Hybrid Master thesis - capacitive relaxation effect in semiconductor devices (m/f/d) (Premstaetten, AT, 8141) bei OSRAM Americas

Sense the power of light

The ams OSRAM Group is a global leader in innovative light and sensor solutions. With more than 110 years of industry experience, we combine engineering excellence and global manufacturing with a passion for cutting-edge innovation enabling transformative advancements in the automotive, industrial, medical, and consumer industries. “Sense the power of light” – our success is based on the deep understanding of the potential of light and distinct portfolio of emitter and sensor technologies. Around 19,700 employees worldwide drive innovations alongside societal megatrends.
Find out more about us on https://ams-osram.com

The CSA division supplies sensors that bridge the gap between the world we live in and the digital world of machines. By converting physical signals - heartbeats, sounds, light waves - into data, we enable robots, cars and other devices to interact with people and improve our world. What drives CSA is a relentless desire to contribute to technology and have a meaningful impact on the world. This business thrives on solving complex problems and partnering with global leaders at the forefront of technological advancement. Our goal: to push the boundaries of sensor technology and empower innovators to make the world smarter, healthier and happier.

Your new responsibilities

The master thesis topic is the identification, understanding and modelling of the phenomena of capacitive relaxation in semiconductor devices. You will develop the whole chain to build proper test-structures for characterization to the model building under the guidance of an experienced Engineer.

Task splitting:

• Literature study and understanding of effect

• Test-structure development and fabrication

• Setting up the measurement technique

• Extraction of the effect and model building

Who we are looking for

• Advanced mathematical skills

• Bachelor’s degree in physics

• Keen to solve complex problems

The employment is in accordance with the collective salary and wage agreement for employees of the electrical and electronics industry, employment group E (https://www.feei.at/aktuelles/mindestloehne-und-gehaelter-eei/).

Please contact Marlies Nigitz for further information via [email protected] or +43 (3136) 50032853.