GX Satellite Resource Engineer — Optimize Global Beams

Viasat, Inc.; Greater London; On-site; GBP 70,000 - 90,000; Full time

Job summary

Viasat is seeking a full-time Satellite Resources Engineer to configure and operate GX planning tools, monitor network resource usage, and optimise satellite configurations.

You will oversee frequency planning, coordinate with cross-functional teams, and provide on-call support as needed. A strong RF background and VSAT experience are essential, with familiarity of iDirect and Gilat systems highly desirable.

Qualifications

• Engineering degree in Mobile Communications/Telematics preferred.
• Strong background in RF, link budget and modulation theory.
• Experience with VSAT systems (iDirect and Gilat) advantageous.
• Ability to analyse traffic, performance and capacity requirements.

Responsibilities

• Configure GX Planning Software to monitor network resource usage and commitments.
• Prepare satellite configurations and frequency planning changes to meet traffic demand and support GX services.
• Automate generation of traffic reports to monitor GX traffic and satellite loading.
• Coordinate with NOC, RAN Operations, Satellite Control Centre, and Lease Operations teams on configurations.
• Provide on-call support outside of normal hours.

Skills

RF theory

Modulation knowledge

VSAT systems

iDirect/Gilat experience

Frequency planning

Analytical skills

Communications engineering

MS Office / Windows/Linux

Education

Engineering Degree in Mobile Communications

Master's degree in Communications Engineering

Tools

GX Planning Software

Frequency planning tools

iDirect tools

Job description

Viasat is seeking a full-time Satellite Resources Engineer to configure and operate GX planning tools, monitor network resource usage, and optimise satellite configurations.

You will oversee frequency planning, coordinate with cross-functional teams, and provide on-call support as needed. A strong RF background and VSAT experience are essential, with familiarity of iDirect and Gilat systems highly desirable.