IMT 11-2024 Bachelor- / Master Thesis: Development of Micro-actuators with Shape Memory Alloys [...]

TN Germany; Karlsruhe; Vor Ort; EUR 40.000 - 70.000; Vollzeit

Zusammenfassung

An innovative institute is offering an exciting opportunity for students to engage in a Bachelor/Master thesis focused on the development of micro-actuators utilizing shape memory alloys and silicon technology. This role involves hands-on experience in a state-of-the-art cleanroom environment, where you will apply advanced fabrication techniques and conduct in-depth material characterization. You'll work alongside a multidisciplinary team, contributing to cutting-edge research aimed at miniaturizing devices for photonics and medical applications. If you are ambitious, creative, and eager to learn, this is the perfect chance to kickstart your career in microtechnology.

Qualifikationen

• Basic knowledge in micro-/nanotechnology is desirable.
• Creative and self-motivated individuals preferred.

Aufgaben

• Develop and characterize SMA-based micro-actuators.
• Conduct CAD and numerical simulations of components.
• Fabricate devices using semiconductor process techniques.

Kenntnisse

Computer-aided Design (CAD)

Numerical simulation

Micro-/nanotechnology

Self-motivation

Teamwork

Ausbildung

Bachelor in Mechanical Engineering

Master in Microsystems Engineering

Tools

COMSOL

Electron beam lithography

Reactive ion etching (RIE)

3D printing

Laser cutting

Jobbeschreibung

Social network you want to login/join with:

IMT 11-2024 Bachelor- / Master Thesis: Development of Micro-actuators with Shape Memory Alloys and Silicon Technology, Karlsruhe

Institution: Institute for Microstructure Technology (IMT)

Location: Karlsruhe

Job Category: Other

-

Additional Info:

• EU work permit required: Yes
• Job Reference: 07ae78b5ecff
• Job Views: 1
• Posted: 30.04.2025
• Expiry Date: 14.06.2025

Job Description:

The Institute for Microstructure Technology (IMT) develops micro- and nano-actuators for photonics applications using smart materials, including shape memory alloys (SMA), which exhibit several functional properties at the nanoscale. This enables the development of novel bi-stable actuators at micro- and nanometer scales. With increasing demand for miniaturization and low-power devices, these bistable actuators can be integrated into photonics and medical applications.

The goal of this Bachelor/Master thesis is to develop and characterize SMA-based micro-actuators using cleanroom techniques. The tasks include:

1. Computer-aided Design (CAD) and numerical simulation of components using multi-physics simulation tools
2. Characterization of SMA material properties (structure, mechanical, thermal)
3. Fabrication of devices using semiconductor process techniques such as electron beam lithography (e-beam) and reactive ion etching (RIE)
4. In-situ SEM characterization of fabricated devices

IMT provides extensive state-of-the-art equipment, including a 600 m² clean room with advanced technologies, rapid prototyping methods like 3D printing and laser cutting, and various laboratories for assembly, joining, and metrology. Support is provided to ensure the work can be completed within the specified timeframe.

Start date: as soon as possible

Candidate Profile:

• Field of study: Mechanical/Electrical Engineering, Microsystems Engineering
• We seek ambitious, creative, and self-motivated individuals who enjoy working in multidisciplinary and international teams.
• Basic knowledge in micro-/nanotechnology is desirable; knowledge of COMSOL is advantageous but not required.