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Applied AI · LogisticsMunich / Hybrid

IDP · AI-assisted prototype for the logistics sector

Interdisciplinary Project · Master Informatics · ~1 semester · equivalent formats welcome

Prototype a decision layer for logistics teams that turns messy operational inputs into structured, explainable planning suggestions.

ARCIS builds applied-AI decision systems for the logistics sector — the people behind trucks, loads, schedules and the daily flow of goods. This project focuses on prototyping a layer that helps operators make faster, more structured decisions on top of the tools they already use. Expected outcome: a focused prototype and technical documentation.

Project scope

  • Extracting structured data from operational inputs (spreadsheets, documents, emails)
  • Validation logic for missing or noisy fields
  • Matching / assignment under real-world logistics constraints
  • Optimization methods (assignment, heuristics, constraint programming)
  • Explainable outputs and human-in-the-loop review

Research & engineering questions

  • How can unstructured inputs be converted into reliable planning data?
  • How can assignment be modeled under incomplete information?
  • How can optimization results be explained to non-technical operators?

Ideal profile

Target program: TUM Master of Science in Informatics (M.Sc. Informatics). The role is framed as a TUM Interdisciplinary Project (IDP). Curiosity for the logistics sector and applied AI is essential; prior logistics knowledge is not required. Working-student or internship arrangements for equivalent technical work are also welcome.

  • Python · data processing
  • LLM-based extraction
  • OR-Tools · optimization · algorithms
  • TypeScript / React (optional)

What you get

  • You will earn 16 ECTS credits at TUM.
  • Exclusive access to TUM Incubator, entrepreneurial coaching, and workshops.
  • Network with industry leaders, founders, and senior professionals.

Key facts

  • 6 months part-time (approx. 20 hours/week) or alternatively, 3 months full-time.
  • Ideally 2–5 Master’s students, but individual applications are also welcome.
  • Project can start immediately or upon agreement.

Application

Please send:

  • CV
  • Transcript of records
  • Short motivation note
  • Optional: GitHub, portfolio or previous technical work