Unmanned Systems Engineering

The Bachelor’s degree program in Unmanned Systems Engineering at Alfred Nobel University is designed to prepare students for careers in the rapidly growing field of unmanned systems. The program covers a wide range of topics, including the design, manufacturing, operation, and maintenance of unmanned systems. Students will gain hands-on experience through laboratory work, internships, and a capstone project.

Admission requirements:

Complete general secondary education
Pass the external independent evaluation in Ukrainian language and literature, mathematics, physics or chemistry (depending on the chosen field of study)
Program structure:

The program consists of two cycles:

General training cycle (2 years)This cycle provides students with a foundation in mathematics, physics, chemistry, engineering graphics, and other general education subjects.
Professional training cycle (3 years)This cycle focuses on specialized subjects related to unmanned systems engineering, such as unmanned systems equipment, materials science, structural mechanics, power units, and unmanned systems production technology.
Specializations:

The program offers two specializations:

Design and Manufacturing of Unmanned Systems. This specialization focuses on the design, manufacturing, and testing of unmanned systems.
Operation of Unmanned Systems with IoT Integration. This specialization focuses on the operation and maintenance of unmanned systems, as well as the integration of IoT technologies.
Career opportunities:

Graduates of the program will be prepared for careers in a variety of industries, including:

Aerospace
Defence
Agriculture
Infrastructure inspection
Environmental monitoring
Search and rescue
Key features of the program:

Strong focus on hands-on learning
Experienced faculty with industry experience
Modern facilities and equipment
Opportunities for internships and research
International partnerships
How to apply:

To apply to the program, you can visit the university’s website or contact the admissions office.

Additional information:

The program is taught in English and Ukrainian.
The duration of the program is 4 years.
The degree awarded upon completion of the program is Bachelor of Science in Unmanned Systems Engineering.
Here are some of the courses that you will take in the program:

Foreign Language
Ukrainian Identity: History, Culture, Language
Further Mathematics
Physics (Mechanics, Electricity)
Chemistry (Corrosion protection, Protective Coatings)
Descriptive Geometry and Engineering Graphics
Theoretical Mechanics
Theory of Mechanisms and Machines
Electrical Engineering and Electric Drives
Hydraulics and hydropneumatics actuators
Fundamentals of Occupational Safety and Health
Economics and Enterprise Management
Unmanned Systems Equipment
Materials Science
Material Resistance
Interchangeability, Technical Measurements, Fundamentals of Metrology
Thermodynamics and Heat Transfer
Machine components (+ coursework project)
Structural Mechanics
Power Units and Their Components in Unmanned Systems
Strength Calculation of Structures
Fundamentals of Aerodynamics and Motion Dynamics of Unmanned Systems
Design and Engineering of Unmanned Systems
Unmanned Systems Production Technology
Maintenance of Unmanned Systems of Different Types
Industrial Internship
Pre-diploma Internship
Bachelor’s Thesis
Defence of a Bachelor’s Thesis
Elective courses:

Designing Automatic Control Systems for Unmanned Vehicles
Fundamentals of Unmanned Systems Programming
Design of Power Units and Systems for Unmanned Vehicles
Modern Technologies for Manufacturing Unmanned Systems Components and Assemblies (+ coursework project)
Logistics
Diagnostics of Unmanned Systems Components and Quality Control
Unmanned Systems Reliability and Resilience
Electrical Equipment for Unmanned Systems
IoT Components for Various Types of Unmanned Systems
Technologies of Repair and Restoration of Details and Units of Unmanned Systems
Technologies of Service and Repair of Constructions of Unmanned Systems
Control of Unmanned Systems of Various Destinations
Operation and Maintenance of Complexes Based on Unmanned Systems