Graduate Program Guide Hacettepe

8/16/2019 Graduate Program Guide Hacettepe

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Hacettepe University

Department of Mechanical EngineeringGraduate Program Guide

Last Update: February 5th, 2016



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1. People Responsible for Graduate Programs

Department Chair: Prof. Dr. Bora Yıldırım

Vice Chairs: Assoc.Prof.Dr. Benat Koçkar, Assist.Prof.Dr Özgür Ekici

Graduate Program Committee Assist.Prof.Dr Özgür Ekici Assist.Prof.Dr. –Ing. Emir Kutluay Assoc.Prof.Dr. Benat Koçkar Assist.Prof.Dr. Bilsay Sümer

Student Affairs OfficeGülnur TekeliKadir Doğan

Seminar Coordinator Asst. Prof. Dr. Bilsay Sümer

2. Admissions

Graduate programs (M.S. and PhD) are administered by Graduate School of Science andEngineering (Fen Bilimleri Enstitüsü) (http://www.fenbilimleri.hacettepe.edu.tr/). Theapplicants must follow the instructions posted on the web site of the Graduate School ofScience and Engineering for their applications. The language of instruction of the graduate

programs is English.

Applicants who wish to pursue a degree at the Graduate School must hold a B.S. degreein engineering or science (preferably in Mechanical Engineering or a related discipline) forM.S. applications and a M.S. degree with thesis in engineering or science (preferably inMechanical Engineering or a related discipline) for PhD applications.

The following table outlines the minimum English Proficiency and Graduate Exam Scoresfor application.

Program M.S. PhD

Minimum EnglishProficiency Score

YDS/ÜDS/KPDS: 70TOEFL iBT: 84

TOEFL CBT: 221-222TOEFL PBT: 561-562

YDS/ÜDS/KPDS: 70TOEFL iBT: 84

TOEFL CBT: 221-222TOEFL PBT: 561-562

Minimum ALES or GREScore

ALES Quantitative: 75GRE Quantitative: 156

ALES Quantitative: 75GRE Quantitative: 156

Letter of Intent - Yes (in English)

http://www.fenbilimleri.hacettepe.edu.tr/






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3. Master of Science (M.S.)

The program requires 120 ECTS credits in total. 60 ECTS credits must come from coursework. A sample curriculum is given below.

COURSE NAME AND CODE T P K ECTS

NUMBER

OF

SECTIONS

COURSE NAME AND CODE T P K ECTS

NUMBER

OF

SECTIONS

1st SEMESTER 2nd SEMESTER

THE LIST OF COMPULSORY COURSES THE LIST OF COMPULSORY COURSES

MMÜ 602 Numerical Methods 3 0 3 6 1

MMÜ 604 Analytical Methods in

Engineering 3 0 3 8 1

MMÜ 698 Seminar 2 2 3 6 1

TOTAL COMPULSORY COURSES 3 0 3 6 TOTAL COMPULSORY COURSES 5 2 6 14

ELECTIVE COURSE LIST ELECTIVE COURSE LIST

Elective Course 1 3 0 3 8 1 Elective Course 4 3 0 3 8 1

Elective Course 2 3 0 3 8 1 Elective Course 5 3 0 3 8 1

Elective Course 3 3 0 3 8 1

TOTAL ELECTIVE COURSE LIST 9 0 9 24 TOTAL ELECTIVE COURSE LIST 6 0 6 16

CUMULATIVE 12 30 CUMULATIVE 12 30

3rd SEMESTER 4th SEMESTERTHE LIST OF COMPULSORY COURSES THE LIST OF COMPULSORY COURSES

MMÜ 605 Special Topics 4 0 0 30 13 MMÜ 605 Special Topics 4 0 0 30 13

TOTAL COMPULSORY COURSES 4 0 0 30 TOTAL COMPULSORY COURSES 4 0 0 30

ELECTIVE COURSE LIST ELECTIVE COURSE LIST

TOTAL ELECTIVE COURSE LIST TOTAL ELECTIVE COURSE LIST

CUMULATIVE 0 30 CUMULATIVE 0 30

OVERALL 120

COMPULSORY COURSE CREDITS 80

ELECTIVE COURSE CREDITS 40

COMPULSORY COURSE CREDIT PERCENTAGE 67

ELECTIVE COURSE CREDIT PERCENTAGE 33

FALL SPRING


Graduate School of Science and Engineering

Mechanical Engineering Department

Graduate (M.S.) Program



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List of Elective Courses

LIST OF ELECTIVE COURSES T P C ECTS

MMÜ 606 Advanced Fluid Mechanics 3 0 3 8

MMÜ 609 Elastici ty 3 0 3 8

MMÜ 612 Advanced Dynamics 3 0 3 8

MMÜ 615 Advanced Heat and Mass Transfer 3 0 3 8

MMÜ 617 State Space Control Theory 3 0 3 8

MMU 618 Advanced Thermodynamics 3 0 3 8

MMÜ 623 Fracture Mechanics 3 0 3 8

MMÜ 626 Advanced Appl ications of Finite Element Method 3 0 3 8

MMÜ 625 Computational Fluid Dynamics 3 0 3 8

MMÜ 631 Advanced Mechanical Vibrations 3 0 3 8

MMÜ 634 Design of Rigid and Compliant Mechanisms 3 0 3 8

MMÜ 642 Advanced Energy Convers ion Systems 3 0 3 8

MMÜ 645 Micro-Nano Robots 3 0 3 8

MMÜ 647 Sens ing and Sensors 3 0 3 8

MMÜ 648 Robust Control 3 0 3 8

MMÜ 651 Advanced Vehicle Dynamics 3 0 3 8

MMÜ 654 Vehicle Control 3 0 3 8

MMÜ 662 Engineering Measurements 2 2 3 8

MMÜ 664 Advanced Materia ls Synthes is Techniques and Processes 3 0 3 8

MMÜ 670 Ma teria ls Thermodynami cs 3 0 3 8

MMÜ 674 Kinetics of Processes in Materia ls Science 3 0 3 8

MMÜ 675 Materia ls Characterization Techniques 3 0 3 8

MMÜ 677 Advanced Mechanical Behavior of Materia ls 3 0 3 8

MMÜ 680 Multiphase Flows 3 0 3 8

MMÜ 692 Specia l Problems in Mechanical Engineering I 3 0 3 8

MMÜ 695 Specia l Problems in Mechanical Engineering II 3 0 3 8

MMÜ 697 Scienti fi c Wri ting 3 0 3 8

MMÜ 605 Specia l Topics 3 0 3 8

Master's students are required to take 8 courses (one of which is MMÜ 698 – Seminar)having a total of minimum 60 ECTS credits. The program has two compulsory (must)courses which are mathematics courses:

MMÜ 602 Numerical MethodsMMÜ 604 Analytical Methods in Engineering

Furthermore, each student must choose one of the following areas of specialization andcomplete the course requirements accordingly:

A. Thermal-Fluids Systems and Energy

MMÜ 606 Advanced Fluid Mechanics



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MMÜ 615 Advanced Heat and Mass Transfer or MMÜ 618 AdvancedThermodynamics

B. Dynamics, Control and Mechatronics MMÜ 612 Advanced Dynamics MMÜ 617 State Space Control Theory MMÜ 631 Advanced Mechanical Vibrations

C. Solid Mechanics and Design MMÜ 609 Elasticity Plasticity (will be taught as MMÜ 692 Special Problems in Mechanical

Engineering I in 2015-2016 Fall Semester).

D. Materials and Manufacturing MMÜ 677 Advanced Mechanical Behavior of Material MMÜ 670 Materials Thermodynamics or MMÜ 674 Kinetics of Processes in

Materials ScienceThe remaining courses (2 or 3 depending on the area of specialization) can be chosenfrom other departments or universities upon the consent of the supervisor.

MS program compulsory courses (MMÜ 602 and MMÜ 604) and area specific compulsorycourses must be taken from the department. These courses or their equivalents cannot betaken from another department at Hacettepe University or another university.

IMPORTANT NOTE:

Graduate courses are organized and taught in pairs; every MS course (6XX) has aPhD level (7XX) equivalent (except MMÜ 642, MMÜ 662, MMÜ 645 and MMÜ 697) withthe same content, instructor, date and place given. MS students are required toregister for 6XX and PhD students are required to register for 7XX courses due tothe difference in the ECTS credits of the courses.

Paired (equivalent) MS and PhD courses are:

MMÜ 602/MMÜ 701MMÜ 604/MMÜ 703MMÜ 606/MMÜ 707

MMÜ 609/MMÜ 708MMÜ 612/MMÜ 711MMÜ 615/MMÜ 714MMÜ 617/MMÜ 716MMÜ 618/MMÜ 719MMÜ 623/MMÜ 721MMÜ 625/MMÜ 724MMÜ 626/MMÜ 722MMÜ 631/MMÜ 730MMÜ 634/MMÜ 733MMÜ 647/MMÜ 746

MMÜ 648/MMÜ 749



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MMÜ 651/MMÜ 750MMÜ 654/MMÜ 753MMÜ 664/MMÜ 763MMÜ 670/MMÜ 771MMÜ 674/MMÜ 772MMÜ 675/MMÜ 773

MMÜ 677/MMÜ 776MMÜ 680/MMÜ 779MMÜ 692/MMÜ 793MMÜ 695/MMÜ 794



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Doctor of Philosophy (PhD)

The program requires 240 ECTS credits in total. 120 ECTS credits must come from coursework. A sample curriculum is given below.

COURSE NAME T P C ECTSNUMBER

OFCOURSE NAME T P C ECTS

NUMBER

OF

1. SEMESTER 2. SEMESTER

LIST OF COMPULSORY COURSES LIST OF COMPULSORY COURSES

MMÜ701 Applied Numerical Analysis 3 0 3 10 13 MMÜ703 Analytical Methods in Engineering I 3 0 3 10 13

TOTAL CREDITS (COMPULSORY

COURSES) 3 0 3 10TOTAL CREDITS (COMPULSORY COURSES)

3 0 3 10

LIST OF ELECTIVE COURSES LIST OF ELECTIVE COURSES

Elective Course1 3 0 3 10 1 Elective Course3 3 0 3 10 1

Elective Course2 3 0 3 10 1 Elective Course4 3 0 3 10 1

TOTAL CREDITS( ELECTIVE COURSES) 6 0 6 20 TOTAL CREDITS( ELECTIVE COURSES) 6 0 6 20

SEMESTER TOTAL 9 30 SEMESTER TOTAL 9 30



MMÜ 799 Seminar 2 2 3 10 13 MMÜ797 Preparation for the Ph.D. Qualifyin 0 4 2 30 13


COURSES) 2 2 3 10

TOTAL CREDITS (COMPULSORY COURSES)

0 4 2 30

LIST OF ELECTIVE COURSES

Elective Course5 3 0 3 10 1

Elective Course6 3 0 3 10 1

TOTAL CREDITS( ELECTIVE COURSES) 20




MMÜ700 SPECIAL TOPICS 5 0 0 30 13 MMÜ700 SPECIAL TOPICS 5 0 0 30 13


COURSES) 5 0 0 30TOTAL CREDITS (COMPULSORY COURSES)

5 0 0 30




MMÜ700 SPECIAL TOPICS 5 0 0 30 13 MMÜ700 SPECIAL TOPICS 5 0 0 30 13

5 0 0 30 TOTAL CREDITS (COMPULSORY COURSES) 5 0 0 30


OVERALL TOTAL 240

COMPULSORY COURSES TOTAL CREDITS 180

ELECTIVE COURSES TOTAL CREDITS 60

COMPULSORY COURSES PERCENTAGE 33ELECTIVE COURSES PERCENTAGE 67

AUTUMN SPRING

COURSE CURRICULUM


Graduate School of Science and Engineering

Department of Mechanical Engineering

Doctorate Program



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List of Elective Courses

LIST OF ELECTIVE COURSES T P C ECTS

MMÜ 707 Incompress ible Flows 3 0 3 10

MMÜ 708 Advanced Elasticity 3 0 3 10

MMÜ 711 Analytica l Dynamics 3 0 3 10

MMÜ 714 Advanced Heat Transfer 3 0 3 10

MMÜ 716 Advanced State Space Control Theory 3 0 3 10

MMU 719 Advanced Engineering Thermodynamics 3 0 3 10

MMÜ 721 Finite Element Appl ication of Fracture Mechanics 3 0 3 10

MMÜ 722 Sol id Mechanics Appl ications of Finite Element Method 3 0 3 10

MMÜ 724 Advanced Computational Fluid Dynamics 3 0 3 10

MMÜ 730 Appl ied Mechanical Vibrations 3 0 3 10MMÜ 733 Analys is and Des ign Of Rigid And Compl iant Mechanisms 3 0 3 10

MMÜ 746 Advanced Sensor Technologies 3 0 3 10

MMÜ 749 Advanced Robust Control 3 0 3 10

MMÜ 750 Si mul ati ons of Ve hi cl e Dyna mi cs 3 0 3 10

MMÜ 753 Advanced Vehicle Control 3 0 3 10

MMÜ 763 Materia ls Synthes is and As sembly Techniques 3 0 3 10

MMÜ 771 Thermodynamics in Materia ls Science 3 0 3 10

MMÜ 772 Ki neti cs of Ma te ri al s 3 0 3 10

MMÜ 773 Structural Characterization Techniques 3 0 3 10

MMÜ 776 Deformation, Fatigue and Fracture Behavior of Materia ls 3 0 3 10

MMÜ 779 Particulate Two-phase Flows 3 0 3 10

MMÜ 793 Special Problems in Mechanical Engineering I 3 0 3 10

MMÜ 794 Special Problems in Mechanical Engineering I I 3 0 3 10

PhD students are required to take 10 courses including MMÜ 799 – Seminar and MMÜ797 – Preparation for the PhD Qualifying Exam courses having a total of minimum 120ECTS credits.

The program has two compulsory (must) courses (except MMÜ 799 and MMÜ 797):

MMÜ 701 Applied Numerical AnalysisMMÜ 703 Analytical Methods in Engineering II

PhD program compulsory courses (MMÜ 701 and MMÜ 703) must be taken from thedepartment. These courses or their equivalents cannot be taken from another departmentat Hacettepe University or another university.

IMPORTANT NOTE:

Graduate courses are organized and taught in pairs; every MS course (6XX) has aPhD level (7XX) equivalent (except MMÜ 642, MMÜ 662, MMÜ 645 and MMÜ 697) with

the same content, instructor, date and place given. MS students are required to



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register for 6XX and PhD students are required to register for 7XX courses due tothe difference in the ECTS credits of the courses.

Paired (equivalent) MS and PhD courses are:

MMÜ 602/MMÜ 701

MMÜ 604/MMÜ 703MMÜ 606/MMÜ 707MMÜ 609/MMÜ 708MMÜ 612/MMÜ 711MMÜ 615/MMÜ 714MMÜ 617/MMÜ 716MMÜ 618/MMÜ 719MMÜ 623/MMÜ 721MMÜ 625/MMÜ 724MMÜ 626/MMÜ 722MMÜ 631/MMÜ 730

MMÜ 634/MMÜ 733MMÜ 647/MMÜ 746MMÜ 648/MMÜ 749MMÜ 651/MMÜ 750MMÜ 654/MMÜ 753MMÜ 664/MMÜ 763MMÜ 670/MMÜ 771MMÜ 674/MMÜ 772MMÜ 675/MMÜ 773MMÜ 677/MMÜ 776MMÜ 680/MMÜ 779MMÜ 692/MMÜ 793MMÜ 695/MMÜ 794

You are not allowed to take the PhD level equivalent of a MS course ifyou have taken the course in your MS program (the only exceptions arethe MS courses MMÜ 602 and MMÜ 604)



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PhD Program Timeline

When the course requirements are completed with a minimum GPA of 2.75/4.00,the student is allowed to write a qualification exam.

The qualification exam has two parts and is explained in detail below. After successful completion of the qualification exam, a thesis progress committee

(TPC) is formed (TİK: tez izleme komitesi) and the student is required to prepar e athesis proposal and defend it before TPC in 6 months.

If the thesis proposal is approved by the TPC, the student registers for MMÜ 700 – Special Topics course and the progress of the student is followed by the TPC byformal meetings held at the end of each semester.

Information on PhD Qualification Exam

The qualification exam has two parts. The first part (administered by the Department ofMechanical Engineering) is a general written exam (3 hours) covering the topics ofundergraduate curriculum. Each student selects one of the following four fields for thegeneral exam and receives 5 equally weighted questions from each topic listed under thatfield:

A. Thermal-Fluids Systems and EnergyMathematics (Analytical and Numerical)ThermodynamicsHeat TransferFluid Mechanics Any course from fields B, C and D except Mathematics.

B. Dynamics, Control and MechatronicsMathematics (Analytical and Numerical)System Dynamics and ControlDynamicsTheory of Machines Any course from fields A, C and D except Mathematics.

C. Solid Mechanics and DesignMathematics (Analytical and Numerical)

StaticsMechanics of MaterialsMachine Design Any course from fields A, B and D except Mathematics and Mechanics of Materials.

D. Materials and ManufacturingMathematics (Analytical and Numerical)Materials ScienceManufacturingMechanics of Materials Any course from fields A, B and C except Mathematic and Mechanics of Materials.



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The student must receive a minimum of 60/100 to advance to the 2nd part of thequalification process. The general exams are held twice a year. If a student fails thegeneral exam twice, he/she will be required to take 3 undergraduate courses and pass allof them with a minimum grade of B3 before he/she is allowed to take the exam for the thirdtime.

In the 2nd

part, a formal qualification exam committee is formed and the committeeadministers a written and an oral exam according to the regulations of Graduate School ofScience and Engineering (Fen Bilimleri Enstitüsü).

Journal Paper Requirement for Thesis Defense According to the departmental regulation, each doctoral candidate must have a paper(from his/her thesis work) published or accepted with minor revision by a SCI-Expanded journal before defending his/her thesis.



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4. Seminar Course (MMÜ 698/MMÜ 799)

Students must present a formal seminar that is open to public. The seminar content shouldbe relevant to the thesis/dissertation topic of a student, therefore the seminar coursecannot be undertaken before the approval of thesis/dissertation proposal. A seminar

presentation must demonstrate the progress in student’s research, for that reason it needsto be carried out only after substantial amount of research work has been done.Registered students must attend at least 70% of the presentations, otherwise they will failbased on attendance. Students are expected to follow the seminar preparation guidelineswhen preparing their presentation.

5. Thesis Proposal and Special Topics Courses (MMÜ 605/MMÜ 700)

MS degree program students can submit their thesis proposal as early as their 2nd semester in the program. PhD degree students can submit their proposal only after thesuccessful completion of qualifying requirements. Both MS and PhD students can registerfor Special Topics course offered by their thesis supervisor after the approval of theirproposal by the Graduate School of Science and Engineering. The special topics coursemust be taken every term until the thesis defense.



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Scientific Preparation Program

Students with an undergraduate degree different from the Mechanical Engineering or Aerospace Engineering departments are required to complete the scientific preparationprogram. Courses need to be undertaken are decided by the Departmental Academic

Board and then the Graduate School of Science and Engineering are informed with thesecourseload that the student needs to complete. Scientific Preparation Program consists ofat most 5 courses, which are 2nd and 3rd year core courses of the department as below:

MMÜ 203 StaticsMMÜ 204 DynamicsMMÜ 205 Thermodynamics IMMÜ 208 Mechanics of MaterialsMMÜ 209 Materials ScienceMMÜ 214 Manufacturing EngineeringOMÜ 332 Vehicle Component DesignMMÜ 305 Fluid MechanicsMMÜ 307 Design of Machine ElementsMMÜ 306 Heat TransferMMÜ 309 Theory of MachinesMMÜ 324 System Dynamics and ControlMMÜ 340 Mechanical Vibrations

Students in Scientific Preparation Program must complete the selected undergraduatelevel courses in addition to the courses required by the degree program. Theseundergraduate courses will be automatically assigned to the students and there is no need

for petition regarding this issue.



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MMÜ 698SEMINAR PREPARATION GUIDELINES

General:

Each graduate student must prepare an abstract about his/her thesis proposal and send

this abstract to the seminar coordinator one week before the seminar lecture. Abstract should not exceed 500 words. In this document, the title, objective and scope of

the thesis should be given. The method that you would like to use and the aim that youwould like to reach during your thesis studies should be clearly presented. You can addfigures and graphics that can draw attention of the prospective audience.

The duration for seminar presentation is 20 minutes.

Time allowed for questions and discussion after the presentation is 10 minutes.

Presentation with an average number of 20-25 slides is advised to be prepared. (It can varyaccording to the content)

Content:

1st Slide: Include the title of the study, name and surname of the student and theadvisor/supervisor.

2nd Slide: Provide the content of the Seminar (“Table of Contents or Outline”)

Introduction: Information about the thesis problem, literature survey, purpose and scopeshould be given. Your literature review must be mainly based on information from theScience Citation Index journals.

Method: Theory and/or experimental methods should be explained.

Results: If there are, the results of the preliminary studies should be given. The

experiment and/or simulation results should be presented in this section in graphical andtable format.

General Results: The fundamental results of the studies should be presented in thissection.

Further studies: Future studies should be summarized.

References: The list of the references should be given in this section.

Format:

Give single idea/info about your work in each slide and avoid giving unnecessary

information. Be careful in using 6-8 lines in each slide and 6-8 words in each line. DO NOT FILL UP

THE SLIDE WITH PARAGRAPHS OF WRITTEN INFORMATION.

Try to use figures and graphics to present your work and ideas in your slides.

Use few and clear sentences and keywords in the slides.

Chose different colors for the text and for the background of the slides.

Make the designs of the slides identical.

Use at least font size 20 for the text.

Do not use more than one graphic in a slide.

Make the graphics and figures clear. MAKE SURE THAT THEY ARE CLEARLY VISIBLE

FROM THE BACK OF THE ROOM.



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Avoid using many equations in your slides.

During the presentation:

Spend at least one minute for a slide.

Make eye contact with the audience.

Adjust your voice tone and present clearly. Don’t directly read the text from the slide during the presentation.

Don’t block the slides during presentation.

USE A LASER POINTER.

Inform the audience when you start a new section (you can use the content slide as aseparator for each section)

DO NOT EXCEED THE ALLOCATED TIME.

PRACTICE, PRACTICE, PRACTICE!



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Thesis Seminar Evaluation Form (MS/PhD)

Name and Surname

Date

Grade Mark (1-5)

Knowledge Level About the Thesis Subject/Scientific Content

Research Ability

Literature Survey Ability, Aims and Scope, Quality of the Thesis Pre-

Studies

Presentation Organization

Figures and Tables, Size of the Letters, Slide Background, Oral

Presentation Organization, Time Usage, References

Oral Skills

Voice Tone, Eye Contact with the Audience, Time Usage

General Quality of the Presentation / Total

Grading System:

Total 20-19 19-18 17-16 15-14 14-13 12-11 8-10 <8

Grade A1 A2 A3 B1 B2 B3 C1 C2 C3 F

Suggestions for Improvement:



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FORMS

(TURKISH AND ENGLISH)

Engl ish forms are inform at ion pu rposes only. Turk ish form s must be

used .



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FORM ILisans Dersi Alma Dilekçesi

………/………/201.. Makina Mühendisliği Anabilim Dalı Başkanlığına

Alınması İstenen Lisans DersininKodu

Alınması İstenen Lisans DersininAdı (İNGİLİZCE)

Teorik-Pratik-Kredi/AKTS

Yukarıda kodu ve adı belirtilen dersleri lisans eğitimimde almadım. Bu dersleri Yüksek

lisans programımda almak istiyorum.

Öğrencinin Adı, Soyadı:

No:

İmza:

Danışman Onayı:

Bölüm Başkan Yardımcısı Onayı:

LİSANSÜSTÜ EĞİTİM ÖĞRETİM VE SINAV YÖNETMELİĞİMadde 30- 4: Yüksek lisans öğrencisinin alacağı derslerin en çok i ki si, l isans öğrenimi sırasında alınmamış olmasıkoşuluyla, lisans derslerinden seçilebilir.



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FORM II

Başka Üniversiteden Ders Alma İstek Formu

………/………/201..

Makina Mühendisliği Anabilim Dalı Başkanlığına

Alınması İstenenLisansüstü Dersin Kodu

Alınması İstenen Lisansüstü Dersin Adı(Türkçe / English)

Teorik-Pratik-Kredi/AKTS

Yukarıda kodu ve adı belirtilen dersleri ………………………………………..... Üniversitesi,………………………….Bölümü’nden seçmeli ders olarak MS/PhD programımda almakistiyorum. Ders içeriği ekte sunulmuştur.


No:

İmza:

Danışman Onayı:




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FORM III

Başarısız Olunan Seçmeli Ders Yerine Yeni Bir Seçmeli Ders Alma İstek Formu

………/………/201..

Makina Mühendisliği Anabilim Dalı Başkanlığına

Başarısız Olunan Seçmeli Lisansüstü DersinKodu ve Adı

Alınması İstenen Seçmeli Lisansüstü DersinKodu ve Adı

Yukarıda kodu ve adı belirtilen, başarısız olduğum seçmeli derslerinin yerine yineyukarıdaki tabloda belirtilen dersleri seçmeli ders olarak MS/PhD programımda almakistiyorum.


No:

İmza:

Danışman Onayı:




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FORM I Form for Taking Undergraduate Course

………/………/201..


The code of the undergraduatecourse desired to be taken

The title of the undergraduatecourse desired to be taken

Theoretical-Practical-Credit/ECTS

I did not take the undergraduate courses listed above during my undergraduate studies.Therefore, I would like to take these undergraduate courses in my MS degree studyprogram.

Student Name, Surname:

ID No:

Signature:

Approval of the Advisor/Supervisor:

Approval of the Vice Chair:



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FORM II

Form for Taking a Course from another University

………/………/201..


The code of the graduatecourse desired to be

taken

The title of the graduate course desired to be taken Theoretical-Practical-Credit/ECTS

I would like to take the courses mentioned above in the table with their codes and titlesfrom………………………………………..... University, ………………………….Departmentin my graduate degree program. The content and the program of the courses aresubmitted in the attached document.


ID No:

Signature:

Approval of the Supervisior:

Approval of the Vice-Chair



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FORM IIIForm for Taking an Elective Course instead of a Failed Elective Course

………/………/201..


The Code and title of the failed graduate electivecourse

Code and title of the graduate elective coursedesired to be taken

I would like to take the elective course listed above in the table with its code and title in mygraduate degree program instead of the elective course listed in left column of the sametable.


ID No:

Signature:

Approval of the Supervisor:

Approval of the Vice Chair:

Graduate Program Guide Hacettepe

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