🏗️Engineering & Architecture
Power Engineer
Keeps electricity generated and delivered
Designs and maintains power plants, grids and equipment that supply electricity to cities and factories.
What they do
- ▹Monitors the operation of generators, transformers and substations
- ▹Carries out scheduled inspections and repairs of power equipment
- ▹Responds on site to fix emergency power outages
- ▹Keeps records of load and energy consumption
Skills you need
- ▹Electrical engineering and knowledge of grid schematics
- ▹Working with high-voltage equipment
- ▹Fast response in emergencies
- ▹Strict adherence to safety procedures
- ▹Shift-based duty rotations
Focus on these subjects at school
PhysicsMathematics
Where they work
- ▹Barqi Tojik and its regional divisions
- ▹Hydro and thermal power plants (e.g. Nurek, Rogun, Sangtuda)
- ▹City and district power distribution networks
- ▹Energy departments of industrial plants
- ▹Power engineering design institutes
Pros
- + Power is always needed — the work doesn't depend on economic cycles
- + In demand at hydropower plants, thermal plants and grids nationwide
Challenges
- − Working with high voltage carries real physical risk
- − Night shifts and emergency call-outs
Programs that lead to this profession
Open a program to see every university that teaches it, seats and tuition.
🔬Sciences and Engineering
Electric Power Systems and Networks
🏛 2 universities🎟 35 seats
🔬Sciences and Engineering
Industrial Thermal Power Engineering
🏛 1 university🎟 20 seats
🔬Sciences and Engineering
Power Supply (by sector)
🏛 4 universities🎟 236 seats
🔬Sciences and Engineering
Power Supply for Industrial Enterprises
🏛 1 university🎟 95 seats
🔬Sciences and Engineering
Power Supply for Agro-Industrial Enterprises
🏛 1 university🎟 18 seats