Telecommunications
Telecoms builds and operates the networks that carry voice and data — mobile, fibre and satellite — and the services layered on top.
Careers
18
Salary range
R210k – R940k
Demand
Steady, with growth in fibre rollout and network engineering.
Why this industry matters
Connectivity is now basic infrastructure for education, work and commerce.
Major career pathways
- Network engineer
- RF engineer
- Field technician
- Solutions architect
Career map
Study
- Electronic Engineering
- Telecommunications Engineering
- Computer Networks
Entry roles
- Network engineer
- RF engineer
- Field technician
Specialise
- Network engineering
- RF fundamentals
- Fibre systems
Lead
- Field technician
- Solutions architect
Typical employers & featured organisations
Mobile operators
Hires across telecommunications roles at graduate and experienced level.
ISPs
Hires across telecommunications roles at graduate and experienced level.
Tower companies
Hires across telecommunications roles at graduate and experienced level.
Equipment vendors
Hires across telecommunications roles at graduate and experienced level.
Qualifications & certifications
Required qualifications
- Electronic engineering degree or networking diploma
Professional certifications
- CCNA / CCNP
- Fibre optic technician
- 5G fundamentals
Skills that get you hired
Technical skills
- Network engineering
- RF fundamentals
- Fibre systems
- Troubleshooting
- Service management
Soft skills
- Communication
- Problem solving
- Teamwork
- Adaptability
- Time management
Salary progression
Entry level
R210k – R320k
Mid level
R350k – R600k
Senior level
R640k – R940k
Career progression timeline
Years 0–2
Learn the fundamentals in an entry role such as network engineer.
Years 2–5
Specialise. Depth in network engineering and rf fundamentals is what moves your salary.
Years 5–10
Lead projects or teams, or move into solutions architect.
Years 10+
Senior specialist, management or independent consulting — the pay bands diverge sharply here.
Future trends & emerging technology
- 5G standalone
- Fibre to the home
- LEO satellite broadband
- Network automation
How AI is changing this industry
Self-optimising networks reduce manual tuning and shift work toward design and assurance.
Where to study
University degrees
- Electronic Engineering
- Telecommunications Engineering
- Computer Networks
TVET & vocational
- Fibre splicing certificates
- Network technician programmes
Online learning
- Cisco Networking Academy
- 5G and network automation courses
Internships, apprenticeships & graduate programmes
- Graduate programmes at large employers
- Structured internships (3–12 months)
- Apprenticeships and learnerships
- Volunteer and community projects