Telecoms Planner

Telecoms Planner Droitwich, England

BDS Global
Full Time Droitwich, England 30000 - 45000 GBP ANNUAL Today
Job description

Due to continued expansion, BDS is looking to supplement its existing in-house team of telecoms planning professionals with a team of Network Planners.

Successful candidates will ideally have previous experience of planning FttP networks, knowledge of using CAD/GIS systems and a working understanding of PIA. A history of planning on the Virgin Media network would be advantageous.

After an initial office-based training period, the role can either continue as office-based or can be transferred to remote working.

Job Type: Full-time

Salary: £30,000.00-£45,000.00 per year

Benefits:

  • Company pension
  • Work from home

Schedule:

  • 8 hour shift

Work Location: Hybrid remote in Droitwich Spa, WR9 9AJ

Telecoms Planner
BDS Global

Related Jobs

All Related Listed jobs

Executive Assistant
Turner & Townsend London, England 44414 - 51491 GBP ANNUAL Today

Experience in complex diary management, liaising with clients and dealing with confidential material. Dealing with incoming communication, correspondence on

Timesheet Administrator
Worley Aberdeen, Scotland 36853 - 37696 GBP ANNUAL Today

Your skills and expertise will be utilised across a range of domestic projects, to ensure accurate input timesheet information for offshore personnel as well as

field service engineer
AECOM Cleveland, OH 84524 - 63601 USD ANNUAL Today

Company Description


At AECOM, we’re delivering a better world.

We believe infrastructure creates opportunity for...

Healthcare Specialist
Boots Birmingham, England Today

Building strong relationships with their customers and local community. As a Healthcare Sales Assistant, your role will be to deliver excellent complete care,

Executive Support Administrator (Leeds)
PwC Leeds, England 32009 - 33422 GBP ANNUAL Today

Project coordination - attend project meetings (as requested) to understand requirements, delivery timescales, supporting actions and regular interaction with