Student Assistant – RF Measurement and Testbed Development (m/f/d)

Dresden
Frau Dr. Patricia Grünberg
Frau Stefanie Dünkel
Frau Maxi Herrera
WerkstudentRemote Teilzeit
Bewerben

The Barkhausen Institute performs research on the latest hardware, software and communication technologies and demonstrates their application in tomorrow's society. Our goal is to build a flexible and trustworthy IoT platform based on reliable electronics and secure communication methods.

The RF Design Enablement group researches and develops dependable IoT systems with focus on three key research topics such as joint radar-communication system, antenna-system design with meta-surface and physical layer security. We focus our research on designing building blocks, while identifying critical hardware parameters for next-generation hardware systems and applications.

To help pursue our research agenda, we are looking for a

Student Assistant – RF Measurement and Testbed Development (m/f/d)

(up to 19 hours/week for 3-6 months) 

The project

 The SHK will design link measurement experiments with off the shelf components. The SHK will measure RF over-the-air links and process the data collected towards different testbeds aligned with different applications.

Your tasks

 Plan the measurements with the off-the-shelf components and available instruments.

  • Help associate and senior researchers towards testbed development.
  • Analyze the data and make reports.
  • Application specific measurements considering different use cases

We expect the following

  • Study of electrical/electronic engineering, computer science or comparable
  • Basic knowledge of microwave engineering and wireless communications theory
  • Prior experience of using RF measurement equipment preferred
  • Good communication and writing skills in English

What we provide

  • An open and creative team of enthusiastic scientists
  • Close to campus
  • Agile working hours and workflows
  • Work on future technologies

If you have passion for new technologies and the desire to develop the connected world of tomorrow with us, we are looking for you. 

Life and science are compatible at our institute. We offer a range of recognised family-friendly measures, such as part-time work, mobile working and flexible working hours that take family needs into account.  We also offer support for arriving in Dresden (all formalities, apartment etc.).

Application procedure

Short letter of motivation and curriculum vitae to Kontakt-Formular . Please also enclose a current university transcript or extract from the grade overview with details of courses and grades. We only accept complete documents as one single PDF document by e-mail. Applications that contain other file formats (e.g. Word, Excel) will not be considered in the selection process. Informal inquiries can also be submitted to the same address. Please reference “Student Assistant – RF Measurement and Testbed Development in the subject line.

Barkhausen Institute strives for gender and diversity equality. We welcome applications from all backgrounds. Severely disabled persons are given preference in the event of equal suitability.

The data submitted by you in the course of the application procedure will be processed by the Barkhausen Institut (BI). BI shall use the data for the purposes of the application procedure. No data shall be passed on to third parties.

 

RF Measurement, Testbed Development, electrical/electronic engineering, Elektrotechnik, IoT systems, IoT, Englisch, Halbleiter, MfA, Elektroniker
Dieser Praktikumsplatz bzw. Ausbildungsplatz als 'Student Assistant – RF Measurement and Testbed Development (m/f/d)' ist für folgende Adressen ausgeschrieben: Schweriner Straße 1, 01067 Dresden.
Kurzprofil der Barkhausen Institut gGmbH
Das Barkhausen Institut ist ein international anerkanntes Forschungsinstitut, das die Brücke zwischen Grundlagenforschung und der praktischen Umsetzung der Vertrauenswürdigkeit vernetzter elektronischer Systeme schlägt.
Wir erforschen innovative Informations- und Kommunikationstechnologien, um die Vertrauenswürdigkeit für eine vernetzte Welt zu ermöglichen. Unser Fokus liegt auf Eigenschaften wie Integrität, Zurechenbarkeit, Authentizität, Verfügbarkeit und Datenschutz.
Neben unserer anwendungsorientierten Grundlagenforschung engagieren wir uns als Kooperationspartner und als Meinungsführer im Diskurs zum Thema Vertrauenswürdigkeit. Wir legen besonderen Wert auf eine professionelle Wissenschaftskommunikation und suchen den Dialog mit der Öffentlichkeit.

Gesuchte Kompetenzen

ElektrotechnikInformatikProjektmanagementSystemingenieur

Frau Dr. Patricia Grünberg
Director G&A
Weiterführende Links
Wenn Du eine Leidenschaft für neue Technologien hast und mit uns die vernetzte Welt von morgen entwickeln willst, suchen wir Dich!

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