electrical engineer (EN)
ISCO 2151 · v1.2.1
Electrical engineers design and develop electrical systems, electrical equipment, components, motors, and equipment with the feature of energy transmission. They engage in large scale projects such as the design and maintenance of power stations, and the distribution of power to smaller applications such as household appliances.
Classification skills are not a measurement of your proficiency or future displaced hours.
Source aliases (EN)
- electrical engineering practitioner
- electrical systems engineer
- electrical engineering adviser
- electrical equipment engineer
- electrical engineering consultant
- electrical technology engineering expert
- electrical technology engineer
- mine electrification electrical engineer
- electrical engineering specialist
- automotive electrical engineer
- electricity engineer
- electric engineer
- electrical engineering expert
- electrical technology engineering consultant
- battery electrical engineer
- electrical technology engineering adviser
- engineer in electrical design
- stationary applications electrical engineer
- electrical design engineer
- senior electrical engineer
- engineer in electrical systems
- advanced electrical engineer
- electrical technology engineering specialist
- practitioner of electrical engineering
Skills and knowledge
Essential (EN) · 42
- interpret circuit diagrams
- design electrical systems
- automotive engineering
- sustainable technologies
- battery management systems
- electricity principles
- engineering principles
- maintain electrical engines
- electrical equipment regulations
- ensure safety in electrical power operations
- electromechanics
- electric motors
- design drawings
- electrical engineering
- adjust engineering designs
- design smart grids
- perform scientific research
- model electromagnetic products
- use technical drawing software
- electrical instrumentation engineering
- design circuit boards
- assemble electromechanical systems
- smart grids systems
- artificial lighting systems
- design electric power systems
- electric drives
- abide by regulations on banned materials
- design electromechanical systems
- electricity
- electrical testing methods
- electric generators
- define technical requirements
- power engineering
- computer technology
- electrical equipment components
- robotics
- perform smart grid feasibility study
- electrical wiring diagrams
- integrated design
- automation technology
- approve engineering design
- perform energy simulations
Optional (EN) · 66
- battery design
- Visual Basic
- instrumentation equipment
- monitor machine operations
- create electrical wiring diagram
- CAM software
- align software with system architectures
- perform data analysis
- integrated circuits
- electric heating systems
- precision mechanics
- engineering control theory
- assemble hardware components
- electromagnetism
- mathematics
- PHP
- Assembly (computer programming)
- microelectronics
- hardware components
- test electromechanical systems
- combined heat and power generation
- R
- biotechnology
- hardware materials
- physics
- ensure equipment availability
- test sensors
- environmental legislation
- design an electric heating system
- model electromechanical systems
- test microelectronics
- analyse test data
- design electromagnets
- electronics
- Objective-C
- use CAE software
- mini wind power generation
- hybrid control systems
- perform a feasibility study on combined heat and power
- nanotechnology
- use precision tools
- domestic cooling systems
- design prototypes
- model hardware
- select sustainable technologies in design
- install operating system
- electromagnets
- electromagnetic spectrum
- manage system testing
- program firmware
- electrical wiring plans
- operate precision machinery
- VBScript
- design a mini wind power system
- product data management
- optoelectronics
- microsensors
- prepare production prototypes
- assess financial viability
- process customer orders
- instruct on energy saving technologies
- mechanics
- electrical machines
- analyse production processes for improvement
- design user interface
- design sensors
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