X-Band Satellite Antenna Design Intern (DOA)

Loft Orbital; Toulouse; Sur place; EUR 13 000 - 16 000; Plein temps

Avantages offerts par ce poste

Lunch vouchers

Sustainable mobility package

International environment

Mentoring program

Résumé du poste

Loft Orbital's RF team designs and integrates antennas across frequency bands for satellite platforms, from VHF to X-band. This 6-month end-of-studies internship in Toulouse offers hands-on work with CST/HFSS, Python/MATLAB, and collaboration with senior engineers to develop X-band antenna arrays for future missions.

You will conduct technology watches, perform simulations, write reports, and contribute to integration on Loft Orbital’s satellite platforms, while learning RF design in a genuinely

Qualifications

• Fluent English communication skills.
• Pursuing a masters in electrical engineering with emphasis on antenna/RF design.
• Experience with CST/HFSS/ADS or similar EM tools.
• Interest in space industry and RF design fundamentals.

Responsabilités

• Conduct technology watch and market survey on X-band antennas (9–12 GHz).
• Design and synthesize antenna structures using CST/HFSS.
• Collaborate with RF, mechanical, and systems teams to develop X-band arrays.
• Assist integration of antennas on Loft Orbital satellite platforms.
• Write technical reports and share findings with the team.

Connaissances

Fluent English

Python

MATLAB

Team collaboration

Scientific programming

Formation

Pursuing a master's level degree in electrical engineering with an emphasis on antenna and RF design

Outils

CST

HFSS

ADS

Description du poste

Loft Orbital's RF team designs and integrates antennas across frequency bands for satellite platforms, from VHF to X-band. This 6-month end-of-studies internship in Toulouse offers hands-on work with CST/HFSS, Python/MATLAB, and collaboration with senior engineers to develop X-band antenna arrays for future missions.

You will conduct technology watches, perform simulations, write reports, and contribute to integration on Loft Orbital’s satellite platforms, while learning RF design in a genuinely