Graduate Telecoms Engineer
Telecoms fundamentals, structured fault finding, safe site work and explaining engineering decisions clearly.
Telecoms fundamentals, structured fault finding, safe site work and explaining engineering decisions clearly.
Optical link design, OTDR interpretation, loss troubleshooting, fibre acceptance and safe field restoration.
Engineering fundamentals, safe practical work, basic network diagnosis and learning from supervised telecoms tasks.
Fibre route strategy, demand and capacity planning, resilient topology, build economics and plan-to-build governance.
Broadcast systems, signal paths, fault diagnosis, transmission resilience and safe technical support for live output.
Signal flow, safe equipment checks, basic audio and video troubleshooting, networking and clear incident notes.
Broadcast signal chains, IP and baseband systems, fault diagnosis, resilience, maintenance and safe technical change.
Microwave link design, path analysis, interference control, commissioning and resilient fault resolution.
Microwave link design, line-of-sight checks, link availability, commissioning tests and fault isolation.
Transport capacity strategy, resilient route design, investment planning and delivery across fibre and microwave networks.
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