Silicon Austria Labs
Great Place to Research

First there is the team and the idea. There is plenty of room for both at SAL.

The bigger the challenge …

... the bigger our drive. We demonstrate new methods to each other in the team, think outside the box and expand our perspectives. We learn quickly from our experiences and measure ourselves against the best. We push each other and fire each other’s imagination in the team.

The spirit of research – more than just a job

SAL is not just a place to work, it is a place where you can constantly develop yourself further. SAL is a great chance to shape the future with groundbreaking findings.

Unfold the future. Unfold yourself.

Research at SAL means combining the best of three worlds:

Research with scientific excellence
Pioneering projects with leading industrial companies
A place with a high quality of life and research

Ready to start? Let’s go!

VERENA KRAEUTL, MA
HUMAN RESOURCES

career@silicon-austria.com

Your Partner for Success

Apply now

Open positions

Whether you are a lateral thinker, pioneer, tinkerer or free thinker – if it’s a matter of innovation, creative ways to solutions are needed. This is why we accompany our researchers on the path from the idea to innovation. SAL is the opportunity to shape the key technologies of tomorrow in an international network at the linchpin of science and commerce. Innovation is a top priority at Silicon Austria Labs. Our researchers are too. Start your success story at SAL.

Great Place to research

Interaction in a multicultural environment

Research projects at Silicon Austria Labs

Challenging research projects

Networking with key players from science and industry

Promotion of publications and participation at conferences

Scientific career path up to fellow

Flexible and innovative working environment

Our managers lead by example

Further Education at Silicon Austria Labs

Creation of an internal SAL further education program

PhD Call Wideband mm-Wave & Sub-Terahertz Receiver Circuits

Low-power and high-bandwidth systems
Concept and design of the mixer first architecture for direct conversion
Model based framework for co-optimization of technology, circuit, and application RF Test & Measurement
Circuit design in the most-advanced nanoscale CMOS technologies
Measurements of the developed receiver circuits

PhD Call Power amplifiers for millimeter-wave & sub-Terahertz transmitters

High-efficiency (PAE, drain-efficiency) as well as high output power
Concept and (co)-design including class-E power amplifier, differential hybrid, modulator, on-chip antenna, and phase-shifter
Model based framework for co-optimization of technology, circuit, and application
Circuit design in most-advanced nano-scale CMOS technologies
Measurements of the developed transmitter circuits

PhD Call Millimeter-wave and sub-Terahertz frequency synthesizers

Low-power and low phase-noise/low-jitter frequency generation
Concept and design including VCO, PLL and LO-distribution
Model based framework for co-optimization of technology, circuit, and application
Circuit design in the most-advanced nanoscale CMOS technologies
Measurements of the developed
frequency synthesizer circuits

Embedded Signal Processing &
Machine Learning Lab for intelligent sensor data processing and embedded AI

SAL is establishing a research lab chartered with creating innovative system approaches (HW&SW) for "embedded Artificial Intelligence“. In close cooperation with universities, we will perform interdisciplinary research in Machine Learning & Computer Perception, Signal Processing and Integrated Circuits Design.