RF Substrates & Antennas Internship (Ku-Band)

Greenerwave; Paris; On-site; EUR 10,000 - 17,000; Full time

Benefits offered by this job

Lunch stipend

CSE benefits

Office in Paris

Team events

Job summary

Greenerwave is offering an internship in Paris for a second- or final-year engineering student specializing in wave physics, RF engineering, or a related field. You will explore alternative substrates for the Ku-band radiating layer, assess their impact on losses and bandwidth, and help compare cost against performance while potentially developing prototypes.

Reporting to the RF Research Engineer, you will perform substrate investigations, RF characterisation, and prototype validation.

Qualifications

• Second or final year engineering student in wave physics, RF engineering or equivalent.
• Knowledge of electromagnetism and antennas.
• Familiar with programming (Python) and simulation software (CST, HFSS and/or COMSOL).
• Experience with measurement instruments such as VNA is a plus.
• Able to communicate in English, both spoken and written.

Responsibilities

• Substrate investigation and selection for the Ku-band radiating layer.
• RF characterisation and analysis of losses, bandwidth and wave behaviour.
• Prototype development or validation when needed.
• Summarise analyses and present conclusions within an international team.

Skills

Python

Teamwork

English communication

Antenna theory

Wave physics

Education

2nd/final year engineering school

Tools

CST

HFSS

COMSOL

Vector Network Analyzer (VNA)

Job description

Greenerwave is offering an internship in Paris for a second- or final-year engineering student specializing in wave physics, RF engineering, or a related field. You will explore alternative substrates for the Ku-band radiating layer, assess their impact on losses and bandwidth, and help compare cost against performance while potentially developing prototypes.

Reporting to the RF Research Engineer, you will perform substrate investigations, RF characterisation, and prototype validation.