Academic assistant for the development of chip-based quantum sensors (PhD possible)

Shaping the future together for a society worth living in - that is the vision of TH Wildau! As a university of applied sciences, we want to accompany social transformations in a responsible and practice-oriented manner.
We bring technology and management together to create interdisciplinary spaces for innovative learning environments as well as research and teaching creativity. In the Berlin/Brandenburg metropolitan region, our campus is known as a place for encounters, lifelong learning and joint work between different (specialist) cultures. State-of-the-art facilities and industrial architecture from the 19th century symbolize on the outside what is also important to us professionally and personally: we connect!

The following position is available immediately in the Department of Photonics and Optical Technologies at Wildau University of Applied Sciences:

Academic assistant for the development of chip-based quantum sensors (PhD possible)

2025_118103_QG

The position is full-time with 40 hours per week for a limited period of 36 months, with the option of extension. Part-time employment is generally possible.

Your activity:

As part of the Joint Lab with the Leibniz Institute IHP, you will develop quantum optical circuits and photonic devices for novel integrated quantum systems.
Your field of activity includes

•     quantum optical sensor technology: development of the theoretical foundations and understanding of methods
•     Design of quantum optical circuits and creation of chip layouts for silicon-based platforms
•     Simulation of photonic components (waveguides, beam splitters, modulators)
•     for the optimization of component performance
•     Implementation and supervision of laboratory experiments, in particular
•     Characterization and measurements of integrated quantum optics components
•     Supporting process development in collaboration with the Leibniz Institute IHP
•     Scientific publications and presentations at conferences
•     Possibility of a doctorate in cooperation with a university

Your profile:

•  Master's degree in physics, electrical engineering, photonics or a related field
      Experience in at least one of the following areas:
  o quantum optical interferometry
  o photonic design (e.g. using KLayout)
  o Simulation of quantum optical devices (e.g. using Lumerical, COMSOL
  Multiphysics) o Semiconductor technology and clean room processes
  o Experimental optics and quantum optics
  o Programming skills in Python, MATLAB or similar languages are an advantage

•     Independent and team-oriented way of working
•     Very good knowledge of MS Office
•     Very good verbal and written communication and
•     German language as well as good English language skills
•     written and spoken English language skills
•     strong commitment and independence (structured,
•     independent, precise and goal- and service-oriented way of working)
•     friendly, customer-oriented, creative, reliable, resilient
•     Team, organizational and communication skills

What do we offer?

•     an exciting, interdisciplinary research activity between university and research institute
•     the position is associated with visiting scientist status at the Leibniz Institute IHP
•     access to state-of-the-art photonics laboratories and clean rooms
•     Opportunity for a doctorate and further scientific qualification
•     close cooperation with leading research institutions and international partners
•     Flexible forms of work to improve the compatibility of family, private life and career (including flexible working hours, short core hours, alternating teleworking and mobile working, working in the parent-child office)
•     Meaningful, interesting and varied activities and opportunities to actively help shape the university in a variety of formats
•     A trusting working culture at eye level
•     Member of an innovative university community with a family atmosphere
•     Additional pension provision through the Federal and State Pension Scheme (VBL) and capital-forming benefits
•     30 days vacation plus additional days off on 24.12. and 31.12.
•     very good accessibility by public transport (campus directly at Wildau S-Bahn station)

If the personal requirements are met, remuneration is paid in accordance with the provisions of the collective agreements for the public service of the federal states (TV-L) up to pay group 13.

Questions about your application?
Application management: Anita Reichelt

We look forward to receiving your application! Please apply by email by June 30, 2025 to:

Dr. Heise
Technical University of Applied Sciences Wildau,
Hochschulring 1
15745 Wildau

approx. 3300 students from 60
different countries
-
approx. 450 employees
of which approx. 90 professors
approx. 11 million euros
Third-party funding
-
Sufficient free parking spaces for cars and bicycles
diverse further education opportunities and English for employees
Canteen on the campus
Various health and sports offers, discounted membership in the fitness studio
gym with indoor swimming pool
Note: Application costs (incl. travel costs) cannot be covered.
be covered.
The Technical University of Applied Sciences Wildau aims to increase the proportion of female
employees and encourages suitably qualified women to apply.
Applications from severely disabled persons with equal aptitude and qualifications will be
will be given preferential consideration. We also encourage all interested candidates already employed at the TH Wildau
are also encouraged to apply. Applicants (f/m/d)
with children are welcome - the Technical University of Applied Sciences Wildau is certified as a family-friendly university.

Technische Hochschule Wildau,
Hochschulring 1
15745 Wildau

« Back to list