Visual Sensor System is a research group in STC research centre. In the group, research focus is embedded vision systems especially optical measurement and surveillance systems. The group is working together with industry on real world problems.
Visual sensor system group is looking for a student who will be working together with our researchers. The applicant is required to have knowledge and interest in both software and hardware based embedded systems.
The focus area will be embedded vision systems for safety critical applications which have real time requirement. The aim is to investigate and develop energy efficient and high performance embedded solutions for such applications. The study will involve scientific work and experimental work such as simulation, synthesis and implementation.
Application
Please send your application in PDF by email to: Prof. Mattias O’Nils mattias.onils@miun.se
The application must include:
- Application letter
- Curriculum Vitae
- Degree certificate (BSc) including course transcript
- Language certificates
- Copy of BSc thesis
Application deadline:
Application deadline is October 30, 2015
The Wireless Sensor Systems research group has a focus on sensor and measurement systems, enabled by modern wireless data transfer. The applications of these systems are broad, but industrial sensing and environmental monitoring are current focus areas within the group.
We are currently looking for students in the research area of energy harvesting for wireless embedded systems. The applicants should have previous experience and a strong interest in at least one of the following areas: hardware design, embedded systems, system modeling, machine learning. Experience with wireless sensor networks and energy harvesting is beneficial. You will work in close collaboration with our researchers. The project will include both simulation and experimental work, and will have a strong scientific focus.
Application
Please send your application in PDF format by email to: Prof. Bengt Oelmann: bengt.oelmann@miun.se
The application must include:
- Application letter
- Curriculum Vitae
- Degree certificate (BSc) including course transcript
- Language certificates
- Copy of BSc thesis
Application deadline:
Application deadline is August 20, 2015.
The main activities of the Radiation Sensor Systems Group concern pixel detectors for ionizing radiation including both particles and photons. A significant part of the work is based on the MEDIPIX family of readout electronics and the CERN-based MEDIPIX collaboration.
We are looking for two students with strong knowledge in at least one of the following areas: Sensor technology, embedded programming, readout amplifier design, signal/image processing, advanced programming (e.g. Matlab, C/C++, Python). Experience from radiation measurement systems is beneficial.
You will be working in a dynamic environment with excellent researchers. The work will include simulations, system design and device characterization.
Application
Please send your application in PDF by email to:
Prof. Christer Fröjdh and Doc. Göran Thungström
The application must include:
- Application letter
- Curriculum Vitae
- Degree certificate (BSc) including course transcript
- Language certificates
- Copy of BSc thesis
Application deadline:
Application deadline is 15th of April 2015. You will be notified about the result of your application by the 10th of June 2015. The programme starts on the 1st of September 2015.
The research group in Power electronics is currently working in different fields such as high frequency power converters, induction heating and resistance welding applications.
Research Project:
The project aim if focused on a new type of joining method for fiber optic installation tubes. Traditional joints is too bulky and might explode during the fiber blowing process causing personal injuries. The new type of joints is based on a welding principle where the joints can be made compact, cheap, hermetically sealed with better strength.
The project includes electronic development for equipment for joining fibers. Material and welding optimization in selection of material and settings. Both material for its energy absorption properties and plastics for its melting are of interest and should be optimized.
Contacts:
For further information, please contact: Kent Bertilsson,
+46 (0)60-148915
