Practice-oriented studies
During your Bachelor's degree at HPI, you will have the opportunity to get a taste of practical experience: During the fifth and sixth semesters, you will develop IT solutions for real challenges faced by companies together with your fellow students and in close cooperation with external partners. At the HPI Bachelor's Podium, which traditionally takes place on campus at the beginning of July, our prospective graduates present the current issues they have been working on for a year as part of their Bachelor's projects.
The traditional HPI Bachelor Podium
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Impressions from the 18th HPI Bachelorpodium 2021 -
Impressions from the HPI Bachelor Podium -
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Impressions from the HPI Bachelor Podium -
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Impressions of the 20th HPI Bachelorpodium 2023
Photo: Sebastian Rost
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Impressions of the 20th HPI Bachelorpodium 2023
Photo: Sebastian Rost -
Impressions from the 19th HPI Bachelor Podium 2022
Photo: Kay Herschelmann
HPI Bachelor projects
Bachelor projects:
- Leveraging wearable technology for medical studies to improve the treatment of multiple sclerosis and other neurological disorder (Digital Health - Connected Healthcare, Prof. Arnrich)
- Exploring the New Internet Frontier: Starlink’s Connectivity Under the Microscope (Data-Intensive Internet Computing, Prof. Bajpai)
- Develop "5-Axis" Laser Cutter: Hard+Software (Human Computer Interaction, Prof. Baudisch)
- Gorilla Monitor (Artificial Intelligence and Intelligent Systems, Prof. de Melo)
- Sicherheit von Open-Source Lieferketten (Cybersecurity - Enterprise Security, Prof. Dörr)
- Deep Learning und 3D-Rendering für das Monitoring von Wäldern (Computergrafische Systeme, Prof. Döllner)
- Routing and Scheduling in Train and Bus Depots (Algorithm Engineering, Prof. Friedrich/Algorithmic Decision Making and Society, Prof. Böhmer)
- FüSim on Fire: Digitales Simulationstraining für die Ausbildung von Feuerwehr-Führungskräften (Systemanalyse und Modellierung, Prof. Giese)
- Online Verein(t): Kommunikationswerkzeuge mit der und für die Flüchtlingshilfe Babelsberg entwickeln (Software-Architekturen, Prof. Hirschfeld)
- ODT Cloud: Building a Scalable Web Application for Oligo Design Pipelines (Computational Genomics, Prof. Kretzmer)
- Computational Pathology for CHAMPS: AI to Save Children’s Lives (Digital Health - Machine Learning, Prof. Lippert)
- smARTmatch: Automatisierte Suche nach verlorenem Kunstbesitz (Informationssysteme, Prof. Naumann)
- Der durchgängige digitale Planungsprozess für Leit- und Sicherungstechnik (Betriebssysteme und Middleware, Prof. Polze)
- Software Framework CO2 Footprint (Data Engineering Systems, Prof. Rabl)
- PROTzilla (re)building Structure: Adding structural analyses for a million-dollar machine (Data Analytics and Computational Statistics, Prof. Renard)
- ChatBPT: AI-Orchestrated Business Process Management (Business Process Technology, Prof. Weske)
- Real-Time Public Health Dashboard to Mitigate Hospital Outbreaks (Digital Global Public Health, Prof. Wieler)
Bachelor projects:
- Smart Clothing (Digital Health - Connected Healthcare, Prof. Arnrich)
- Veni, Vidi, Visualization: Improving Analysis Communication for A-Million-Dollar Machine (Data Analytics and Computational Statistics, Prof. Renard)
- AI-Assisted Digital Tumor Board (Digital Health - Machine Learning, Prof. Lippert)
- Integration of N-of-1 Trials with Electronic Health Records for Personalized Clinical Care (Digital Health - Machine Learning, Prof. Lippert/ Dr. Konigorski)
- Gorilla Watch (Artificial Intelligence and Intelligent Systems, Prof. de Melo)
- MethylWiz - Magically Making Epigenetic Analysis Accessible and Engaging for Experimental Scientists (Computational Genomics, Prof. Kretzmer)
- Make Network Accelerators Accessible via Kubernetes (Internet Technologies and Softwarization, Prof. Karl)
- Klimaresilienz in Städten: Digitales Monitoring urbaner Ökosysteme (Computergrafische Systeme, Prof. Döllner)
- Video-Interpretation und Zusammenfassung (Computergrafische Systeme, Prof. Döllner)
- Bridge the Digital Divide - Foster Digital Health Inclusion! (Digital Global Public Health, Prof. Wieler)
- Meaningful Process Mining From Process Atoms to Process Insights (Business Process Technology, Prof. Weske)
- Automatic Calibration for Laser Cutters (Human Computer Interaction, Prof. Baudisch)
- Incremental Model "Patching" for Industrial Machine Learning Systems (Artificial Intelligence and Sustainability, Prof. Herbrich)
- Leveling Up IT Learning (Software-Architekturen, Prof. Hirschfeld)
- Monitoring Shifts in Professionals in the Health Care Sector (Algorithm Engineering, Prof. Friedrich)
Further recordings of past HPI Bachelor Podiums can be found on tele-TASK.
For companies
The HPI Bachelor Projects offer industry partners the unique opportunity to meet our talented young IT talents personally and work with our future graduates on innovative software solutions for real challenges in their companies.
Are you interested in working with us? The Industry Partnerships team will be happy to advise you.
Partners (selection)
Last change: 27/05/2026, Patrick Lenz