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Faculty of Informatics Technical University of Munich
Room FMI 01.12.055 Office hours: by appointment |
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Phillip Schneider is a research associate at the chair of Software Engineering for Business Information Systems at TU Munich since November 2020. He holds a master's degree in Information Systems from Goethe University Frankfurt. During his studies, Mr. Schneider visited the Computer Science Department of the University of Helsinki. He also gained international work experience at leading companies in the tech industry, such as IBM (Brussels) and Amazon (London & Luxembourg). |
I do not offer thesis supervision.
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Conversational Graph-Based Navigation Over Semantically Connected Content (COGNOSCO) In cooperation with Springer Nature, the COGNOSCO project (from Latin cognōscere: to discover/learn/know) aims at investigating conversational search systems that enable explorative navigation through knowledge databases. Through the combination of Natural Language Processing and knowledge graphs, the interactive search process is realized by text-based, information-providing dialogs. Click here to read more ... |
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AI-Based Digital Health Assistant (ALPHA-KI) The purpose of the digital health assistant ALPHA is to make the everyday life of chronically ill people healthier, safer and more entertaining. ALPHA comes in form of a smartwatch that is always worn on the body. As a voice-based device, it is controlled through natural language alone. The overarching goal of this research project involves four AI-related focal points. Click here to read more ... |
Autonomous Company
The idea of this research project is to investigate how Artificial Intelligence and Big Data can be exploited to establish fully-automated software engineering
project management processes, including project acquisition, agile project management, and project completion. This research project is performed in close
collaboration with our project partner Motius GmbH. Click here to read more ...
Blockchain Technology for International Student Mobility
In cooperation with RWTH Aachen University, a feasibility study about blockchain technology for international student mobility is carried out. Different use
cases on how blockchain can optimize and automate the current recognition processes at two faculties are evaluated. Based on this evaluation, one scenario
is selected to be implemented as a prototype system, demonstrating the capabilities of such a blockchain-based process. Click here to read more ...
| Term | Level | Title | Type | Role |
| SS 24 | Master | SEBA Lab Course (NLP) | Lab Course | Organizer |
| SS 24 | Master | Natural Language Processing - Methods and Applications | Seminar | Advisor |
| WS 23/24 | Master | SEBA Lab Course | Lab Course | Advisor |
| SS 23 | Master | SEBA Lab Course (NLP) | Lab Course | Organizer |
| SS 23 | Master | Natural Language Processing - Methods and Applications | Seminar | Advisor |
| WS 22/23 | Master | SEBA Lab Course | Lab Course | Advisor |
| WS 22/23 | Master | Strategic IT Management & Enterprise Architecture Management | Lecture | Advisor |
| SS 22 | Master | Natural Language Processing - Methods and Applications | Seminar | Advisor |
| SS 22 | Bachelor/Master | Conversational AI Workshop | Certificate Course | Organizer |
| SS 22 | Master | EAM Miniprojekte | Seminar | Organizer |
| WS 21/22 | Master | SEBA Lab Course | Lab Course | Advisor |
| WS 21/22 | Master | Strategic IT Management & Enterprise Architecture Management | Lecture | Organizer |
| SS 21 | Master | Natural Language Processing - Methods and Applications | Seminar | Advisor |
| SS 21 | Master | EAM Miniprojekte | Seminar | Advisor |
| WS 20/21 | Master | SEBA Lab Course | Lab Course | Advisor |
