Kyrgyz National Technical University

Bachelor of Science in Software Engineering

Bachelor of Science in Software Engineering provides systematic undergraduate preparation in Software Engineering. This field covers the full software system life cycle, developing capability in requirements analysis, architecture design, development, testing, and project delivery.

Bachelor of Science in Software Engineering

Bachelor of Science in Software Engineering

Bachelor of Science in Software Engineering provides systematic undergraduate preparation in Software Engineering. This field covers the full software system life cycle, developing capability in requirements analysis, architecture design, development, testing, and project delivery.

LevelBachelor's Degree (4 Years)
Program FieldSoftware Engineering
Award TitleBachelor of Science in Software Engineering

Program Positioning

The bachelor's program provides full undergraduate preparation with emphasis on professional theory, laboratory practice, integrated design, and standard communication. This field covers the full software system life cycle, developing capability in requirements analysis, architecture design, development, testing, and project delivery.

Requirements and Design

Study requirements elicitation, system modeling, architecture design, interface design, and user experience foundations.

Development and Testing

Practice coding standards, version control, unit testing, integration testing, and quality assurance methods.

Databases and Back End

Develop foundations in database design, server-side development, API design, and system deployment.

Project Management

Understand iterative development, team collaboration, technical documentation, risk management, and delivery workflows.

Learning Objectives

Master software engineering methods and system development processes.
Design, implement, and test software in team settings.
Deliver maintainable software systems for real requirements.

Study and Completion Requirements

  1. Complete general education, major core courses, electives, and practical learning components.
  2. Develop applied capability through course design, laboratory work, case analysis, or engineering projects.
  3. Complete a capstone design, thesis, or equivalent integrated academic and practical outcome.

Learning Outcomes

Software design and development
Testing, verification, and quality management
Project collaboration and engineering delivery