Aerospace Engineering VILNIUS TECH

Overview

Driven by engineering curiosity and the freedom to create, this  Aerospace Engineering programme is like a two-year innovation sprint — a research-based hackathon where you design and build real prototypes that define the future of flight.

Students work alongside experts and researchers to develop high-impact projects in one of four key fields: 

• Drones (UAVs) 

Unmanned Aerial Vehicles already play crucial roles in agriculture, monitoring, inspection, and logistics — yet their full potential is still emerging. Students explore automation, aerodynamics, payload design, propulsion systems, and reliability, developing next-generation UAVs tailored to specific business or societal needs. 

• Nanosatellites 

Small satellite technology is revolutionising access to space. Today, over half of all nanosatellites serve commercial purposes, and their share continues to grow. Students examine the mechanical, electronic, and informational systems of nanosatellites, tackling real-world challenges in design, production, and system integration for Earth observation and telecommunications. 

• 3D-Printed Aeronautical Systems 

Additive manufacturing is reshaping how aircraft and components are made. 3D printing allows faster, lighter, and more cost-efficient production — cutting both manufacturing time and fuel consumption. Students explore design optimisation, materials testing, and production of 3D-printed components, gaining hands-on experience in one of aviation’s most transformative technologies. 

• Military Aeronautics Innovations 

The defense sector often pioneers breakthroughs later adopted by civilian industries — drones being a prime example. Students collaborate with defense specialists to address public safety and military challenges, design and test research-based solutions, and contribute to the next generation of aeronautical innovation. 

What are my career opportunities?

Graduates are prepared for diverse and ambitious careers, including:

• Founding a startup based on their prototype or research
• Working in aviation, aerospace, or defence industries
• Applying drone-based and satellite innovations in energy, agriculture, logistics, and public security sectors
• Designing aircraft, spacecraft, or aeronautical systems
• Pursuing advanced scientific research or doctoral studies.