Software Development : Intern 5G Broadcast test development (m/f/d)

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Contact

Tanja Feßmann University Recruiter

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Info

City/region: Munich (Germany)
Entry level: Interns
Employment Type: Full-time, limited
Ref. Number: 11222

Join our R&D Software Division in München (Germany) at the earliest possible date.

Your tasks

Design, Implementation and Integration of automated software tests for Broadcast Systems especially 5G-Broadcast Technology
Develop Test Cases in Robot-Framework, Python and C++
Perform verification and contribute to measurement campaigns for Broadcast Transmitters

Exciting insights into Rohde & Schwarz

Our colleagues provide insider information about:

Daily adventures and challenges
Our passionate team
The technologies behind the innovative projects and solutions

Your qualifications

Master studies in electrical engineering, communications engineering, information technology or a comparable field of study
Fundamentals of Communications Engineering, Broadcast-Technology
Good programming skills Python and C++
Experience with tools like Jenkins, Gitlab CI/CD will be an advantage
Good knowledge of written and spoken English and/or German
Enjoys working as part of a team and autonomously

Interested?

We are looking forward to receiving your application! If you have any questions, please feel free to contact your recruiting contact at any time.

We place great importance on equal opportunities. We look forward to receiving your application regardless of gender, nationality, ethnic and social origin, religion, ideology, disability, age as well as sexual orientation and identity.

Reference number: 11222
Recruiting contact: Tanja Feßmann

Apply now

Rohde & Schwarz ist ein globaler Technologiekonzern mit aktuell ca. 14.000 Mitarbeitern und drei Divisionen: Test & Measurement, Technology Systems und Networks & Cybersecurity. Seit 90 Jahren entwickelt das Unternehmen Spitzentechnologie, verschiebt die Grenzen des technisch Machbaren und ermöglicht Kunden aus Wirtschaft, Behörden und hoheitlichem Umfeld ihre technologische Souveränität.