and limitation of accessing and using digital health data, and
  • How the complex analysis of high-dimensional multi-modal digital health data can be facilitated through the use of latest soft- and hardware advances, e.g. clinical prediction models, federated learning infrastructures, large language models, and supervised as well as unsupervised machine learning approaches.

After participating in the course, you will be equipped with the ability to: 

  • Assess requirements of selected real-world use cases from the medical field (oncology, nephrology, infectious diseases),
  • Select latest technology building blocks to create viable healthcare software solutions, and
  • Analyze requirements for data analysis and processing, e.g. for machine learning (supervised and unsupervised learning, large language models and natural language processing, deep learning, federated learning infrastructures).

In the course, invited guest speakers will join us and share their real-world experience with you in interactive presentations. As a result, you will have the chance to raise any questions you never dared to ask and discuss them together with us in the course of the lecture.

Further details about the structure of the lecture will be shared with you in the kickoff lecture (please check the date on the top of this page).

Grading

The final grading will be determined by the following parts:

  • Final exam at the end of the course (100%).

Beware: During the semester, you will have to work on a small number of personal assignments/exercises to recap your knowledge in presented lecture contents. You have to pass all of the exercises to be eligable to particiate in the final exam (Prüfungsvorleistung).