Electrical Engineering Internships
Apply for one of these internships through the Internship Program (IP) (Deadline February 15/October 1) or the campus internship track of the Study and Internship Program (SIP) (Deadline February 15).
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- Software development in the area of information security (Bremen UAS)
- Slim Design of small Satellite Communication Links (Bremen City UAS)
- Image processing and data analysis during charging/discharging of a lithium ion battery (Hamburg University of Applied Sciences)
- Solar module performance at low radiation and oblique incidence light (TH Cologne University of Applied Sciences)
- Circuit Design for integrated OFET technologies (Münster UAS)
- Application of CFD-Simulation techniques on technical questions within actual research tasks (Münster UAS)
- Hardware/Software Systems for High-Performance Computing, Image Processing and Robotics
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Internship in Aerospace Communications Engineering at Bremen City University of Applied Sciences |
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Supervisors |
Prof. Dr. Sören Peik |
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Projects |
Slim Design of small Satellite Communication Links |
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Upcoming small satellite systems call for cost efficient and light weight communication sub-systems. Utilizing commercially available radio frequency integrated circuits (RFIC) as used in mobile phones can satisfy these requirements. The objective of this project is to select suitable RFICs and design a small communication system. The design shall follow guide lines for rapid prototyping. |
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Tasks |
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Requirements |
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Language Skills |
English (C1) |
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Duration |
3-6 months |
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Possible Beginning |
Feb.15 application deadline: internships betw. Sep./Oct. & Feb. Oct.1 application deadline: possible beginning betw. March & Aug. Earlier beginnings may be possible depending on professor's availability |
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Credits |
Yes, 6 ECTS as a project |
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Payment |
none |
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at Cologne Univesity of Applied Sciences |
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Supervisor |
Prof. Dr. Ulf Blieske Renewable Energies (photovoltaics) |
Project |
Solar module performance at low radiation and oblique incidence light |
Cologne University of Applied Sciences has recently started a program which investigates oblique incidence light and low radiation behavior of different solar modules. A number of module parameters are measured as a function of incident angle and radiation in a test installation on the roof top of the Universities library. Out of these data, the annual energy yield of the PV-systems can be calculated with the help of computer simulation tools. |
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Tasks |
Electric measurement with an electronic load system, labview, PV-Sol and other type of simulation, optimization of a tracking system |
Requirements |
Knowledge in electrical engineering, physics and if possible solar energy |
Language Skills |
If possible German, however, English is acceptable. |
Duration |
4-6 months |
Possible Beginning |
Feb. 15 application deadline: internship betw. Sep./Oct. & Feb. Oct.1 application deadline: internship betw. March and Aug. Earlier beginnings may be possible depending on professor's availability |
Credits |
Upon agreement |
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Internship in Sensor Systems/Imaging – Electronics - Agricultural Field Robots at Osnabrück University of Applied Sciences |
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Supervisor |
Prof. Dr. Arno Ruckelshausen |
Project |
Technological Focus: Sensor Systems/Imaging – Electronics - Agricultural Field Robots Laboratory Infrastructure: 1-Laboratory for Micro- and Optoelectronics 2- Research Center Intelligent Sensor Systems (ISYS) 3-Competence Center of Applied Agricultural Engineering (COALA) Development, characterization and application of sensor, imaging and mechatronic systems (such as field robots) in agriculture and horticulture. Remark: However, other fields of applications for electronics, sensors and mechatronic systems are possible (such as automotive or production) Website: Hochschule Osnabrück: Labor für Mikro- und Optoelektronik ; COALA |
Tasks |
There is a large number of projects in the technological profiles given above. The focus - depending on the student’s abilities and interests is flexible: Sensor development, image processing, application of imaging systems and sensors, test measurements, algorithms, outdoor field tests, data base, robot navigation and path planning. The publications of the group demonstrate the range of projects, where the lab work can be integrated: http://www.ecs.hs-osnabrueck.de/mikro_opto-veroeffentlichungen.html Moreover, there are also getting-started options, particular working with laboratory experiments for the modules “Sensor systems”, “Imaging based sensors”, “Imaging quality assurance” or “Optoelectronics”. |
Requirements |
Basis knowledge in mathematics, physics, electronics and programming. Interest in one of the technologies or application areas (sensors, imaging/machine vision, electronics, autonomous field robots, agriculture, horticulture). In most cases a background in electrical engineering, computer science or mechatronics nicely fits to the project, however, also students from agriculture or life sciences with a focus on technology are welcome. |
Language Skills |
English German: Not necessary, but beneficial. |
Other |
The work is typically embedded in a research project in cooperation with companies. The student is a member of a team, in most cases with interdisciplinary members. |
Duration |
3 - 6 months |
Possible Beginning |
Feb. 15 application deadline: Possible beginning Sept./Oct./Nov. 2017 |
Credits |
15 ECTS for 3 months; 1 month = 5 ECTS |
Payment |
To be determined |
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