Master's Thesis: Ferrite Embedded Ceramic Based Phase Shifter

publicerat av Huawei Sweden R&D

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Företag
Huawei Sweden R&D
Ort
Kista
Sista ansökningsdag
Ej angiven
Nivå
Master/civilingenjör (30 hp)
Period
Start in spring 2027.
Passar program
Electrical Engineering, RF and Microwave Engineering, Communication Engineering, Electromagnetics

Beskrivning

Conventional waveguide-based ferrite phase shifters are well established, but their size can limit their use in compact systems. This master's thesis at Huawei Sweden R&D will theoretically investigate a tunable ferrite phase shifter embedded in a ceramic-filled waveguide. The aim is to explore how ceramics with a high dielectric constant can help reduce its dimensions.

The assignment

  • Conduct theoretical research into a tunable ferrite phase shifter within a ceramic-filled waveguide.
  • Investigate the use of high-dielectric-constant ceramics to miniaturize waveguide-based ferrite phase shifters.

Who we are looking for

  • Master's-level background in RF and microwave engineering, electromagnetics, circuits or communications.
  • Strong spoken and written English.
  • Ability to work independently and collaborate in a team.
  • Careful working style with a focus on high-quality results.
  • RF simulation proficiency, including tools such as ADS, HFSS or CST, is desirable.
  • Experience in laboratory or testing environments and familiarity with international, multicultural workplaces are advantageous.

What we offer

  • An innovation-focused R&D environment with opportunities to collaborate with engineers internationally.
  • An opportunity to apply technical knowledge to a practical telecommunications research challenge.

Practical details

Location: Kista. Planned start: spring 2027.

Förkunskapskrav

Master's-level background in RF and microwave engineering, electromagnetics, circuits or communications, together with strong English communication skills. Candidates should be able to work independently and in teams, with close attention to quality and detail. RF simulation skills in tools such as ADS, HFSS or CST, laboratory/testing experience and familiarity with multicultural workplaces are desirable.

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