Current vacancies
To support our work, we are looking for the next possible date for a
BITControl is a specialist planner for electrical, mechanical and process engineering for wastewater treatment and water supply plants. Energy and resource efficiency are the focus of our planning projects. To support our team, we are looking for an experienced electrical engineer, electrical technician or master craftsman with experience in planning.
Application to: mail@bitcontrol.info
The Fraunhofer Institute for Industrial Mathematics ITWM with its approximately 550 employees is located in a spacious, prestigious property. This and our modern technical building and equipment reflect the innovative working environment at the Fraunhofer ITWM. Our complex technical building systems consist of measurement and control technology with higher-level building management systems, in-house power generation systems (CHP, photovoltaics, emergency power generators), general power supply with transformer station, low-voltage distributions, sub-distributions and in some cases EIB controls as well as ventilation and air-conditioning systems, refrigeration systems with cooling towers, SHEVS and fire alarm systems as well as water treatment systems.
Online application
Whether after school or as a supplement to a university degree: an apprenticeship at Fraunhofer is the perfect first step into the world of work. Do you want to gain practical experience and develop both professionally and personally? Find out which subject areas await you, what demands you will face in your working life and, above all, which subject area you like best! Our aim is to support you during your training in line with your strengths and interests so that you can make the most of your potential.
As a member of the IT department of the Fraunhofer Institute for Industrial Mathematics, you will be part of a team of around twelve people who, as the institute’s central service unit, provide employees with services in the areas of network, server, storage and computing infrastructure, communication technology and workstation systems.
As a member of the IT department of the Fraunhofer Institute for Industrial Mathematics, you will be part of a team of around twelve people who, as the institute’s central service unit, provide employees with services in the areas of network, server, storage and computing infrastructure, communication technology and workstation systems.
Online application
Our image processing department has been involved in traditional and AI-based image processing for over 25 years. We build industrial-grade inspection systems and develop solutions for the recognition, classification and characterization of images in a wide range of dimensions, wavelengths and resolutions.
In computer graphics, accurate modeling and control of structural elements such as cracks, grains and dot patterns is essential for creating realistic and detailed virtual environments. While traditional procedural methods offer flexibility, they are often unable to capture complex structural subtleties. This project focuses on improving procedural generation by integrating Point Process Texture Basis Functions (PPTBF) with Open Shading Language (OSL).
In computer graphics, accurate modeling and control of structural elements such as cracks, grains and dot patterns is essential for creating realistic and detailed virtual environments. While traditional procedural methods offer flexibility, they are often unable to capture complex structural subtleties. This project focuses on improving procedural generation by integrating Point Process Texture Basis Functions (PPTBF) with Open Shading Language (OSL).
Online application
Our image processing department has been involved in traditional and AI-based image processing for over 25 years. We build industrial-grade inspection systems and develop solutions for the detection, classification and characterization of images in a wide range of dimensions, wavelengths and resolutions.
In computer graphics, accurate modeling and control of structural elements such as cracks, grains and dot patterns is essential for creating realistic and detailed virtual environments. While traditional procedural methods offer flexibility, they are often unable to capture complex structural subtleties. This project focuses on improving procedural generation by integrating Point Process Texture Basis Functions (PPTBF) with Open Shading Language (OSL).
In computer graphics, accurate modeling and control of structural elements such as cracks, grains and dot patterns is essential for creating realistic and detailed virtual environments. While traditional procedural methods offer flexibility, they are often unable to capture complex structural subtleties. This project focuses on improving procedural generation by integrating Point Process Texture Basis Functions (PPTBF) with Open Shading Language (OSL).
Online application