Modulbeschreibung

Logo der Hochschule Bremen
Titel
Title 		Flugbetriebstechnik
Modulcode
Module Code 		FBTE
Modulverantwortliche
Responsible Members of Staff
Kompetenzziele des Moduls
Module Competence Goals
To provide a solid basic knowledge about aircraft engineering, which builds up the theoretical proficiency needed to understand the various aircraft systems (Engines, hydraulic system, electrical system, instruments and avionics). A further objective of this module is to provide the basic knowledge on flight performance and flight planning.
Lehrinhalte
Content
* This module consists of content of the JAR-subjects “Aircraft General Knowledge”, “Principle of Flight” and “Flight Performance and Planning”. To achieve a closer combination of theoretical and practical training, lessons may also be given during the two practical semesters * Aircraft General Knowledge (JAR 020) - Piston engines: Principles, Cooling-, Fuel-, Ignition-System, Propeller - Turbine engines: Principles, Air inlet, compressor, combustion chamber and exhaust nozzle, Engine thrust and efficiency, Noise, Lubrication system, Fuel system, Starting and ignition system - Light aeroplanes: Classification, Flight controls, landing gear, heating system, etc., Aircraft structure - Transport category aeroplanes: Hydraulic system: Landing gear, Pneumatic system, Pressurization and air conditioning, Fuel system, Windows and doors, Fire protection - Instruments: Air data instruments, Gyro instruments, Compass systems, Engine and system monitoring - Electrical systems: DC-Systems, AC-Systems - Automatic flight control systems: Basics, Auto flight modes, Yaw damper, Auto throttle, Auto trim, Auto brake * Principles of Flight (JAR 080) - Basics of subsonic flow: Airfoil basic aerodynamics, Airplane stability, Stall and slow flight, High lift devices - Basics of supersonic flow: Supersonic flight, Transsonic aerodynamics, Flight at high speed and high altitude, Operating limitations * Flight Performance and Planning (JAR 030) - Mass and Balance for small aeroplanes: Mass definitions, General centre of gravity computations - Performance for light aeroplanes: Aviation regulations and aeroplane categories, Single engine, Multi engines - Mass and Balance for transport category aeroplanes: Definitions and limits, Calculations - Performance for transport category aeroplanes: Performance in different flight phases, Airworthiness requirements - VFR, IFR, LR flight planning: Route planning, Time and fuel planning, In-flight monitoring, Special cases of flight planning
Lehrende
Lecturers
Lehr- und Lernmethoden
Teaching Format 		Seminaristischer Unterricht (SU), Modulbezogene Übung (MÜ)
Lernform
Study Format 		Präsenzstudium, angeleitetes Selbststudium
Prüfungsform
Examination 		Klausur nach Prüfungsordnung
Prüfungsdauer
Test Duration 		120 Minuten
Voraussetzungen für die Teilnahme
Required Experience 		Siehe aktuelle Prüfungsordnung
Verwendbarkeit
Applicability 		Grundlage für etliche Folgemodule
Studentische Arbeitsbelastung
Hours 		60 + 120
Präsenzstudium
Contact Hours per week 		60
Selbststudium
Self Study Hours 		120
ECTS-Leistungspunkte
ECTS-Credits 		6
Häufigkeit des Angebotes
Frequency 		im 4., 5. und 8. Semester
Sprache
Language 		English
Bemerkungen
Comments 		A minimum of 2 written examinations in the 4th and 5th semester and a minimum of 1 written examination in the 8th semester.
Literatur
Literature 		Die aktuellen Literaturlisten werden zu Beginn des Semesters verteilt.
Angebot
Courses
SemesterStudiengangSWSFormGültigkeitsbeginnGültigkeitsendeWahlpflicht
4ILST_VF6Flugschule20042020Pflichtmodul
5ILST_VF6Flugschule20042020Pflichtmodul
8ILST_VF6Flugschule20042020Pflichtmodul