THz Electronics PhD Research Project Assistant

Unist; Wien; Vor Ort; EUR 28.760 - 34.449; Teilzeit

Benefits dieser Stelle

Flexible working hours

Diverse researchers

Creative environment

Central location ( Karlsplatz )

Zusammenfassung

TU Wien invites applications for a part-time project assistant (PhD student) position in the THz-Electronics Group. The role is 30 hours per week for 1 year, with potential extension up to 3.5 years, starting November 2026.

The group investigates THz sources, detectors, and systems with emphasis on resonant-tunneling diodes, and collaborates closely with TU Wien’s research community. The successful candidate will perform research on THz RTD oscillators and detectors, contribute to publications,

Qualifikationen

• MSc (or finishing MSc at the time of the contract start) in Electrical Engineering, Physics or similar discipline.
• A strong foundation in high-frequency electrical engineering or in the physics of electric or optoelectronic devices is required.
• Prior experience with semiconductor technology, nano/micro-fabrication, THz or high-frequency measurements and electromagnetic simulations is an important advantage.
• Strong motivation to complete PhD within the timeframe of the project.
• Team player and advanced problem-solving skills.
• Interest and enthusiasm in research.
• Knowledge of German is not required.

Aufgaben

• The position primarily focuses on research into THz RTD oscillators and detectors
• Research in the field of THz Electronics
• Writing and publishing scientific papers in top conferences and journals

Kenntnisse

MSc in Electrical Engineering

High-frequency engineering

Semiconductor technology

THz measurements

EM simulations

PhD motivation

Team player

Ausbildung

Master Degree

Jobbeschreibung

TU Wien invites applications for a part-time project assistant (PhD student) position in the THz-Electronics Group. The role is 30 hours per week for 1 year, with potential extension up to 3.5 years, starting November 2026.

The group investigates THz sources, detectors, and systems with emphasis on resonant-tunneling diodes, and collaborates closely with TU Wien’s research community. The successful candidate will perform research on THz RTD oscillators and detectors, contribute to publications,