course ata101 course ataturk’s principles and … · multi-party system, foreign policy in...
TRANSCRIPT
Department
Prerequisites/Requirements
for Admission -
Mode of delivery Lecture, Presentation, Demonstration
Course coordinator -
Course lecturer(s) Oğuz Uçar
Course assistant(s) -
Course description/aim Students will be able to understand , interpret and make analysis based on Atatürk
Principles and Revolutions
Course contents
Ottoman Empire during the early 20th
century, World War 1 and its results, The
Preparation Period of Independence War, Battles and Treaties During The
Independence War
Recommended optional
program components -
Compulsory Attendance Compulsory / Those students who do not attend the 30% of the lessons are
accepted as unsuccessful
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course; students will be able to:
1. explain concepts pertaining to Atatürk
principles and Revolution History
Lecture, Question and
Answer
Written exam, homework
2. interpret the democratization process of
Ottomon Empire.
Lecture, Question and
Answer, Discussion
Written exam, homework
3. interpret the effect of 1st and 2
nd constitutional
monarchy periods on Ottomon political life.
Lecture, Question and
Answer, Discussion
Written exam, homework
4. explain the effects of Industrial Revolution
and French Revolution on World War 1.
Lecture, Question and
Answer, Discussion
Written exam, homework
5. evaluate World War 1 and its results in terms
of Turkish and World History.
Lecture, Question and
Answer, Discussion
Written exam, homework
6. explain and interpret developments pertaining
to Mondros ceasefire agreement and its
following developments.
Lecture, Question and
Answer, Discussion
Written exam, homework
7. explain the aim and content of notices and
congresses during Independence War.
Lecture, Question and
Answer, Discussion
Written exam, homework
8. explain and interpret the decisions of National
Oath and the Last Ottoman Parliament
Lecture, Question and
Answer, Discussion
Written exam, homework
9. explain and interpret the opening of Turkish
Grand National Assembly and the precautions
Lecture, Question and
Answer, Discussion
Written exam, homework
Course
Code ATA101
Course
Name ATATURK’S PRINCIPLES AND REVOLUTION HISTORY
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory First
Degree 3 Turkish 2 0 - 2 2
taken towards rebellions
10. interpret the fronts during the Independence
War, Mudanya Ceasefire and Lozan Peace
Treaty
Lecture, Question and
Answer, Discussion
Written exam, homework
Department : Computer Engineering
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Dr. Engin Demir
Course lecturer(s) : Dr. Engin Demir, Emre Yılmaz
Course assistant(s) : N/A
Course description/aim : This course introduces fundamental concepts of programming using Java.
Course contents
: This is an introductory course for computer programming using Java. The course
covers the fundamentals of algorithmic problem solving for a variety of problems
involving the use of basic control and data structures. Other topics include
fundamental data types, control structures including conditions and iteration,
arrays, input and output. In addition, some key concepts of object-oriented
programming will be discussed.
Recommended optional
program components : None
Compulsory Attendance : Yes
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
Students will be able to
1 use an integrated development environment to
design and write code in the
Java programming language
Lectures Quizzes, exams and
laboratory assignments
2 define and correctly use data types, arrays,
conditionals and loops Lectures Quizzes, exams and
laboratory assignments
3 understand the use of predefined classes Lectures Quizzes, exams and
laboratory assignments
4 design objects and write new classes Lectures Quizzes, exams and
laboratory assignments
5 illustrate the principles of object-oriented
programming Lectures Quizzes, exams and
laboratory assignments
Course
Code COM121
Course
Name Computer Programming I (Java)
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory First
Degree 1 English 3 0 2 4 8
Department : Faculty of Air Transportation
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator :
Course lecturer(s) :
Course assistant(s) :
Course description/aim
: The aim of this course is to improve learners’ reading and writing skills in the methods
of critical reading and logical thinking and in the application of these skills to writing.
The course provides students with exercises in note taking, paraphrasing, and
summarizing, to increase vocabulary and to strengthen weaknesses in the use of English.
Course contents
: Starting from a review of grammatical structures since understanding those
structures better is important for reading comprehension and writing fluently,
students are provided with essential practice in the types of reading and writing
skills they will need in an academic environment.
Recommended optional
program components :
Compulsory Attendance :
Course Learning Outcomes
Learning outcome
At the end of this course; students will be able
to:
Teaching
Methods/Techniques
Assessment method(s)
1 Read carefully, write clearly and persuasively Lecture, discussion Written exam, homework
2 Evaluate claims, assumptions, and arguments Lecture, discussion Written exam, homework
3 Apply their understanding of good reasoning to
their writing. Lecture, discussion Written exam, homework
4 Improve their note taking, paraphrasing,
summarizing skills with competence in
organizing their thoughts before they write.
Lecture, discussion Written exam, homework
Course
Code ENG 103
Course
Name Reading and Writing Skills
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory
Elective Bachelor 1 English 2 2 0 3 4
Department : Flight Training
Prerequisites/Requirements
for Admission : No prerequisite
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Murat Kılıç
Course assistant(s) :
Course description/aim : To convey students information on the phases of theoretical and practical flight
training, methods to be used in these phases and flight authorities
Course contents : Theoretical and practical flight training and aviation authorities
Recommended optional
program components :
Compulsory Attendance : 70 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able to
1 have knowledge on theoric and practical flight
training
Lecture, Question-
Answer
Testing, Homework
2 learn aviation authorities Lecture, Question-
Answer
Testing, Homework
3 have general knowledge on flight principles Lecture, Question-
Answer Testing, Homework
4 have general knowledge on aircraft systems
and structures
Lecture, Question-
Answer
Testing, Homework
Course
Code FLT121
Course
Name Introduction to Flight Training
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Bachelor’s 1 English 1 0 0 1 2
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator :
Course lecturer(s) : Yrd. Doç. Dr. İlknur Tunç, Yrd. Doç. Dr. Ali Emre Turgut
Course assistant(s) : N/A
Course description/aim : The topics to be covered are number sets, absolute value, inequality, functions,
limits, continuity, derivatives, application of derivatives, introduction to Integral.
Course contents :
Recommended optional
program components : None
Compulsory Attendance : Yes
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able to
1 Explain functions, composite functions and their
uses in systems with an engineering perspective
Lectures, Quizzes, exams
2 Explain continuity of functions in connection with
limits followed by limit theorems
Lectures Quizzes, exams
3 Explain relation between a secant line of a function
and its tangent line which is then expanded to
derivatives
Lectures Quizzes, exams
4 Explain integration and fundamental theorem of
calculus built upon antiderivatives
Lectures Quizzes, exams
5 Ability to apply derivative and integration to
physical problems (such as displacement and
optimization) and develop/generate numerical
solutions to otherwise hard-to-solve-algebraically
math problems using tools such as Wolfram Alpha
and Matlab
Lecture Quizzes, exams
Course
Code COM121
Course
Name MAT 101
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 1 English 4 0 2 4 6
Department : Mechanical Engineering
Prerequisites/Requirements
for Admission :
Mode of delivery : Lectures, Homeworks and Exams
Course coordinator : N/A
Course lecturer(s) : N/A
Course assistant(s) : N/A
Course description/aim : To have students comprehend well the physics related to mechanics.
Course contents : Measurement and Unit Systems, Vectors, Statics, Kinematics, and Dynamics.
Recommended optional
program components :
Compulsory Attendance : 70%
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
1 Analyzes the static, kinematic and dynamic processes.
Lectures Homeworks and Exams
2 Makes solution to the problems related to static, kinematic and dynamic processes.
Lectures Homeworks and Exams
3 Applies these processes to other disciplines in physics.
Lectures Homeworks and Exams
4 Proposes new models for the static, kinematic and dynamic systems.
Lectures Homeworks and Exams
Course
Code PHY 101
Course
Name PHYSICS 101
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelors 1st English 3 0 0 3 6
Department
Prerequisites/Requirements
for Admission Not Available
Mode of delivery Lecture, presentation, demonstration
Course coordinator
Course lecturer(s) Bilge GÜLER , Prof. Dr. Ertuğrul Yaman
Course assistant(s) -
Course description/aim The aim of this course is to make students understand, comment and analyze the
principles based on Turkish language
Course contents
Description of Language, Features of Language, Relation of language, Nation, Idea and Relation of Language and Culture, Languages on earth, Historical development of Turkish, The place of Turkish among the other languages and interaction with the other languages, Language revolution of Atatürk, Language understanding of Atatürk and his works related to language, Sound features of Turkish, Orthography and punctuation marks, lexical item.
Recommended optional
program components -
Compulsory Attendance Compulsory / Those students who do not attend the 30% of the lessons are
accepted as unsuccessful
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course; students will be able to:
1. Define the language and it’s components Lecture, question and
answer
Written exam
2. Interpret the place of Turkish among the other
languages and explain its development.
Lecture, question and
answer
Written exam
3. Interpret the effects of other languages on
Turkish and analyze it.
Lecture, question and
answer
Written exam
4. Explain the importance and meaning of
language revolution.
Lecture, question and
answer
Written exam
5. Evaluate the sound features of Turkish, the
importance and place of using orthography
and punctuation marks on language
Lecture, question and
answer
Written exam
Course
Code TUR101
Course
Name TURKISH LANGUAGE I
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory First
Degree 1 Turkish 2 0 - 2 2
Department : Aeronautical Engineering
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator :
Course lecturer(s) :
Course assistant(s) :
Course description/aim : Teaching the fundamentals of aircraft and aircraft performance parameters.
Course contents
: Elements of aircraft (A/C), forces and moments acting on an A/C, A/C
performance, horizontal flight, climb performance, decent performance, range,
endurance, mission profiles
Recommended optional
program components :
Attendance : Compulsory
Course Learning Outcomes
Learning outcome Teaching Methods/Techniques Assessment method(s)
1. To gain basic knowledge of
aircraft performance
Lecture, question and answer Written exam
2. To learn how to calculate
fundamental aircraft performance
parameters
Lecture, question and answer Written exam
3. To define fundamental
aeronautical engineering problems
Lecture, question and answer Written exam
Course
Code AEE 122
Course
Name Introduction to Aircraft Performance
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
MUST Undergraduate 2 English 3 0 0 3 7
Department
Prerequisites/Requirements
for Admission -
Mode of delivery Lecture, Presentation, Demonstration
Course coordinator -
Course lecturer(s) Oğuz Uçar
Course assistant(s) -
Course description/aim The aim of the course is to make students understand, analyze and interpret the principals
and revolutions of Atatürk.
Course contents
Atatürk Revolutions (political, legal , education, social, economic), Trials of the Multi-Party System, Foreign policy in Atatürk’s period, Kemalism and its
principles, The period of İsmet İnönü, Second World War and Turkey.
Recommended optional
program components -
Compulsory Attendance Compulsory / Those students who do not attend the 30% of the lessons are
accepted as unsuccessful
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course; students will be able to:
1. Explain the concepts of Atatürk’s principles
and Revolution History.
Lecture, Question and
Answer
Written exam, homework
2. Evaluate the political revolutions of new
Turkish government.
Lecture, Question and
Answer, Discussion
Written exam, homework
3. Explain the reasons of the failure in transition
of many political parties.
Lecture, Question and
Answer, Discussion
Written exam, homework
4. Evaluate the revolutions of legal by
comparing with old legal system.
Lecture, Question and
Answer, Discussion
Written exam, homework
5. Explain the revolutions on education and
culture.
Lecture, Question and
Answer, Discussion
Written exam, homework
6. Find the differences on social life by
comparing with previous period.
Lecture, Question and
Answer, Discussion
Written exam, homework
7. Make a comment on works of economics and
its contributions to the country.
Lecture, Question and
Answer, Discussion
Written exam, homework
8. Evaluate the methods followed in foreign
policy by learning Turkish foreign policy.
Lecture, Question and
Answer, Discussion
Written exam, homework
9. Evaluate Atatürk principals by interpreting
Kemalism system.
Lecture, Question and
Answer, Discussion
Written exam, homework
Course
Code ATA102
Course
Name ATATURK’S PRINCIPLES AND REVOLUTION HISTORY
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory First
Degree 4 Turkish 2 - - 2
10. Interpret the events in Turkey and Second
World War.
Lecture, Question and
Answer, Discussion
Written exam, homework
Department :
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator :
Course lecturer(s) :
Course assistant(s) :
Course description/aim
: The aim of this course is to enable students to communicate more effectively in
seminars, presentations and group work by equipping them with necessary academic
speaking skills.
Course contents
: Although the course mainly focuses on improvement of speaking skills,
improvement on listening, writing and reading skills will also be included to
complement communication skills. The course balances language focus and
academic input with practice to enhance students’ competence and to help them
communicate effectively in different academic situations.
Recommended optional
program components :
Compulsory Attendance :
Course Learning Outcomes
Learning outcome
At the end of this course; students will be able
to:
Teaching
Methods/Techniques
Assessment method(s)
1 Develop critical thinking skills through reading,
reflection, discussion, oral presentation and writing. Lecture, discussion,
presentation
Oral presentation
2 Demonstrate increased confidence in speaking. Lecture, discussion,
presentation
Oral presentation
3 Develop skills to learn from other persons' oral
presentations. Lecture, discussion,
presentation
Oral presentation
4 Prepare appropriate media for presentations. Lecture, discussion,
presentation
Oral presentation
5 Demonstrate teamwork and group presentation
skills as a contributing member of a team. Lecture, discussion,
presentation
Oral presentation
6 Develop skills for reading, discussion and writing Lecture, discussion,
presentation
Oral presentation
Course
Code ENG 104
Course
Name Academic Presentation Skills
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory
Elective Bachelor 1 English 2 2 0 3 6
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Monier Elfarra
Course lecturer(s) : Asst. Prof. Dr. Monier Elfarra, Lec. Erkan Günaydınoğlu, Lec. Erol Gültekin
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “HUMAN FACTORS IN
AVIATION” to the students to be aware of the human limitations and to improve
their performance.
Course contents
: Theoretical knowledge topics of “HUMAN FACTORS IN AVIATION”, so
that the students will be aware of the human limitations and will be able to
improve their performance.
Recommended optional
program components : None
Compulsory Attendance : Yes
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to
1 Define human factors for pilots and show how
important they are
Lecture and Question-
Answer
Testing and Homework
2 Explain each human factor separately Lecture and Question-
Answer
Testing and Homework
3 Explain the relation between different human
factors and how they affect each other
Lecture and Question-
Answer
Testing and Homework
4 Describes some models which help in
managing the human errors and increase
human performance
Lecture and Question-
Answer
Testing and Homework
Course
Code FLT 122
Course
Name Human Factors in Aviation
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 2 English 2 0 0 2 3
Department : Flight Training
Prerequisites/Requirements
for Admission : MAT 101 Mathematics I
Mode of delivery : Lectures, Homeworks and Exams
Course coordinator : N/A
Course lecturer(s) : Kerim Youde Han
Course assistant(s) : N/A
Course description/aim
: This course consists of 2 main parts, Integration, Infinite Sequences and Series. It is
given to introduce the concept of integration and infinite sequences and series, followed
by learning various techniques in solving the problems and its applications in Engineering
fields.
Course contents
: Definite Integrals, Indefinite Integrals, Area bounded by a Curve, Integration by
parts, substitution, Integration by using partial fractions, integration of trigonometrical functions, The nth Term Test; Geometric Series; p series; Integral Test,
Pascal’s triangle and binomial theorem; Sandwich theorem for sequences and Application
of L Hopital’s Rule ; Infinite sequences and series; Power series, Taylor and Maclaurin
series.
Recommended optional
program components :
Compulsory Attendance : 70%
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to
1 understand the area and distance problems and use
them to formulate the idea of a definite integral. Lectures Quiz and Assignment
2 understand the application of integration to various
engineering problems. Lectures Quiz, Assignment and
Exam
3 evaluate the integrals of functions and command
technique skills such as integration by parts, partial
fractions etc.
Lectures Quiz, Assignment and
Exam
4 command the idea applications of infinite
sequences and series, such as power series, Taylor
and Maclaurin series.
Lectures Quiz, Assignment and
Exam
5 be able to apply Sandwich theorem for sequences
and Application of L Hopital’s Rule. Lectures Quiz, Assignment and
Exam
6 be able to apply The nth Term Test; Geometric
Series; p series; Integral Test to find the
convergence or divergence of series
Lectures Quiz, Assignment and
Exam
7 be able to understand and apply Pascal’s triangle
and binomial theorem Lectures Quiz, Assignment and
Exam
Course
Code MAT 102
Course
Name MATHEMATICS II
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 1 English 4 0 0 4 6
Department :
Prerequisites/Requirements
for Admission :
Mode of delivery : Lectures, Homeworks and Exams
Course coordinator : N/A
Course lecturer(s) : N/A
Course assistant(s) : N/A
Course description/aim : To have students gained the background for electricity and magnetism necessary in the
engineering education.
Course contents
:Coulomb’s force, the electric field, electric flux, Gauss law, electric potential,
capacitors, current and resistivity, direct current circuits, Kirchhoff’s rules,
magnetic field, Biot-Savart’s law, Ampere’s law, induction, Faraday’s law, Lenz’s
law, inductance, energy in magnetic field, oscillations in the LC circuit,
electromagnetic waves.
Recommended optional
program components :
Compulsory Attendance : 70%
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
1 Analyzes the electrical charge and being neutral. Lectures Homeworks and Exams
2 Analyzes the forces and electric fields produced by charged systems.
Lectures Homeworks and Exams
3 Determine the technological uses of the capacitors. Lectures Homeworks and Exams
4 Makes analysis about the electrical current and conductivity.
Lectures Homeworks and Exams
5 Understands how magnetic forces and fields are produced.
Lectures Homeworks and Exams
6 Applies the electromagnetic induction, Faraday and Lenz law to electrical circuits.
Lectures Homeworks and Exams
7 Analyzes the alternating and direct current circuits. Lectures Homeworks and Exams
Course
Code PHY 102
Course
Name PHYSICS 102
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelors 2nd
English 3 0 0 3 5
Department : Civil Aviation Cabin Services
Prerequisites/Requirements
for Admission : Not Available
Mode of delivery : Face to Face
Course coordinator :-
Course lecturer(s) : Bilge GÜLER
Course assistant(s) :-
Course description/aim : : To make students understand, comment and analyse on principles based on Turkish
language
Course contents
: Description of Language, Features of Language, Relation of Language, Nation, Idea and Relation of Language and Culture, Languages on earth, Historical development of Turkish, The place of Turkish among the other languages and interaction with the other languages, Language revolution of Atatürk, Language understanding of Atatürk and his works related to language, Sound features of Turkish, Orthography and punctuation marks, lexical item.
Recommended optional
program components :
Compulsory Attendance : Compulsory / Those students who do not attend the 30% of the lessons are
accepted as unsuccessful
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course; students will be able to:
1. Describe the language and the components of
it.
Lecture, Question and
answer Written exam
2. Interpret the place of Turkish among the other
languages and explain its development.
Lecture, Question and
answer Written exam
3. Interpret the effects of other languages on
Turkish and analyze it.
lecture, Question and
answer, Discussion Written exam
4. Explain the importance and meaning of
language revolution.
Lecture, Question and
answer Written exam
5. Evaluate the sound features of Turkish, the
importance and place of using orthography
and punctuation marks on language.
Lecture, Question and
answer Written exam
Course
Code TUR102
Course
Name Turkish Language 2
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory 2. Turkish 2 0 - 2,0 2,0
Department : Aviation Management
Prerequisites/Requirements
for Admission :
Mode of delivery : Face to face
Course coordinator :
Course lecturer(s) :
Course assistant(s) :
Course description/aim : Safety Management Systems (SMS) are an essential part of operating in today’s
aviation industry. This course introduces participants to the key tools to manage a performance-based SMS.
Course contents
: Safety Management System concepts, Introduction to safety management, Hazard
management, Safety risk, Case discussion, System safety deficiencies, ICAO
requirements, SMS planning, SMS implementation, SMS operation, Safety assurance,
Integration, The cost of safety.
Recommended optional
program components :
Compulsory Attendance : Yes
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
Students will be able to:
1 List the types of safety management systems Lecture, Demonstration,
Class discussion
Exams, class
discussions, case study
2 Learn how to integrate SMS into other
management systems
Lecture, Demonstration,
Class discussion
Exams, class
discussions, case study
3 Describe safety risks Lecture, Demonstration,
Class discussion
Exams, class
discussions, case study
4 Analyze organizations regarding SMS concepts Lecture, Demonstration,
Class discussion
Exams, class
discussions, case study
5 Identify the ICAO requirements and apply it. Lecture, Demonstration,
Class discussion
Exams, class
discussions, case study
6 Evaluate the general pros and cons of safety
systems and improve safety culture
Lecture, Demonstration,
Class discussion
Exams, class
discussions, case study
Course
Code AVM 303
Course
Name AVIATION SAFETY
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Bachelor’s English 3 0 0 3 6
Department : Flight Training
Prerequisites/Requirements
for Admission : No prerequisite
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Murat Kılıç
Course assistant(s) :
Course description/aim : To convey students the questions and issues that pilots faced in the process of
recruitment interviews with the help of practical applications
Course contents : The questions and issues that pilots faced in the process of recruitment
interviews
Recommended optional
program components :
Compulsory Attendance : 70 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able to
1 have knowledge about the process of
recruitment interview
Lecture, Question-
Answer, Drill and
Practice
Testing, Homework
2 have knowledge on pre-application and
preaparing for interview.
Lecture, Question-
Answer, Drill and
Practice
Testing, Homework
3 learn how to behave during interviews Lecture, Question-
Answer, Drill and
Practice
Testing, Homework
4 be informed on the questions and answers
likely to be encountered
Lecture, Question-
Answer, Drill and
Practice
Testing, Homework
Course
Code FLT200
Course
Name Pilot Career Planning
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Bachelor’s 4 English 1 0 0 1 1
Department :Industrial and Systems Engineering
Prerequisites/Requirements
for Admission :None
Mode of delivery : Face to face
Course coordinator : Nilgün Ferhatosmanoğlu
Course lecturer(s) : Nilgün Ferhatosmanoğlu, G. Sena Daş
Course assistant(s) :
Course description/aim
: To introduce the basic probability concepts such as probability, random variables, and
their distribution functions and to teach basic statistical techniques used in parameter
estimation
Course contents : Random Variables, Discrete and Continuous Probability Distributions,
Sampling Distributions, Sample Statistics, Hypothesis Testing and p-value
Recommended optional
program components :
Compulsory Attendance : Yes
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
1 Comprehends the basic concepts of probability
such as conditionality, independence of events,
expected value and randomness.
Lecture, question-answer,
discussion, problem
solving
Quiz, homework, project,
exam
2 Decides in which situations to apply discrete
and continuous distributions.
Lecture, question-answer,
discussion, problem
solving
Quiz, homework, project,
exam
3 Computes measures of central tendency (mean,
median) and deviation (range, standard
deviation) of a given sample and population
Lecture, question-answer,
discussion, problem
solving
Quiz, homework, project,
exam
4 Formulates an appropriate one or two sided
hypotheses test, performs the test and clearly
states the result of the test in the problem
context
Lecture, question-answer,
discussion, problem
solving
Quiz, homework, project,
exam
5 Comprehends the meaning of P- value and
decides on whether to reject the null hypothesis
based on P-value
Lecture, question-answer,
discussion, problem
solving
Quiz, homework, project,
exam
Course
Code IND 323
Course
Name PROBABILITY AND STATISTICS
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
CC Bachelor 4 English 3 0 0 3 6
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s)
: Asst. Prof. Dr. Mustafa Kaya, Asst. Prof. Dr. Monier Elfarra, Asst. Prof. Dr.
Kürşad Melih Güleren, Lec. Erkan Günaydınoğlu, Lec. Levent Ünlüsoy, Lec.
Hasan İnci
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “MASS AND BALANCE –
AEROPLANES + HELICOPTERS”, “PERFORMANCE – AEROPLANES” and
“PRINCIPLES OF FLIGHT–AEROPLANE” at the level of Private Pilot License
(Aircraft) - PPL(A) to match the requirements of Turkish Directorate General of
Civil Aviation
Course contents
: Theoretical knowledge topics of “MASS AND BALANCE – AEROPLANES
+ HELICOPTERS”, “PERFORMANCE – AEROPLANES” and “PRINCIPLES
OF FLIGHT–AEROPLANE” at the level of Private Pilot License (Aircraft) -
PPL(A) to match the requirements of Turkish Directorate General of Civil
Aviation
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to:
1 Define concepts regarding weight and balance Lecture, Question-
Answer and Drill and
Practice
Testing
2 Use weight and balance estimation techniques Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
3 Explain the effects of weight and balance on
aircraft performance
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
4 Describes the aft and forward loading on
performance using examples
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
5 Realize loading limits Lecture, Question- Testing and Homework
Course
Code FLT 202
Course
Name Introduction to Flight Theory
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 4 English 3 0 0 3 4
Answer and Drill and
Practice
6 Will be able to define the basic concepts and
principles of aeordynamics
Lecture, Question-
Answer and Drill and
Practice
Testing
7 Will be able to explain the effect of airflow on
an aircraft and its components using the laws of
physics and fundamental mathematical
methods
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
8 Will be able to relate basic aerodynamic
principles and practices regarding flight
operations
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
9 Define the stability and control characteristics
of aircraft about three axes
Lecture, Question-
Answer and Drill and
Practice
Testing
10 Describes the working principle and thrust
generation of propellers
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
11 Describes straight level flight, climb, descend,
gliding and turning maneuvers using basic
mathematical relations
Lecture, Question-
Answer and Drill and
Practice
Testing
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s)
: Asst. Prof. Dr. Mustafa Kaya, Asst. Prof. Dr. Monier Elfarra, Asst. Prof. Dr.
Kürşad Melih Güleren, Lec. Erkan Günaydınoğlu, Lec. Levent Ünlüsoy, Lec.
Hasan İnci
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “METEOROLOGY” at the level of
Private Pilot License (Aircraft) - PPL(A) to match the requirements of Turkish
Directorate General of Civil Aviation
Course contents
: Theoretical knowledge topics of “METEOROLOGY” at the level of Private
Pilot License (Aircraft) - PPL(A) to match the requirements of Turkish
Directorate General of Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to
1 explain terms atmosphere and The ICAO
Standard Atmosphere (ISA)
Lecture, Question-
Answer and Drill and
Practice
Testing
2 explain meteorology terms Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
3 explain pressure systems and an altimeter Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
4 explain meteorological phenomenon in
atmosphere
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
5 explain hazardous meteorological phenomenon
for aircraft
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
6 explain formed air masses their movements in
the Earth
Lecture, Question-
Answer and Drill and
Testing
Course
Code FLT 204
Course
Name Introduction to Meteorology
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 4 English 2 0 0 2 3
Practice
7 explain weather reports and documents Lecture, Question-
Answer and Drill and
Practice
Testing
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s)
: Asst. Prof. Dr. Mustafa Kaya, Asst. Prof. Dr. Monier Elfarra, Asst. Prof. Dr.
Kürşad Melih Güleren, Lec. Erkan Günaydınoğlu, Lec. Levent Ünlüsoy, Lec.
Hasan İnci
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “GENERAL NAVIGATION” and
“RADIO NAVIGATION” at the level of Private Pilot License (Aircraft) -
PPL(A) to match the requirements of Turkish Directorate General of Civil
Aviation
Course contents
: Theoretical knowledge topics of “GENERAL NAVIGATION” and “RADIO
NAVIGATION” at the level of Private Pilot License (Aircraft) - PPL(A) to
match the requirements of Turkish Directorate General of Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to
1 evaluate both main and seconder factors of
general navigation, both the differences and
relationships between the navigation types
Lecture, Question-
Answer and Drill and
Practice
Testing
2 use the flight computor effectively. Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
3 solve the basic and consolidated navigational
problems.
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
4 solve the problem related to navigation during
flight.
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
5 explain in which segment of the flight and in
what purpose the air navigation systems are
used
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
6 explaine the necessity of the radio waves for Lecture, Question- Testing and Homework
Course
Code FLT 206
Course
Name Introduction to Navigation
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 4 English 2 0 0 2 3
data transmission Answer and Drill and
Practice
7 explain the working principles of the ground
based air navigation systems and their
operations
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
8 explain the working principles of aircraft based
air navigation systems and their operations
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
9 tell the working principles and the usage in air
navigation of satellite based air navigation
systems
Lecture, Question-
Answer and Drill and
Practice
Testing
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s)
: Asst. Prof. Dr. Mustafa Kaya, Asst. Prof. Dr. Monier Elfarra, Asst. Prof. Dr.
Kürşad Melih Güleren, Lec. Erkan Günaydınoğlu, Lec. Levent Ünlüsoy, Lec.
Hasan İnci
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “AIRCRAFT GENERAL
KNOWLEDGE‐AIRFRAME/SYSTEMS/POWERPLANT” and “AIRCRAFT
GENERAL KNOWLEDGE – INSTRUMENTATION”at the level of Private
Pilot License (Aircraft) - PPL(A) to match the requirements of Turkish
Directorate General of Civil Aviation
Course contents
: Theoretical knowledge topics “AIRCRAFT GENERAL KNOWLEDGE ‐AIRFRAME/SYSTEMS/POWERPLANT” and “AIRCRAFT GENERAL
KNOWLEDGE – INSTRUMENTATION” at the level of Private Pilot License
(Aircraft) - PPL(A) to match the requirements of Turkish Directorate General of
Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to
1 define the airframe construction features Lecture, Question-
Answer and Drill and
Practice
Testing
2 recognize the airframe systems and its
components
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
3 explain basic piston engine part functions and
engine working principle
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
4 explain basic gas turbine parts Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
5 express the importance of engine systems such Lecture, Question- Testing and Homework
Course
Code FLT 208
Course
Name Aircraft Systems and Components
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 4 English 2 0 0 2 3
as lubrication, cooling, ignition,.. Answer and Drill and
Practice
6 tell the avionic equipment panel layout. Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
7 tell the pitot-static system elements. Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
8 tell the gyroscopic elements. Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
9 tell the magnetic (direct reading) compass Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
10 tell the Inertial Navigation System (INS) and
Inertial Reference System (IRS)
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
11 tell the Air Data Computer (ADC) Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
12 tell the engine and system instruments Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
13 earning modern navigation systems such as
“RADAR, GPS” which are used mostly
worldwide and learning “autopilot, radar,GPS”
which is almost standard in many aircrafts with
their working principles, usage and the effects
on flights in detail.
Lecture, Question-
Answer and Drill and
Practice
Testing
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Lec. Mehmet Hilmi Tangün
Course assistant(s) :
Course description/aim
: Transferring to the students the theoretical knowledge at the level of Private
Pilot License (PPL) regarding to the “AIR LAW AND ATC PROCEDURES”
accordance with the requirements of Directorate General of Civil Aviation
Course contents
: The theoretical knowledge at the level of Private Pilot License (PPL) regarding
to the “AIR LAW AND ATC PROCEDURES” accordance with the requirements
of Directorate General of Civil Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will be
able to;
1 describe International Aviation, Agreements
and Organizations
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
2 explain air traffic services. Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
3 explain air traffic rules in detailed. Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
4 define the physical characteristics of the
airport.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
5 define the visual aids for navigation, Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
6 define the visual aids for denoting obstacles
and restricted use areas,
Lecture, Question-
Answer, Discussion, Drill
Testing, Homework
Course
Code FLT 210
Course
Name INTRODUCTION TO AIR LAW
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 4 English 2 0 0 2 3
and Practice
7 Explain the Facılıtatıon (ICAO Annex 9):
General, Entry and departure of aircraft. Search
And Rescue: Essential Search and Rescue
(SAR) definitions in ICAO Annex 12.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
8 Explain the SECURITY, Essential Definitions
in ICAO Annex 17. Security Procedures İn
Other Documents i.e. ICAO Annex 2, Annex 6,
Annex 14 and ICAO Doc 4444; Aırcraft
Accıdent And Incıdent Investıgatıon.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
9 Recognize the conventional holding pattern Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
10 Recognize the Instrument Approach Chart
(IAC) according to the conventional approach
procedure.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
11 Recognize the Standard Instrument Departure
Routes (SID)
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s)
: Asst. Prof. Dr. Mustafa Kaya, Asst. Prof. Dr. Monier Elfarra, Asst. Prof. Dr.
Kürşad Melih Güleren, Lec. Erkan Günaydınoğlu, Lec. Levent Ünlüsoy, Lec.
Hasan İnci
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “OPERATIONAL PROCEDURES”,
“VFR COMMUNICATIONS” and “IFR COMMUNICATIONS” at the level of
Private Pilot License (Aircraft) - PPL(A) to match the requirements of Turkish
Directorate General of Civil Aviation
Course contents
: Theoretical knowledge topics “OPERATIONAL PROCEDURES”, “VFR
COMMUNICATIONS” and “IFR COMMUNICATIONS” at the level of Private
Pilot License (Aircraft) - PPL(A) to match the requirements of Turkish
Directorate General of Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to
1 know ICAO Annex 6 part I and JAR–OPS 1
requirements
Lecture, Question-
Answer and Drill and
Practice
Testing
2 know navigation requirements for Long Range
Flights: - knows to flight management
requirements, - knows to transoceanic and
polar flight requirements, - knows to MNPS
Airspace (Regional supplementary procedures)
requirements
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
3 know special operational procedures and
hazards
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
4 use accurate speaking technic and English
terms
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
Course
Code FLT 212
Course
Name Operation and Communication Procedures
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 4 English 2 0 0 2 3
5 Would explain the available procedures for a
clear ATC communication
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
6 Would be able to explain the numbers and
terms which are used in aviation
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
7 Can make communication and maintain
continuance of communication
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
8 Explains the VFR conversation patterns Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
9 Explains the IFR conversation patterns Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
10 Explains the necessary position reports Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
11 Describe action required to be taken in case of
communication failure
Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
12 Describe distress and emergency procedures Lecture, Question-
Answer and Drill and
Practice
Testing and Homework
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Mehmet Hilmi Tangün
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “HUMAN PERFORMANCE AND
LIMITATIONS”, at the level of Air Transport Pilot License (Aircraft) -
ATPL(A) to match the requirements of Turkish Directorate General of Civil
Aviation.
Course contents
: Theoretical knowledge topics of “HUMAN PERFORMANCE AND
LIMITATIONS”, at the level of Air Transport Pilot License (Aircraft) -
ATPL(A) to match the requirements of Turkish Directorate General of Civil
Aviation.
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course,students will be able
to:
1 Understand the importance of human
performance and limitations for safe flights and
efficient teamwork.
Lecture and Question-
Answer
Testing and Homework
2 Learn the necessary information of the hearing
system, the effect of noise on hearing, the
vision and the vision problems.
Lecture and Question-
Answer
Testing and Homework
3 Learn the effects of the atmosphere layers and
the gas laws on flight.
Lecture and Question-
Answer
Testing and Homework
Course
Code FLT 214
Course
Name Introduction to Physiology and Psychology
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 4 English 1 0 0 1 1
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Yılmaz Gökhan Atlı, Tamer Bükülen, Ferdi Tombul, Serkan Kozlu
Course assistant(s) :
Course description/aim
: To fly at least 45 hours as practice at the level of Private Pilot License (Aircraft)
- PPL(A) to match the requirements of Turkish Directorate General of Civil
Aviation
Course contents
: Flying at least 45 hours as practice at the level of Private Pilot License
(Aircraft) - PPL(A) to match the requirements of Turkish Directorate General of
Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to
1 explain and carry out occupational basic
subjects
Lecture, Question-
Answer and Drill and
Practice
Testing
2 know aircraft type properties of the airplane
that he will fly with
Lecture, Question-
Answer and Drill and
Practice
Testing
3 explain and carry out take-off and departure
procedures
Lecture, Question-
Answer and Drill and
Practice
Testing
4 define and carry out the procedures of entering
training area and maneuverings
Lecture, Question-
Answer and Drill and
Practice
Testing
5 define and carry out the procedures leaving
training area and entering traffic pattern
Lecture, Question-
Answer and Drill and
Practice
Testing
6 explain and carry out the procedures of
vacating runway after landing
Lecture, Question-
Answer and Drill and
Practice
Testing
7 explain and carry out time-check procedures Lecture, Question- Testing
Course
Code FLT 252
Course
Name Private Pilot Flight
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 4 English 2 4 0 4 4
during navigation Answer and Drill and
Practice
8 explain and carry out the basic and important
subjects of VFR navigation
Lecture, Question-
Answer and Drill and
Practice
Testing
9 explain and carry out unfamiliar aerodrome
procedures
Lecture, Question-
Answer and Drill and
Practice
Testing
10 explain and carry out the short-cut procedures Lecture, Question-
Answer and Drill and
Practice
Testing
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Monier Elfarra
Course lecturer(s) : Asst. Prof. Dr. Monier Elfarra, Asst. Prof. Dr. Mustafa Kaya
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “Principles of Flight - Aeroplanes”
at the level of Airline Transport Pilot License (Aircraft) - ATPL(A) to match the
requirements of Turkish Directorate General of Civil Aviation
Course contents
: Theoretical knowledge topics of “Principles of Flight - Aeroplanes” at the level
of Airline Transport Pilot License (Aircraft) - ATPL(A) to match the
requirements of Turkish Directorate General of Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of the course, students will be able
to:
1 Learn the basic concepts and principles of aerodynamics
Lecture and Question-
Answer
Testing and Homework
2 be able to explain the effect of airflow on an aircraft and its components using the laws of physics and fundamental mathematical methods
Lecture and Question-
Answer
Testing and Homework
3 be able to relate basic aerodynamic principles and practices regarding flight operations
Lecture and Question-
Answer
Testing and Homework
4 Define the stability and control characteristics of aircraft about three axes
Lecture and Question-
Answer
Testing and Homework
5 Describes the working principle and thrust generation of propellers
Lecture and Question-
Answer
Testing and Homework
Course
Code FLT 301
Course
Name Principles of Flight
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 5 English 3 0 0 3 4
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Monier Elfarra
Course lecturer(s) : Asst. Prof. Dr. Monier Elfarra, Asst. Prof. Dr. Mustafa Kaya
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “Performance - Aeroplanes” at the
level of Airline Transport Pilot License (Aircraft) - ATPL(A) to match the
requirements of Turkish Directorate General of Civil Aviation
Course contents
: Theoretical knowledge topics of “Performance - Aeroplanes” at the level of
Airline Transport Pilot License (Aircraft) - ATPL(A) to match the requirements
of Turkish Directorate General of Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100 % attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to
1 define concepts regarding weight and balance
in detail
Lecture and Question-
Answer
Testing and Homework
2 Use weight and balance estimation techniques Lecture and Question-
Answer
Testing and Homework
3 describe the effect of overweighting on aircraft
performance using examples
Lecture and Question-
Answer
Testing and Homework
4 Describe the aft and forward loading on
performance using examples
Lecture and Question-
Answer
Testing and Homework
5 Realize loading limits Lecture and Question-
Answer
Testing and Homework
6 Fill aircraft loading forms and perform
calculations
Lecture and Question-
Answer
Testing and Homework
Course
Code FLT 303
Course
Name Aircraft Performance I
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 5 English 4 0 0 4 6
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Mehmet Tangun
Course lecturer(s) : Mehmet Tangun
Course assistant(s) :
Course description/aim
: To convey theoretical knowledge topics of “Meteorology” at the level of Airline
Transport Pilot License (Aircraft) - ATPL(A) to match the requirements of
Turkish Directorate General of Civil Aviation
Course contents
: Theoretical knowledge topics of “Meteorology” at the level of Airline Transport
Pilot License (Aircraft) - ATPL(A) to match the requirements of Turkish
Directorate General of Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
1 The student will be able to plan his/her flying according to meteorological conditions
Lecture and Question-
Answer
Testing and Homework
Course
Code FLT 305
Course
Name Meteorology I
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 5 English 3 0 0 3 4
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Monier Elfarra
Course lecturer(s) : Asst. Prof. Dr. Monier Elfarra, Lec. Erkan Günaydınoğlu, Asst. Prof. Dr.
Mustafa Kaya
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “Aircraft General Knowledge –
Airframe / Systems” at the level of Airline Transport Pilot License (Aircraft) -
ATPL(A) to match the requirements of Turkish Directorate General of Civil
Aviation
Course contents
: Theoretical knowledge topics of “Aircraft General Knowledge – Airframe /
Systems” at the level of Airline Transport Pilot License (Aircraft) - ATPL(A) to
match the requirements of Turkish Directorate General of Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100 % attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
1 The student will be able to define the airframe construction features
Lecture and Question-
Answer
Testing and Homework
2 The student Will be able to recognize the airframe systems
Lecture and Question-
Answer
Testing and Homework
3 The student Will be able to recognize the components of the airframe systems
Lecture and Question-
Answer
Testing and Homework
Course
Code FLT 307
Course
Name Airframe and Systems
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 5 English 4 0 0 4 6
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Monier Elfarra
Course lecturer(s) : Asst. Prof. Dr. Monier Elfarra, Asst. Prof. Dr. Mustafa Kaya
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “VFR Communications” and “IFR
Communications” at the level of Airline Transport Pilot License (Aircraft) -
ATPL(A) to match the requirements of Turkish Directorate General of Civil
Aviation
Course contents
: Theoretical knowledge topics of “VFR Communications” and “IFR
Communications” at the level of Airline Transport Pilot License (Aircraft) -
ATPL(A) to match the requirements of Turkish Directorate General of Civil
Aviation
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to
1 use accurate speaking technic and English
terms, explain the available procedures for a
clear ATC communication and explain the
numbers and terms which are used in aviation
Lecture and Question-
Answer
Testing and Homework
2 make communication and maintain
continuance of communication
Lecture and Question-
Answer
Testing and Homework
3 Know meanings and usages of Q codes Lecture and Question-
Answer
Testing and Homework
4 analize the message catagories which are used
in aviation
Lecture and Question-
Answer
Testing and Homework
5 Explain the VFR conversation patterns Lecture and Question-
Answer
Testing and Homework
6 explain the tronspounder codes Lecture and Question-
Answer
Testing and Homework
7 Define the IFR communications Lecture and Question-
Answer
Testing and Homework
8 Describe General operating procedures Lecture and Question- Testing and Homework
Course
Code FLT 309
Course
Name Air Traffic Communications
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 5 English 3 0 0 3 4
Answer
9 Describe action required to be taken in case of
communication failure
Lecture and Question-
Answer
Testing and Homework
10 Describe distress and urgency procedures Lecture and Question-
Answer
Testing and Homework
11 Describe the radio frequency spectrum with
particular reference to VHF
Lecture and Question-
Answer
Testing and Homework
12 Identify radio navigation aids (VOR, DME,
NDB, ILS) from their morse code identifiers
Lecture and Question-
Answer
Testing and Homework
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Part Time Lecturer Ceyhan Ege
Course assistant(s) :
Course description/aim
: Transferring to the students the theoretical knowledge at the level of Airline
Transport Pilot License (ATPL) regarding to the “GENERAL NAVIGATION”
accordance with the requirements of Directorate General of Civil Aviation
Course contents
: The theoretical knowledge at the level of Airline Transport Pilot License
(ATPL) regarding to the “GENERAL NAVIGATION” accordance with the
requirements of Directorate General of Civil Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will be
able to;
1 evaluate both main and seconder factors of
general navigation, both the differences and
relationships between the navigation types.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing
2 solve the basic and consolidated navigational
problems.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing
3 solve the problem related to navigation during
flight.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing
Course
Code FLT 311
Course
Name GENERAL NAVIGATION I
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 5 English 3 0 0 3 4
Department : Flight Training
Prerequisites/Requirements
for Admission
: Private Pilot License (Aircraft) approved by Turkish Directorate General of
Civil Aviation
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Yılmaz Gökhan Atlı, Tamer Bükülen, Ferdi Tombul, Serkan Kozlu
Course assistant(s) :
Course description/aim
: To fly at least 50 hours as Pilot In Command PIC for the students with Private
Pilot License (Aircraft) - PPL(A) to match the requirements of Turkish
Directorate General of Civil Aviation
Course contents
: Flying at least 50 hours as Pilot In Command PIC for the students with Private
Pilot License (Aircraft) - PPL(A) to match the requirements of Turkish
Directorate General of Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to:
1 explain and carry out time-check procedures
during navigation
Lecture, Question-
Answer and Drill and
Practice
Testing
2 explain and carry out the basic and important
subjects of VFR navigation
Lecture, Question-
Answer and Drill and
Practice
Testing
3 explain and carry out unfamiliar aerodrome
procedures
Lecture, Question-
Answer and Drill and
Practice
Testing
4 explain and carry out the short-cut procedures Lecture, Question-
Answer and Drill and
Practice
Testing
Course
Code FLT 351
Course
Name Pilot in Command Flight I
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 5 English 0 4 0 2 2
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Monier Elfarra
Course lecturer(s) : Asst. Prof. Dr. Monier Elfarra, Asst. Prof. Dr. Mustafa Kaya
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “Performance - Aeroplanes” at the
level of Airline Transport Pilot License (Aircraft) - ATPL(A) to match the
requirements of Turkish Directorate General of Civil Aviation
Course contents
: Theoretical knowledge topics of “Performance - Aeroplanes” at the level of
Airline Transport Pilot License (Aircraft) - ATPL(A) to match the requirements
of Turkish Directorate General of Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100 % attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
1 Learn various effects on aircraft performance Lecture and Question-
Answer
Testing and Homework
2 Will be able to calculate the aircraft
performance parameters such as take-off
distance, endurance, range and landing distance
Lecture and Question-
Answer
Testing and Homework
3 Will learn different JAR regulations regarding
aircraft performance
Lecture and Question-
Answer
Testing and Homework
Course
Code FLT 304
Course
Name Aircraft Performance II
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 6 English 4 0 0 4 6
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Mehmet Tangun
Course lecturer(s) : Mehmet Tangun
Course assistant(s) :
Course description/aim
: To convey theoretical knowledge topics of “Meteorology” at the level of Airline
Transport Pilot License (Aircraft) - ATPL(A) to match the requirements of
Turkish Directorate General of Civil Aviation
Course contents
: Theoretical knowledge topics of “Meteorology” at the level of Airline Transport
Pilot License (Aircraft) - ATPL(A) to match the requirements of Turkish
Directorate General of Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
1 The student will be able to plan his/her flying
according to meteorological conditions
Lecture and Question-
Answer
Testing and Homework
Course
Code FLT 306
Course
Name Meteorology II
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 6 English 3 0 0 3 4
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s)
: Asst. Prof. Dr. Mustafa Kaya, Asst. Prof. Dr. MonierElfarra, Asst. Prof. Dr.
Kürşad Melih Güleren, Lec. Erkan Günaydınoğlu, Lec. Levent Ünlüsoy, Lec.
Hasan İnci
Course assistant(s) : None
Course description/aim
: To convey theoretical knowledge topics of “AIRCRAFT GENERAL
KNOWLEDGE – AIRFRAME/SYSTEMS/ENGINE”, and “AIRCRAFT
GENERAL KNOWLEDGE – INSTRUMENTS” at the level of Air Transport
Pilot License (Aircraft) - ATPL(A) to match the requirements of Turkish
Directorate General of Civil Aviation.
Course contents
: Theoretical knowledge topics of “AIRCRAFT GENERAL KNOWLEDGE –
AIRFRAME/SYSTEMS/ENGINE”, and “AIRCRAFT GENERAL
KNOWLEDGE – INSTRUMENTS”, at the level of Air Transport Pilot License
(Aircraft) - ATPL(A) to match the requirements of Turkish Directorate General
of Civil Aviation.
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course,students will be able
to
1 Learn the basic specifications of the DC
electric circuits.
Lecture, Question-
Answer and Drill and
Practice
Testing and Quizzes
2 Learn the basic specifications of the AC
electric circuits and AC motors.
Lecture, Question-
Answer and Drill and
Practice
Testing, Homework and
Quizzes
3 Learn the aircraft electric power systems Lecture, Question-
Answer and Drill and
Practice
Testing, Homework and
Quizzes
4 explain basic piston engine part functions and
engine working principle. Recognise basic
engine parts, express working principle and
evaluate the engine systems function.
Lecture, Question-
Answer and Drill and
Practice
Testing, Homework and
Quizzes
Course
Code FLT 308
Course
Name Avionics and Engine
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 6 English 4 0 0 4 6
5 explain basic gas turbine parts Lecture, Question-
Answer and Drill and
Practice
Testing, Homework and
Quizzes
6 Evaluate the engine systems such as
lubrication, ignition, …
Lecture, Question-
Answer and Drill and
Practice
Testing, Homework and
Quizzes
7 define the avionic equipment panel layout Lecture, Question-
Answer and Drill and
Practice
Testing, Homework and
Quizzes
8 define the Pitot-static system elements. Lecture, Question-
Answer and Drill and
Practice
Testing, Homework and
Quizzes
9 explain the gyroscopic elements and the
magnetic (direct reading) compass
Lecture, Question-
Answer and Drill and
Practice
Testing
10 express the Inertial Navigation System (INS)
and Inertial Reference System (IRS)
Lecture, Question-
Answer and Drill and
Practice
Testing, Homework and
Quizzes
11 explain the engine and system instruments. Lecture, Question-
Answer and Drill and
Practice
Testing, Homework and
Quizzes
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Part time Lecturer Gülay Tangün
Course assistant(s) :
Course description/aim
: Transferring to the students the theoretical knowledge at the level of Airline
Transport Pilot License (ATPL) regarding to the “RADIO NAVIGATION”
accordance with the requirements of Directorate General of Civil Aviation
Course contents
: The theoretical knowledge at the level of Airline Transport Pilot License
(ATPL) regarding to the “RADIO NAVIGATION” accordance with the
requirements of Directorate General of Civil Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will be
able to;
1 explain in which segment of the flight and in
what purpose the air navigation systems are
used.
Lecture, Question-
Answer, Discussion
Testing, Homework
2 explaine the necessity of the radio waves for
data transmission.
Lecture, Question-
Answer, Discussion
Testing, Homework
3 explain the working principles of the ground
based air navigation systems and their
operations.
Lecture, Question-
Answer, Discussion
Testing, Homework
4 explain the working principles of aircraft based
air navigation systems and their operations.
Lecture, Question-
Answer, Discussion
Testing, Homework
Course
Code FLT 310
Course
Name RADIO NAVIGATION I
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 6 English 3 0 0 3 4
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Part Time Lecturer Ceyhan Ege
Course assistant(s) :
Course description/aim
: Transferring to the students the theoretical knowledge at the level of Airline
Transport Pilot License (ATPL) regarding to the “GENERAL NAVIGATION”
accordance with the requirements of Directorate General of Civil Aviation
Course contents
: The theoretical knowledge at the level of Airline Transport Pilot License
(ATPL) regarding to the “GENERAL NAVIGATION” accordance with the
requirements of Directorate General of Civil Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to;
1 evaluate both main and seconder factors of
general navigation, both the differences and
relationships between the navigation types.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing
2 solve the basic and consolidated navigational
problems.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing
3 solve the problem related to navigation during
flight.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing
4 use the flight computer effectively. Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing
Course
Code FLT 312
Course
Name GENERAL NAVIGATION II
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 6 English 4 0 0 4 6
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s)
: Asst. Prof. Dr. Mustafa Kaya, Asst. Prof. Dr. Monier Elfarra, Asst. Prof. Dr.
Kürşad Melih Güleren, Lec. Erkan Günaydınoğlu, Lec. Levent Ünlüsoy, Lec.
Hasan İnci
Course assistant(s) : None
Course description/aim : To convey theoretical knowledge topics of “GLIDER FLIGHT”, to the students.
Course contents : Theoretical knowledge topics of “GLIDER FLIGHT” to the students
Recommended optional
program components : None
Compulsory Attendance : yes
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, students will be able
to
1 Learn the basics of gliding flight. Lecture and Question-
Answer
Testing
2 explain how gliding pilots are trained Lecture and Question-
Answer
Testing, Homework and
Quizzes
3 explain how to choose a gliding ground. Lecture and Question-
Answer
Testing, Homework and
Quizzes
Course
Code FLT 342
Course
Name Introduction to Glider Flight
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 6 English 2 0 0 2 2
Department : Flight Training
Prerequisites/Requirements
for Admission
: Private Pilot License (Aircraft) approved by Turkish Directorate General of
Civil Aviation
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Yılmaz Gökhan Atlı, Tamer Bükülen, Ferdi Tombul, Serkan Kozlu
Course assistant(s) :
Course description/aim
: To fly at least 45 hours as Pilot In Command PIC for the students with Private
Pilot License (Aircraft) - PPL(A) to match the requirements of Turkish
Directorate General of Civil Aviation
Course contents
: Flying at least 45 hours as Pilot In Command PIC for the students with Private
Pilot License (Aircraft) - PPL(A) to match the requirements of Turkish
Directorate General of Civil Aviation
Recommended optional
program components : None
Compulsory Attendance : 100% attendance is compulsory
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of the course, students will be able
to:
1 explain and carry out the basic and important
subjects of VFR navigation
Lecture, Question-
Answer and Drill and
Practice
Testing
2 explain and carry out unfamiliar aerodrome
procedures
Lecture, Question-
Answer and Drill and
Practice
Testing
3 explain and carry out the short-cut procedures Lecture, Question-
Answer and Drill and
Practice
Testing
4 explain and carry out the night flight
procedures
Lecture, Question-
Answer and Drill and
Practice
Testing
Course
Code FLT 352
Course
Name Pilot in Command Flight II
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Compulsory Bachelor 6 English 0 4 0 2 2
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Part time Lecturer Gülay Tangün, Dr. Okan Göker, Asst. Prof. Dr. Mustafa
Kaya, Asst. Prof. Dr. Barış Akgül
Course assistant(s) :
Course description/aim
: Reviewing the theoretical knowledge at the level of Airline Transport Pilot
License (ATPL) accordance with the requirements of Directorate General of Civil
Aviation
Course contents
: The theoretical knowledge at the level of Airline Transport Pilot License
(ATPL) accordance with the requirements of Directorate General of Civil
Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will be
able to;
1 review the topics through sample questions on
the courses taken at the level of ATPL(A)
Lecture, Question-
Answer, Discussion
Testing
Course
Code FLT 400
Course
Name ATPL EXAM PREPARATION
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 7 English 2 0 0 2 2
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Dr. Okan Göker
Course assistant(s) :
Course description/aim
: Transferring to the students the theoretical knowledge at the level of Airline
Transport Pilot License (ATPL) regarding to the “GENERAL NAVIGATION”
accordance with the requirements of Directorate General of Civil Aviation
Course contents
: The theoretical knowledge at the level of Airline Transport Pilot License
(ATPL) regarding to the “GENERAL NAVIGATION” accordance with the
requirements of Directorate General of Civil Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will be
able to;
1 perceive the importance of human performance
and limitations on effective flight
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing
2 perceive the importance of human performance
and limitations on crew resource management.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing
Course
Code FLT 401
Course
Name HUMAN PERFORMANCE AND LIMITS
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 7 English 4 0 0 4 6
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Asst. Prof. Dr. Barış Akgül
Course assistant(s) :
Course description/aim
: Transferring to the students the theoretical knowledge at the level of Airline
Transport Pilot License (ATPL) regarding to the “AIR LAW AND ATC
PROCEDURES” accordance with the requirements of Directorate General
of Civil Aviation
Course contents
: The theoretical knowledge at the level of Airline Transport Pilot License
(ATPL) regarding to the “AIR LAW AND ATC PROCEDURES” accordance
with the requirements of Directorate General of Civil Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will be
able to;
1 describe International Aviation, Agreements
and Organizations
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
2 explain air traffic services. Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
3 explain air traffic rules in detailed. Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
4 define the physical characteristics of the
airport.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
5 define the visual aids for navigation, Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
6 define the visual aids for denoting obstacles Lecture, Question- Testing, Homework
Course
Code FLT 403
Course
Name AIR LAW
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 7 English 4 0 0 4 6
and restricted use areas, Answer, Discussion, Drill
and Practice
7 Explain the Facılıtatıon (ICAO Annex 9):
General, Entry and departure of aircraft. Search
And Rescue: Essential Search and Rescue
(SAR) definitions in ICAO Annex 12.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
8 Explain the SECURITY, Essential Definitions
in ICAO Annex 17. Security Procedures İn
Other Documents i.e. ICAO Annex 2, Annex 6,
Annex 14 and ICAO Doc 4444; Aırcraft
Accıdent And Incıdent Investıgatıon.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
9 Recognize the conventional holding pattern Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
10 Recognize the Instrument Approach Chart
(IAC) according to the conventional approach
procedure.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
11 Recognize the Standard Instrument Departure
Routes (SID)
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Part Time Lecturer Gülay Tangün
Course assistant(s) :
Course description/aim
: Transferring to the students the theoretical knowledge at the level of Airline
Transport Pilot License (ATPL) regarding to the “OPERATIONAL
PROCEDURES” accordance with the requirements of Directorate General
of Civil Aviation
Course contents
: The theoretical knowledge at the level of Airline Transport Pilot License
(ATPL) regarding to the “OPERATIONAL PROCEDURES” accordance with the
requirements of Directorate General of Civil Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will be
able to;
1 know ICAO Annex 6 part I and JAR–OPS 1
requirements:
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
2 know navigation requirements for Long Range
Flights
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
3 know special operational procedures and
hazards
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
Course
Code FLT 405
Course
Name OPERATIONAL PROCEDURES
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 7 English 3 0 0 3 4
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) :
Course assistant(s) :
Course description/aim
: Transferring to the students the theoretical knowledge at the level of Airline
Transport Pilot License (ATPL) regarding to the “FLIGHT PLANNING AND
FLIGHT MONITORING” accordance with the requirements of Directorate
General of Civil Aviation
Course contents
: The theoretical knowledge at the level of Airline Transport Pilot License
(ATPL) regarding to the “FLIGHT PLANNING AND FLIGHT MONITORING”
accordance with the requirements of Directorate General of Civil Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will be
able to;
1 To know about the services, which he/she can
use as a pilot.
Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
2 Making up a flight plan as a pilot with its Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
3 To understand flight planning and practice. Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
4 To report air Incidents Lecture, Question-
Answer, Discussion, Drill
and Practice
Testing, Homework
Course
Code FLT 407
Course
Name FLIGHT PLANNING
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 7 English 3 0 0 3 4
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Part time Lecturer Gülay Tangün
Course assistant(s) :
Course description/aim
: Transferring to the students the theoretical knowledge at the level of Airline
Transport Pilot License (ATPL) regarding to the “RADIO NAVIGATION”
accordance with the requirements of Directorate General of Civil Aviation
Course contents
: The theoretical knowledge at the level of Airline Transport Pilot License
(ATPL) regarding to the “RADIO NAVIGATION” accordance with the
requirements of Directorate General of Civil Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will be
able to;
1 Explain the principle of primary and secondary
radar
Lecture, Question-
Answer, Discussion
Testing, Homework
2 can identify Monopulse SSR and ADS and
Mode_S radar
Lecture, Question-
Answer, Discussion
Testing, Homework
3 identify Recognize Area Navigation (RNAV)
system
Lecture, Question-
Answer, Discussion
Testing, Homework
4 Learn modern navigation systems such as
“RADAR, GPS” which are used mostly
worldwide and learning “autopilot, radar, GPS”
which is almost standard in many aircrafts with
their working principles, usage and the effects
on flights in detail.
Lecture, Question-
Answer, Discussion
Testing, Homework
Course
Code FLT 411
Course
Name RADIO NAVIGATION II
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 7 English 4 0 0 4 6
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) :
Course assistant(s) :
Course description/aim
: The course is the obligatory flight practice regarding to completing the
minimum requirements of flight certificate studies authorized by Directorate
General of Civil Aviation.
Course contents
: The course is the obligatory flight practice regarding to completing the
minimum requirements of flight certificate studies authorized by Directorate
General of Civil Aviation.
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will be
able to;
1 use the instruments for IFR flights in IMC
conditions.
Drill and Practice Testing
Course
Code FLT 451
Course
Name Instrument Rating Flight Practice
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 7 English 0 4 0 2 2
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Part time Lec. Yılmaz Gökhan Atlı, Part time Lec. Tamer Bükülen, Part time
Lec. Ferdi Tombul, Part time Lec. Serkan Kozlu
Course assistant(s) :
Course description/aim
: Flying at least 15 hours of “COMMERCIAL PILOT LICENSE” flight in
accordance with the requirements of Directorate General of Civil Aviation
Course contents : Flying at least 15 hours of “COMMERCIAL PILOT LICENSE” flight in
accordance with the requirements of Directorate General of Civil Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will
1 gain the right of having CPL(A) Lecture, Question-
Answer, Drill and
Practice
Testing
Course
Code FLT 452
Course
Name Commercial Flight Practice
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 8 English 0 2 0 1 1
Department : Flight Training
Prerequisites/Requirements
for Admission
: To have Private Pilot License (PPL) approved by Directorate General of Civil
Aviation
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Part time Lect. Yılmaz Gökhan Atlı, Part time Lect. Tamer Bükülen, Part time
Lect. Ferdi Tombul, Part time Lect. Serkan Kozlu
Course assistant(s) :
Course description/aim
: Doing “MULTI ENGINE” flight practice of at least 15 hours in accordance with
the requirements of Directorate General of Civil Aviation
Course contents : “MULTI ENGINE” flight practice of at least 15 hours in accordance with the
requirements of Directorate General of Civil Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will;
1 Be licensed to having multi-engine flight Lecture, Question-
Answer, Drill and
Practice
Testing
Course
Code FLT 454
Course
Name Multi Engine Flight
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 8 English 1 2 0 2 2
Department : Flight Training
Prerequisites/Requirements
for Admission : None
Mode of delivery : Face to face
Course coordinator : Asst. Prof. Dr. Mustafa Kaya
Course lecturer(s) : Part Time Lec. Mehmet Hilmi Tangün
Course assistant(s) :
Course description/aim
: Transferring to the students the theoretical knowledge at the level of Airline
Transport Pilot License (ATPL) regarding to the “MULTI CREW
COOPERATION” accordance with the requirements of Directorate General
of Civil Aviation
Course contents
: The theoretical knowledge at the level of Airline Transport Pilot License (ATPL)
regarding to the “MULTI CREW COOPERATION” accordance with the
requirements of Directorate General of Civil Aviation
Recommended optional
program components :
Compulsory Attendance : 100 %
Course Learning Outcomes
Learning outcome Teaching
Methods/Techniques
Assessment method(s)
At the end of this course, the student will be
able to;
1 Obtain the non-technical skills like leadership,
effective communication and crew
coordination, to ensure flight safety in multi-
pilot multi-engine aircrafts.
Lecture, Question-
Answer
Testing, Homework
2 Obtain information on FNPT-II simulator and
systems.
Lecture, Question-
Answer
Testing, Homework
3 Apply non-technical competencies needed to
perform a safe flight in multi-pilot certificated
airplane under an atmosphere reflecting the
actual airline environment
Lecture, Question-
Answer, Drill and
Practice
Testing, Homework
Course
Code FLT 456
Course
Name Multi Crew Cooperation (MCC)
Type of
Course
Level of
Course Semester Language Theory
Application
(Practice) Laboratory
Local
Credits ECTS
Must Undergraduate 8 English 2 2 0 3 3