Mechanical Engineering
Mechanical Engineering is a Bachelor’s program at Technical University of Sofia designed for students who want a strong foundation in how machines and mechanical systems are designed and built. You’ll study engineering fundamentals, mechanical design, materials, and manufacturing basics preparing for entry roles in industry and a solid master’s pathway later.
This bachelor’s program builds the core technical base needed for mechanical engineering work. You start with mathematics, physics, and engineering fundamentals, then progress into subjects that teach you how mechanical components and systems are designed, analyzed, and produced. The focus is practical and structured: developing problem-solving skills, understanding how design choices affect performance and reliability, and learning how manufacturing processes connect to real products. It’s a strong option if you want an engineering degree with broad career flexibility across many industries.
Why Students Choose Mechanical Engineering
Mechanical Engineering at Technical University of Sofia
Choose Where to Study Mechanical Engineering
Available in Sofia • Technical University Sofia
Quick Comparison (What Usually Matters Most)
This program is offered in Sofia and suits students who enjoy technical problem-solving and building real products. Students usually choose it for the broad foundation because it can lead to many directions like design, manufacturing, maintenance, and industrial engineering. Your decision is often about whether you like physics-based subjects, how comfortable you are with math, and whether you want the capital-city advantage for internships and job access.
- 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
- Core math, physics, and engineering knowledge that supports mechanical study.
Mechanical Design
- Design principles, technical drawing basics, and engineering problem-solving.
Mechanics & Strength
- How forces affect components and how strength and reliability are evaluated.
Materials & Processes
- Materials basics and the manufacturing processes used to create components.
Industry Practice
- Applied labs and projects that build real engineering skills and teamwork.
