If you know which topic you would like to choose or which field you are interested in, you must contact a lecturer from the Faculty who you would like to work with as your supervisor. Once you agree on a topic with your supervisor, you have to negotiate its details with him/her. Please note that if your chosen supervisor accepts your topic, you must register for Thesis I (MK3THE1R05HX17-EN) course at the beginning of the semester via the NEPTUN system.
Dr. József Menyhárt's topics (these topics are suggestions and flexible for modification following your ideas):
- Diagnostics of aircraft engines and bearings
- Sustainability of electric engines and batteries in aircrafts
- Maintenance of Aircrafts
- Safety in aviation
- Sustainable energy in aviation
- Ethics of using UAVs
Dr. Zsolt Tiba's topics:
-
Kinematic analysis of Torsen differentials and its application
-
Modeling and analysis of a variable geometry turbocharger
-
Modeling and kinematic analysis of multilink independent wheel suspension)
-
Construction analysis of various vehicle wheel bearing solutions and advantages and disadvantages of their application
-
Construction and application of one-, two- and three-stages manual transmissions and its applications
-
Presentation of the technology and the applied machining processes of ..... type ICE' overhaul with its dimensional inspection procedures
-
Kinematic analysis of automatic transmissions constructed from different type of planetary gears
-
Evaluation of Repair Techniques for Sheet Metal and Composite Structures in Airline Operations
Vehicle Engineering_Aircraft specialization
-
Analyse the (.....) retractable landing gear linkage mechanisc and its haydraulic system
-
Describe the (.....) wheel and the applied brake construction with its hydraulic and control system
-
The (.....) aircraft pneumatic and its hot and cold air system
-
Anti-icing and de-icing solution of (.....) aircraft
-
Piston engine (.....) ignition system and carburettor, providing a proper combustion
-
Piston engine's (.....) performance and power augmentation solution
-
Control of the (....) aircraft constant speed propeller
-
Non-Destructive Testing (NDT) Effectiveness in Detecting (Boeing 737) Fuselage Cracks
-
Non destructive Testing of Landing gears of Boeing 737 aircrafts
PhD. st. Timotei Erdei's topics: Academic (scientific) approaches to aviation:
- Analysis of Air Traffic Management Systems
- Optimization of Aircraft Maintenance and Repair Process
- Evaluation of Aircraft Stability and Maneuverability
- Study of Aircraft Flight Safety Mechanisms
- Investigation into the Accuracy of Weather Forecasts for Aircraft
- Evaluation of Pilot Strategies for Dealing with Stressful Situations
- The Challenges and Opportunities of Sustainable Aviation
- Study on the Economic Efficiency of Flight Operations
- Analysis of Airport Development Strategies
- Development of Autonomous Drone Navigation and Control Systems
- Evaluation of the Performance of Drone Navigation Algorithms
- Reduction of Drone Noise Emissions
- Exploring the Potential of Drones for Flight Instruction
- Development and Implementation of Flight Simulators for Education
- Engineering and navigation of Quadcopter in 3D virtual space (Swarm Robotics)
- Design Cyber-Physical space to test and train aircraft units
Dr. Géza Husi's topics: Academic (scientific) approaches to aviation:
· The Role of Artificial Intelligence and Expert Systems in Enhancing Aviation Safety
The impact of AI-based decision support systems and predictive maintenance on aircraft operational safety.
- Automated Emergency Decision Support for PilotsApplication of expert systems and AI-based assistant systems in handling unexpected emergencies.
- AI-Based Analysis of Flight Data Logs and Anomaly DetectionUtilizing machine learning methods to analyze flight data and improve aviation safety.
- Augmented Reality (AR) and Artificial Intelligence in Pilot TrainingDevelopment of virtual and augmented reality-based training systems for pilots.
- Optimization of Drone and Unmanned Aerial Vehicle (UAV) Flight Control Using AIApplication of artificial intelligence in managing drone fleets and integrating them into air traffic.
- Sustainable Aviation Technologies and AI-Based Fuel OptimizationUtilizing artificial intelligence to optimize flight routes and fuel consumption.
- AI-Based Air Traffic Control and the Future of Airport SystemsThe role of machine learning and expert systems in improving air traffic control and airport operations.
Ph.D. st. József Kertész's topics:
- Advanced porous lightweight materials application in aircraft
- Crashworthiness behavior of fuselage section of aircraft using FEA
- Crashworthiness safety of small aircraft
Zoltán Telepóczki's topics:
-
Aerodynamics and structural analysis
Effect of different rotor shapes and propeller geometries on efficiency and their aerodynamic optimization
Comparative analysis of aircraft wing profiles
Non-traditional wing and control plane configurations
Role of composite materials in modern aerospace industry
-
Powerplants and energy efficiency
Opportunities and challenges of electric/hybrid powered aircraft
Comparison of turbofan and jet engines in terms of efficiency
Impact of alternative aviation fuels on engine performance
-
Safety and flight systems
Impact of bird strikes on aircraft structures and prevention options
Problems and solutions in congested airspace
Aircraft maintenance strategies
-
Space technology and advanced aircraft
Development, material technology and aerodynamic challenges of hyper-fast aircraft
Comparative analysis of aircraft and rocket engines