Awarded academic degree: Bachelor of Engineering in Mechanical Engineering
Complete study program volume CP (ECTS): 240
Possible forms of education and study languages:
- Full-time – 4 years (English, Latvian)
Enrolment requirements: a document of secondary education (general or special)
“Aviation is a symphony of wings and engines, orchestrating humanity’s daring journey among the clouds.”
Director of the Programme
are ready to gain understanding of basics of engineering sciences and to attain necessary knowledge and experience for work as an aviation specialist in various areas of this business: in maintenance and repair of aircraft mechanical systems, engines, electronical and communication systems and equipment, as well as related to design and experimental research in aviation
as aviation mechanical engineers or avionics engineers, who are able to control the operation of aircraft systems and structural elements and to organize maintenance of them, and to identify aircraft safety-related problems
- ability to pass the EASA Part-66 qualification examinations, which increases students’ job selection opportunities after graduation,
- knowledge to participate in the development and improvement of aviation technology as well as its testing,
- opportunity to continue studies in master’s programs both in Latvia and abroad, including in professional master’s program “Aviation Management” offered by TTI
About the Programme
Aviation Engineering bachelor’s degree programme is one of the most popular study programmes globally since the constantly developing aviation industry is in demand for professional technical staff. Study programme is implemented by TSI in close cooperation with leading Latvian and International airline enterprises. Lectures and workshops are held by exceptional professionals with practical experience in the aviation industry. Programme focuses on the principles of aerospace engineering with a specific emphasis on maintenance and design. During studies, you get to learn about aerodynamics, propulsion systems, avionics, maintenance of aircraft, ground handling, materials and hardware, and structures relevant to aircraft. Furthermore, students will deal with specific CAMO subjects such as aircraft maintenance planning and Safety Management Compliance Monitoring System. The programme combines theoretical knowledge with hands-on experience, including practical aspects of aircraft testing, and maintenance. Graduates are equipped to work in various roles within the aviation industry, such as aircraft design, maintenance organisations, or aerospace research and development centres. Students can be qualified by TSI APAC, which is an EASA approved Part-147 training centre in selected categories: A1 (Aircraft Licensed Technician), B1 (Aircraft License Engineer), B2 (Aircraft License Engineer). Acquiring in-depth knowledge and expertise, students can begin their professional activities during their studies or right after graduation. Students have the opportunity to continue their education in aviation by choosing a professional master’s program of Aviation Management.
Tuition Fee
| Full time | Part time | Distance learning | |
|---|---|---|---|
| Duration | 4 years | ||
| Tuition fee EUR/year | 3500 EUR | ||
| Tuition fee for applicants from 🇱🇻 🇱🇹 🇪🇪 🇺🇦 🇪🇺 and EEA, EUR/year | 2900 EUR |
Structure of the programme
Block A – Mandatory Courses
| Title | CP (ECTS) |
|---|---|
| Probability Theory and Mathematical Statistics | 6 |
| Materials Engineering | 6 |
| Higher Mathematics | 12 |
| Technical Mechanics | 6 |
| Aviation English | 6 |
| Physics | 9 |
| Technical Drawing | 6 |
| Electrical Engineering | 9 |
| Aviation Legislation | 6 |
| Human Factors | 3 |
| Labour Safety, Civil Defence and Environment Protection | 3 |
| Training Practice | 6 |
| Operational practice I | 3 |
| Operational practice II | 6 |
| Bachelor’s Thesis and its Defence | 15 |
Block B – Specialization Courses
| Title | CP (ECTS) |
|---|---|
| Aircraft Maintenance Planning | 6 |
| Digital equipment and electronic systems | 6 |
| Aicraft Design and Strength | 9 |
| Aircraft Engine Design and Control Systems | 12 |
| Engineering Modelling and Simulation | 6 |
| Complience Monitoring System | 6 |
| Electronics | 6 |
| Aircraft avionics systems | 9 |
| Introduction to speciality and academic skills | 6 |
| Reliability Engineering | 6 |
| Emerging technologies in aviation Engineering | 6 |
| Aerodynamics and Flight Dynamics | 6 |
| Aircraft Liquid-Gas Systems | 9 |
| Provision of the Technical Maintenance of Aircrafts | 9 |
| Modeling of mechanical systems | 6 |
| Foreign Language | 3 |
| Remotely Piloted Aircraft Systems | 3 |
| Piston Engine | 3 |
| Flight Management | 3 |
| Basics of aviation business | 3 |
| Non-destructive testing methods of aircraft structures | 3 |
| Latvian for Foreign Students | 3 |
| Propeller and its Control Systems | 3 |
Block C – Elective Courses
| Title | CP (ECTS) |
|---|---|
| Subject of Free Choice | 9 |
Study programme is supported by:
Alumni testimonials
