Conquer the skies.
Change the world.
Become a leading specialist with the new “Unmanned Systems Engineering” program
You will learn about:
- the principles of operation and manufacturing of unmanned aerial vehicles
- technological processes: from design to development
- the operation of unmanned systems
- the integration of innovative solutions in various fields
- preparation for the challenges of the future technology market
One-click access to the educational platform
Program modules
1.1. Foreign Language
1.2. Ukrainian Identity: History, Culture, Language
1.3. Further Mathematics
1.4. Physics (Mechanics, Electricity)
1.5. Chemistry (Corrosion protection, Protective Coatings)
1.6. Descriptive Geometry and Engineering Graphics
1.7. Theoretical Mechanics
1.8. Theory of Mechanisms and Machines
1.9. Electrical Engineering and Electric Drives
1.10. Hydraulics and hydropneumatic actuators
1.11. Fundamentals of Occupational Safety and Health
1.12. Economics and Enterprise Management
2.1. Unmanned Systems Equipment
2.2. Materials Science
2.3. Material Resistance
2.4. Interchangeability, Technical Measurements, Fundamentals of Metrology
2.5. Thermodynamics and Heat Transfer
2.6. Machine components (+ coursework project)
2.7. Structural Mechanics
2.8. Power Units and Their Components in Unmanned Systems
2.9. Strength Calculation of Structures
2.10. Fundamentals of Aerodynamics and Motion Dynamics of Unmanned Systems
2.11. Design and Engineering of Unmanned Systems
2.12. Unmanned Systems Production Technology
2.13. Maintenance of Unmanned Systems of Different Types
2.14. Industrial Internship
2.15. Pre-diploma Internship
2.16. Bachelor’s Thesis
2.17. Defence of a Bachelor’s Thesis
Block 1
3.1. Designing Automatic Control Systems for Unmanned Vehicles
3.2. Fundamentals of Unmanned Systems Programming
3.3. Design of Power Units and Systems for Unmanned Vehicles
3.4. Modern Technologies for Manufacturing Unmanned Systems Components and Assemblies (+ coursework project)
3.5. Logistics
3.6. Diagnostics of Unmanned Systems Components and Quality Control
3.7. Unmanned Systems Reliability and Resilience
Block 2
3.8. Electrical Equipment for Unmanned Systems
3.9. ВБ2.2. IoT Components for Various Types of Unmanned Systems
3.10. Technologies for Maintaining, Repairing, and Refurbishing Components and Assemblies of Various Types of Unmanned Systems
3.11. Control and Configuration Systems for Unmanned Systems Controllers (+ coursework project)
3.12. Unmanned Systems Hardware
3.13. Operational Complexes Powered by Unmanned Systems
3.14. Control of Various Types of Unmanned Systems
Speakers
Project developers
Rector of Alfred Nobel University
