Dresden University of Technology

As one of the 11 Universities of Excellence in Germany, the Technische Universität Dresden (TUD) educates over 32,000 students in 122 degree programs, is strong in research and closely networked with culture, business and society. As a modern comprehensive university with 14 faculties, it offers a broad academic spectrum like few universities in Germany. It is the largest university in Saxony.


TALENT ACQUISITION:

The TUD offers a variety of formats for your talent acquisition, for example:

A suitable mix of activities for your company/organization depends on the following factors:

  • Which study programs are relevant for your business areas?
  • How many vacancies for students and highly qualified young professionals would you like to fill (annually)?
  • Would you mainly like to communicate your vacancies or would you also like to get to know students in a personal interview and inspire them in the long term?

All offers for employers incl. Prices can be found in the employer brochure at www.tu-dresden.de/fuer-arbeitgeber.

CONTACT PERSON:

Are you looking for suitable partners at the TUD faculties for your R&D projects? The Business Relation Office at TU Dresden will be happy to assist you.

Career Service of the TU Dresden
Susan Wildenhain
T: +49 351 463-42399
E: susan.wildenhain@tu-dresden.de

INSTITUTE FOR LIGHTWEIGHT CONSTRUCTION AND PLASTICS TECHNOLOGY (ILK)

Research and teaching at the Institute of Lightweight Engineering and Polymer Technology (ILK) at TU Dresden are characterized by the Dresden model of “Functionally integrative lightweight system construction in multi-material design”. Following this cross-material approach, the scientists consider the entire development chain when developing new methods, processes and products: material – design – simulation – process – quality.

CHAIR OF ENERGY ECONOMICS

The Chair of Energy Economics at TU Dresden investigates techno-economic issues along the entire energy value chain. Its work focuses on the development of the European electricity and gas markets, the integration of renewable energies and energy and resource efficiency. Further information can be found at http://www.ee2.biz.

CHAIR OF SOFTWARE TECHNOLOGY

The Chair of Software Technology has been researching the energy efficiency of software systems for over 5 years. Several measurement infrastructures were set up for this purpose, so that the energy consumption of both mobile applications and server-side applications can be examined at different levels of granularity. This also resulted in an energy-conscious app store for mobile applications.

PROFESSORSHIP FOR TECHNICAL LOGISTICS

The Chair of Technical Logistics at TU Dresden combines expertise in factory planning, material flow technology and material flow planning. The focus is on the analysis, design and optimization of production and distribution systems as part of a holistic approach to internal processes.

INSTITUTE FOR ELECTRICAL POWER SUPPLY AND HIGH VOLTAGE ENGINEERING

The institute’s research projects deal with issues relating to electrical power supply and high-voltage and high-current technology. The focal points include power quality, smart grids and protection and control technology. On the other hand, topics on electrical contacts and connections, current carrying capacity and heating as well as high-voltage technology are dealt with.

INSTITUTE FOR CONSTRUCTION MANAGEMENT

The Institute of Construction Management at TU Dresden consists of the Professorships of Construction Management and Construction Process Engineering. Research focuses on construction industry issues, the organization of construction sites and the construction industry companies themselves, facility management, construction communication and construction IT, health and safety and sustainable construction. Further information: www.tu-dresden.de/biwibb

BITZER PROFESSORSHIP FOR REFRIGERATION, KYRO AND COMPRESSOR TECHNOLOGY

The professorship combines – unique in the academic landscape worldwide – all the main subject areas of cold generation, provision and storage in the entire temperature range from ambient temperature to near absolute zero. The focus here is on research and development into future methods and processes for providing cooling, as well as the ongoing improvement of components and cycles. A key directive here is to generate added value for society, particularly through research collaborations with industrial companies. Further information: https://tu-dresden.de/ing/maschinenwesen/iet/kkt

Dresden University of Technology

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