Job description
The Institute for Microstructure Technology (IMT) develops micro- and nano-actuators for photonics applications by using smart materials. This class of material includes shape memory alloys (SMA) which exhibit several functional properties at the nanoscale. This enables the development of novel bi-stable actuators on the micro- and nanometer length scale. With increasing demand of miniaturization and low-power devices, these bistable actuators can be integrated in photonics and medical applications.
The aim of this Bachelor/Master thesis is to develop and characterize SMA-based micro-actuators using cleanroom techniques. The following tasks are to be dealt with:
1. Computer-aided Design (CAD) and numerical simulation of the components with the help of multi-physics simulation tools
2. Characterization of SMA material properties (structure, mechanical, thermal)
3. Fabrication of devices by means of relevant semiconductor process techniques (such as electron beam lithography (e-beam), reactive ion etching (RIE))
4. In-situ SEM characterization of the fabricated devices
To carry out the work, the IMT has extensive state-of-the-art equipment (600 m² clean room with fully equipped technologies, rapid prototyping processes such as 3D printing and laser cutting, assembly and joining technology laboratories, various metrological laboratories). Intensive support ensures that the work can be carried out within the given time frame.
Starting date
as soon as possible
Personal qualification
5. Field of study: mechanical/electrical engineering, microsystems engineering
6. We are looking for ambitious, creative and self-motivated individuals, who like to work in a multidisciplinary and international team.
7. Basic knowledge in micro-/nanotechnology is desirable; knowledge of COMSOL is advantageous but not a prerequisite.