Kyrgyz National Technical University

Associate of Science in Electrical Engineering

Associate of Science in Electrical Engineering provides foundational associate-level preparation in Electrical Engineering. This field covers electric energy conversion, power distribution, electrical equipment, and control system applications, developing foundations and practice in electrical engineering.

Associate of Science in Electrical Engineering

Associate of Science in Electrical Engineering

Associate of Science in Electrical Engineering provides foundational associate-level preparation in Electrical Engineering. This field covers electric energy conversion, power distribution, electrical equipment, and control system applications, developing foundations and practice in electrical engineering.

LevelAssociate Degree (2 Years)
Program FieldElectrical Engineering
Award TitleAssociate of Science in Electrical Engineering

Program Positioning

The associate program builds entry-level higher-education foundations, practical awareness, and learning ability for further study or junior professional work. This field covers electric energy conversion, power distribution, electrical equipment, and control system applications, developing foundations and practice in electrical engineering.

Circuits and Machines

Study circuit analysis, electric machines, electromagnetic foundations, and principles of electrical equipment.

Power Systems

Understand generation, transmission, distribution, relay protection, and basic power system operation.

Control and Automation

Develop foundations in control theory, measurement technology, automation systems, and engineering applications.

Electrical Design Practice

Practice reading electrical drawings, selecting equipment, commissioning systems, and applying safety standards.

Learning Objectives

Build electrical engineering theory and safety awareness.
Analyze problems in power, machines, and control systems.
Participate in electrical engineering design, operation, and maintenance.

Study and Completion Requirements

  1. Complete foundational major courses, general education courses, and introductory practical training.
  2. Master common concepts, basic tools, and standard forms of expression in the field.
  3. Meet the foundation required for bachelor's-level study or entry-level professional work.

Learning Outcomes

Circuit and electrical system analysis
Power and control engineering application
Electrical safety and engineering standards awareness