TUHH: Methods of Research in Science and Engineering

TUHH > Research and Transfer > Research Organisation

METHODS OF RESEARCH IN SCIENCE AND ENGINEERING

Coordination: Prof. Sabine Le Borne, leborne(a)tuhh.de

In addition to the application-related research fields, the development of scientific methods is a priority in many areas of the TUHH.

Methods are generally divided into three areas: experimental methods, modelling and simulation, and data science.

In mathematics in particular, method development is the core of research and is used in many research fields.

The following list represents the research landscape of the TUHH as an example, but is not a complete enumeration of the actual activities at the TUHH in this area.

EXPERIMENTAL METHODS

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Material Testing
Process & Material Imaging
Experimental Analytics
Characterization of System Properties
Functional Demonstrators
Pilot Scale Experiments
Pre-clinical Testing
Power-Hardware-in-the-Loop Test
Remote Sensing

MODELLING & SIMULATION

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Process and Material Analytics
Math. Analysis of Models
Dynamical Systems
Optimization
Discretization Techniques
Numerical Methods
Control Theory
Computational Engineering
High Performance Computing
Combinatorics
Algorithms
Networks and Graph Theory
Theoretical Computer Science
Operating Systems
Operations Research
Innovation Management

DATA SCIENCE

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Machine Learning
Neural Networks
Computer Vision
Data Compression
Data Driven Modeling
Probability
Statistics
Explainable Artificial Intelligence
Hardware Accelerators for AI

TU Hamburg

Hamburg University

of Technology

Am Schwarzenberg-Campus 1

21073 Hamburg

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METHODS OF RESEARCH IN SCIENCE AND ENGINEERING

EXPERIMENTAL METHODS

MODELLING & SIMULATION

DATA SCIENCE

TU Hamburg

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