Logo-of-Ferdinand-braun-institut-hiring-for-jobs-in-Deutschland-on-GrabJobs

Scientific Member of Staff / PhD Student (m/w/d) - Digital Signal Processing & RF Circuit Design -

icon briefcase Auftragstyp : Vollzeit

Anzahl der Bewerber

 : 

000+

Click to reveal the number of candidates who applied for this job.
icon loader
Jetzt bewerben
icon loader Jetzt bewerben

Let AI Supercharge Your Job Hunt!

JobCopilot scans 500,000+ company career sites daily to find jobs for you

Never miss an opportunity Save hours by auto-filling applications forms Land more interviews with tailored applications
happy man
thunder iconActivate JobCopilot

Arbeitsbeschreibung - Scientific Member of Staff / PhD Student (m/w/d) - Digital Signal Processing & RF Circuit Design -


The Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik (FBH) is an application-oriented research institute in the fields of high-frequency electronics, photonics and quantum physics. It researches electronic and optical components, modules and systems based on compound semiconductors. These devices are key enablers that address the needs of today’s society in fields like communications, energy, health, and mobility. It covers the entire value chain from design to ready-for-delivery systems.

Our Digital PA Lab is one of the world's leading research groups on GaN-based digital transceiver architectures and novel power amplifier concepts for the mobile communication infrastructure. For a new research activity on GaN-based, digitally enhanced full-duplex transceiver architectures together with the Joint Lab BTU-CS – FBH Microwave, we are looking for a Scientific Employee (m/f/d) for digital signal processing and RF circuit design, to start as soon as possible.


Referenz number 13/26

Your tasks

  • Understanding and adaptation/further development of the FBH’s patented digital modulation concept for use in a full-duplex transceiver with a digital power amplifier
  • Analysis and modeling of the nonlinear, time-dependent behavior of digital microwave power amplifiers in MATLAB
  • Development of algorithms for suppressing/eliminating self-interference in full-duplex transceivers using digital signal processing, both in the radio frequency (RF) domain and in the baseband
  • Design and implementation of system measurements for the completed full-duplex demonstrator

 

Your profile

  • A master’s degree or equivalent in electrical engineering, signal processing, or physics with a focus on high-frequency technology, microwave technology, digital signal processing, or analog and digital electronics
  • Practical experience in digital signal processing and the design of integrated high-frequency circuits (MMICs)
  • Ability to work effectively in a team
  • Fluency in English
  • Position may be tailored as a postdoctoral position or a Ph.D. position


Our offer

  • A versatile position at a leading research institute
  • A workplace with ideal public transportation connections, employer subsidy for a job ticket, and bicycle parking spaces
  • Individual development opportunities and further training
    30 vacation days (based on a five-day week), flexible working hours through flexitime, additional flex days and individual working time agreements
  • Services for families: Advice and referral to childcare services, provision of places in a kindergarten in Berlin financed by the institute
  • Access to health services on campus (yoga, running club, movement break and soft skills training) via the Adlershof health network
  • Employment, remuneration and social benefits are based on the collective agreement for the public service (TVöD Bund) including annual special payment, capital-forming benefits (VWL) and company pension scheme (VBL). The wage is paid up to pay group 13/2 if the relevant requirements are met  

 
FBH is an equal-opportunity employer and actively supports the compatibility of family and career. Particular attention is paid to gender equality and diversity. The Institute strives to increase the proportion of women in this area. Female candidates are encouraged to apply. Among equally qualified applicants, preference will be given to handicapped candidates. The position can be filled at the earliest possible date and is initially limited to two years. A long-term cooperation is desired.

Have we piqued your interest? Then we look forward to your online application. Please click on "Apply online" and submit your complete application documents not later than 25.06.2026.

If you have any questions about the tasks, please contact Dr. Andreas Wentzel (Digital PA Lab): Tel: 030 6392-2627, [email protected]
Sophia Mareck will answer questions about the application process: Tel. 030 6392 58243, [email protected]

Data protection notice: The above contact details are provided exclusively for interested applicants to get in touch. Enquiries from recruitment agencies are not welcome. Any use of the personal information contained in this advertisement by other third parties is expressly prohibited.
 
 



Original job Scientific Member of Staff / PhD Student (m/w/d) - Digital Signal Processing & RF Circuit Design - posted on GrabJobs ©. To flag any issues with this job please use the Report Job button on GrabJobs.
Jetzt bewerben
Share Job
Share Job

Auto-Apply to Scientific Member of Staff / PhD Student Jobs with your AI JobCopilot

thunder icon Auto-Apply with AI

Similar Scientific Member of Staff / PhD Student Jobs in Germany

GrabJobs ist das führende Jobportal in Germany und verbindet Sie schnell mit Tausenden von -Jobs! Finden Sie die besten -Jobs in Germany, bewerben Sie sich mit einem Klick und sichern Sie sich noch heute einen Job!

Mobile Apps

Copyright © 2026 Grabjobs Pte.Ltd. All Rights Reserved.