Kennen Sie schon unsere App für iOS und Android? Bleiben Sie auch unterwegs auf dem Laufenden und stöbern durch alle Stellenanzeigen des Empfehlungsbundes.
Mehr Infos finden Sie hier, mit allen Download-Möglichkeiten.

Logo

Student Assistant – Radio Frequency Printed Circuit Boards Design, Fabrication & Measurement (m/f/d)

Werkstudent
Dresden
Teilzeit
Befristet
🇬🇧 C1

Bitte bewerben Sie sich hier auf „MINTsax.de“ mit dem „Bewerben“ Link/Button rechts oben.

Hinweis: Bitte bewerben Sie sich ausschließlich über unseren direkten Bewerbungslink gehostet von Empfehlungsbund und MINTsax.de: https://www.mintsax.de/jobs/214335/student-assistant-radio-frequency-printed-circuit-boards-design-fabrication-und-measurement-m-strich-f-strich-d-in-dresden?utm_source=www.empfehlungsbund.de. Wir freuen uns darauf, Sie kennenzulernen!

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 – Radio Frequency Printed Circuit Boards Design, Fabrication & Measurement (m/f/d)

(up to 19 hours/week for 3-6 months) 

 

The project

The SHK will design application specific radio frequency electronic modules using a combination of simple planar RF-components and off-the-shelf surface mount blocks. The SHK will manufacture the boards with our in-house manufacturing facility or through third party manufacturers and assemble the boards for measurement.

 

Your tasks

  • Designing and simulating simple planar RF-components (e.g., hybrid couplers) using EM simulation software (AWR, HFSS, etc.)
  • Multilayer PCB designs with tailor-made RF and off-the-shelf SMT components using software tools (e.g., Altium designer, KiCAD, etc.)
  • Manufacturing of the boards using LPKF machine or third-party manufacturing services
  • Assembling of the boards with SMDs
  • Application specific measurements of the boards

 

We expect the following

  • Study of electrical/electronics engineering, computer science or comparable
  • Basic knowledge of microwave engineering and wireless communications theory
  • Knowledge of EM software (AWR, HFSS, CST etc)
  • Prior experience of PCB designing with SMT component
  • 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 careers@barkhauseninstitut.org. 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.

 

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, Radio Frequency, Electrical Engineering, computer sciences, Student Assistant, IoT, Simulation, MINTsax.de, Empfehlungsbund

Dieser Praktikumsplatz bzw. Ausbildungsplatz als 'Student Assistant – Radio Frequency Printed Circuit Boards Design, Fabrication & Measurement (m/f/d)' ist für folgende Adressen ausgeschrieben: 01187 Dresden in Sachsen.

Kurzprofil der Barkhausen Institut gGmbH

The Barkhausen-Institut, founded 2018 in Dresden, is the German IoT institute. We perform research on cutting edge connected technologies and demonstrate their application in the society of tomorrow. Our goal is to build a secure and flexible IoT platform, capable to transform anything into something connected.

Dresden has established itself as the main location for the semiconductor industry in Europe, counting on a lively and well-coordinated ecosystem of industry, startups, research institutes and academia, with proven excellence in several research areas, which are key for the wireless communications industry and the Internet of Things, such as hardware, software, security and connectivity. The Barkhausen Institut has strong links with the TUD and the local R&D ecosystem, and will serve as a catalyzer of technology research into business solutions and technology start-ups.

Feedback von Bewerbenden

Weitere Stellenanzeigen der Barkhausen Institut gGmbH

Um Ihre Jobsuche und die Verwendung unseres Portals generell so angenehm wie möglich zu gestalten, speichern wir während Ihres Besuchs einzelne Informationen innerhalb eines funktionalen Cookies (Session-Cookie - wird nach schließen des Browserfensters gelöscht.). Auf diese Weise werden Funktionen wie die Job-Merkliste oder eine auf Sie angepasste Spracheinstellung ermöglicht. Wenn Sie diesen Cookie nicht zulassen möchten, empfehlen wir Ihnen Ihre Browsereinstellungen anzupassen und Cookies für unsere Domain zu verbieten (Hinweise dazu in unserer Datenschutzerklärung). Wir verwenden ausschließlich diesen einen funktionalen Cookie und explizit keine nicht-funktionalen (z.B. Tracking-Tools). Für die Verwendung dieses funktionalen Cookies benötigen wir keine Einwilligung, dieser Text dient als Information. Datenschutzerklärung