Kyrgyz National Technical University

Associate of Science in Mechanical Engineering

Associate of Science in Mechanical Engineering provides foundational associate-level preparation in Mechanical Engineering. This field focuses on mechanical systems, manufacturing processes, and equipment applications, developing mechanical design, process understanding, and engineering practice.

Associate of Science in Mechanical Engineering

Associate of Science in Mechanical Engineering

Associate of Science in Mechanical Engineering provides foundational associate-level preparation in Mechanical Engineering. This field focuses on mechanical systems, manufacturing processes, and equipment applications, developing mechanical design, process understanding, and engineering practice.

LevelAssociate Degree (2 Years)
Program FieldMechanical Engineering
Award TitleAssociate of Science in Mechanical 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 focuses on mechanical systems, manufacturing processes, and equipment applications, developing mechanical design, process understanding, and engineering practice.

Mechanical Design Foundations

Study engineering drawing, mechanisms, machine design, mechanics of materials, and component analysis.

Manufacturing and Processes

Understand manufacturing technologies, processing methods, process flows, quality inspection, and production organization.

Mechatronic Systems

Develop basic knowledge of mechanical-electrical transmission, control foundations, equipment operation, and maintenance.

Engineering Practice

Use design tasks and laboratory work to analyze and improve mechanical systems.

Learning Objectives

Master mechanical engineering foundations and design methods.
Analyze mechanical structures, manufacturing processes, and equipment operation issues.
Develop practice-oriented capability for manufacturing and engineering applications.

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

Mechanical design and drafting
Manufacturing process and equipment application
Engineering experimentation and problem diagnosis