Ongeveer 15 uur geleden - Universiteit Utrecht (UU) - Utrecht
Junior researcher for PneuARMM project (pneumatically actuated robot for minimally invasive MRI guided surgeries)
Have you finished your master in bio/mechanical or mechatronics engineering and looking for a multidisciplinary job to further develop your skills and broaden …
- Drienerlolaan, Enschede, Overijssel
- Tijdelijk contract / Tijdelijke opdracht
- Uren per week:
- 38 - 38 uur
- € 2579 - € 2972 per maand
Have you finished your master in bio/mechanical or mechatronics engineering and looking for a multidisciplinary job to further develop your skills and broaden your opportunities? Join the PneuARMM project.
PneuARMM is a consortium of Surgical Robotics Laboratory – University of Twente (UT), Medisch Spectrum Twente (MST) and PenuRobotics company. The project aims towards the next generation of MRI compatible, pneumatically actuated, surgical assistive robot for minimally invasive interventions of thorax. To build the next proof of concept prototype the consortium hires a junior researcher for the period of 12 month. The researcher will be employed at University of Twente, Faculty of Engineering Technology, Department of Biomechanical engineering, Surgical Robotics Laboratory (SRL).
Lung cancer is the deadliest cancer in adult population worldwide. It has by far the highest mortality rates, lowest life expectancy and lowest quality of life, among all terminal diseases. Evidence show that early detection is key to a successful therapeutic intervention, significantly increasing life expectancy and quality. Proper minimally invasive and targeted methods such as robotic assistance and image guidance can alleviate the problem to a high extent. Low dose CT and PET-CT imaging are the current gold standard for lung cancer screening, diagnosis and treatment planning. Nevertheless, frequent exposure to ionizing radiation can be a risk factor on its own. MRI on the other hand, is a safe imaging method with no known side effects. MRI guided assistive robotic systems can help radiologists to navigate the intervention without taking the patient out of the imaging bore for needle adjustments, while achieving a higher accuracy. This can significantly reduce radioactive exposure, damage due to try-and-error needle insertion, costs/time as well as growing the success rate of the operation.
- A master’s degree in mechanical engineering, mechatronics/electrical engineering, biomedical engineering, bio-mechanical engineering, or robotics with some experience in CAD/CAM
- Rapid manufacturing methods (e.g. 3D printing, laser cutting, CNC)
- Programming preferably Python and C/C++
- Fluid dynamics, CFD software (e.g., OpenFOAM)
- Microcontrollers preferably Arduino and Raspberry Pi development boards
- Pneumatics, optics, electronics
How to apply
You can send your application through the button below before 10th March 2019.
Please include the following documents in your application:
- Résumé (2 page) and/or Curriculum vitae (CV)
- Letter of motivation/Cover Letter
We offer a very challenging position in an inspiring environment, bridging academia and industry. During the appointment you will be interacting with various scientists and clinical people. The salary depends on your experience (max 3 years), length of the contract (max 12 month) and the weekly hours (max 38h per week). The total max salary will be maximum 31k€ (in the range of €2579, to € 2972 per month) in accordance with the Collective Labor Agreement for Dutch Universities (NWO 1FTE Junior researcher). The University of Twente offers additional attractive employment conditions. In addition to this, we offer a holiday allowance (amounts to 8%), an end-of-year bonus (amounts to 8.3%), various sporting and cultural facilities at reduced rate, medical insurance at a reduced rate etc.