Aeronautical Engineering
Aeronautical Engineering is a Bachelor’s program at Technical University of Sofia designed for students who want a strong foundation in aircraft engineering and aviation technology. You’ll study the core principles behind how aircraft fly, how they are built, and how systems work together preparing for entry roles in aviation and a strong master’s pathway later.
This bachelor’s program builds the technical base needed for aeronautical engineering work. You start with essential engineering and physics foundations, then progress into aircraft-focused subjects that develop your understanding of aerodynamics, structures, propulsion fundamentals, and flight mechanics. The program is practical and structured training you to think like an engineer, solve technical problems using data and models, and work with systems where safety and reliability matter. It’s a strong option if you want a technical degree connected to aviation and high-precision engineering fields.
Why Students Choose Aeronautical Engineering
Aeronautical Engineering at Technical University of Sofia
Choose Where to Study Aeronautical Engineering
Available in Sofia • Technical University Sofia
Quick Comparison (What Usually Matters Most)
This program is offered in Sofia and suits students who enjoy physics-based problem-solving and technical design thinking. Students usually choose it if they want an aviation-focused engineering degree with strong fundamentals, a structured learning path, and the option to specialize further through a master’s program after graduation.
- Duration: 4 Years (8 Semesters)
- Degree Type: Bachelor’s Degree
- Practical Focus: Labs, technical exercises, and applied engineering projects over the program
What You’ll Study
Engineering Fundamentals
- Mathematics, physics, and core engineering knowledge that supports aviation study.
Aerodynamics Basics
- Lift/drag concepts and airflow principles that explain aircraft performance.
Flight Mechanics
- Motion, stability fundamentals, and how aircraft control and performance are analyzed.
Structures & Materials
- Structural strength thinking and materials basics used in aircraft components.
Propulsion & Systems
- Propulsion fundamentals and an introduction to aircraft systems integration.
