Çift anadal programının amacı, akademik olarak başarılı öğrencilerin Makina Mühendisliği Bölümü'nden ikinci bir lisans derecesi almalarına izin vermektir.
Program, lisans müfredatındaki bütün derslerden oluşmaktadır. Bu yüzden, Makina Mühendisliği'nde çift anadal yapmak isteyen öğrenciler, hem kendi lisans programlarının hem de Makina Mühendisliği'nin lisans programının gereklerini yerine getirmek zorundadır. Makina Mühendisliği lisans programının gereklerini yerine getirdiği düşünülen derslerin denkliğine, Fakülte Yönetim Kurulu'nun onayına bağlı olarak Bölüm karar verir.
Lisans Çift Anadal Programı yönetmeliğine http://oidb.metu.edu.tr/en/double-major-minor-program-applications adresinden ulaşılabilir.
Çift Anadal koordinatörü:Dr. Suat Kadioğlu (ofis B-318, tel : 210-5294, e-mail: kadioglu@metu.edu.tr)
Önemli Not: Anadalı Makina Mühendisliği olan Çift Anadal öğrencilerimiz zorunlu derslerini Makina Mühendisliği Bölümünden almak zorundadırlar. Bu sebeple, zorunlu dersler göz önünde bulundurulduğunda belirtilmiş olan denklik tablosu bu öğrenciler için geçerli değildir.
Müfredat
Aşağıdaki tabloda şu anki Makina Mühendisliği çift anadal programında kullanılan ders denklikleri listelenmiştir:
| Makina Mühendisliği'nde Çift Anadal İçin Ders Denklikleri: | |||
| Kod | Ders Adı | Kod | Ders Adı |
| ME 105 | Computer Aided Engineering Drawing I | ME 105 | Computer Aided Engineering Graphics |
| PHYS 105 | General Physics I | PHYS 109 | Mechanics |
| PHYS 106 | General Physics II | PHYS 110 | Electromagnetism |
| CHEM 107 | General Chemistry | ||
| CHEM 101 | General Chemistry I | ||
| CHEM 111 | General Chemistry I | ||
| CENG 230 | Introduction to C Programming | ||
| CENG 200 | Introduction to Computers and Fortran Programming | ||
| CENG 140 | C Programming | ||
| ME 200 | Mechanical Engineering Orientation | ||
| AEE 101 | Introduction to Aerospace Engineering | ||
| CHE 102 | Introduction to Chemical Engineering | ||
| CE 102 | Introduction to Civil Engineering | ||
| CENG 100 | Computer Engineering Orientation | ||
| EE 100 | Introduction to Electrical Engineering | ||
| ENVE 101 | Introduction to Environmental Engineering | ||
| FDE 101 | Introduction to Food Engineering | ||
| GEOE 105 | Introduction to Geological Engineering | ||
| IE 102 | Industrial Engineering Orientation | ||
| METE 102 | Introduction to Metallurgical and Materials Engineering | ||
| MINE 102 | Introduction to Mineral Industries | ||
| PETE 110 | Introduction to Petroleum Engineering | ||
| ME 202 | Manufacturing Technologies | ME 212 | Principles of Production Engineering |
| ME 203 | Thermodynamics I | ||
| AEE 231 | Thermodynamics | ||
| CHE 204 | Thermodynamics I | ||
| ME 205 | Statics | ||
| AEE 261 | Statics | ||
| CE 221 | Engineering Mechanics I | ||
| ES 221 | Engineering Mechanics I | ||
| ES 223 | Statics and Strength of Materials | ||
| ES 225 | Engineering Mechanics | ||
| ME 206 | Strength of Materials | ||
| AEE 264 | Mechanics of Materials | ||
| CE 224 | Mechanics of Materials | ||
| ES 224 | Strength of Materials | ||
| ME 208 | Dynamics | ||
| AEE 262 | Dynamics | ||
| CE 222 | Engineering Mechanics II | ||
| ME 210 | Applied Mathematics for Mechanical Engineers | ||
| ES 202 | Mathematics for Engineers | ||
| MATH 260 | Basic Linear Algebra | ||
| PHYS 210 | Mathematical Methods in Physics II | ||
| EE 209 | Fundamentals of Electrical and Electronics Engineering | ||
| EE 281 | Electrical Circuits | ||
| EE 201 | Circuit Theory I | ||
| PHYS 203 | Introductory Electronics | ||
|
METE 227 |
Basic Concepts in Materials Science | ||
| METE 201 | Materials Science I | ||
| METE 222 | Materials Science and Engineering | ||
| METE 225 | Engineering Materials | ||
| CE 241 | Materials Science | ||
| METE 228 | Engineering Materials | METE 202 | Materials Science II |
| MATH 219 | Introduction to Differential Equations | PHYS 209 | Mathematical Methods in Physics I |
| ECON 210 | Principles of Economics | ECON 211 | Principles of Economics I |
| ME 304 | Control Systems | ||
| AEE 383 | Systems Dynamics | ||
| CENG 382 | Analysis of Dynamic Systems with Feedback | ||
| CHE 407 | Process Control | ||
| EE 381 | Systems and Control | ||
| EE 302 | Feedback Systems | ||
| ME 305 | Fluid Mechanics I | ||
| AEE 244 | Fluid Mechanics | ||
| CE 371 | Fluid Mechanics | ||
| CHE 302 | Fluid Mechanics | ||
| ME 310 | Numerical Methods | ||
| ES 301 | Numerical Methods in Engineering | ||
| ES 305 | Computing Methods in Engineering | ||
| ES 361 | Computing Methods in Engineering | ||
| CENG 371 | Scientific Computing | ||
| EE 443 | Computational Methods in Electrical Engineering | ||
| ME 311 | Heat Transfer | ||
| AEE 331 | Heat Transfer | ||
| CHE 327 | Heat and Mass Transfer Operations | ||
| ME 413 | Introduction to Finite Element Analysis | AEE 464 | Applications of Finite Element Analysis in Aerospace Structures |
| CE 425 | Introduction to Finite Elements | ||
| ES 403 | Finite Element Method | ||
| ME 423 | Gas Turbines and Jet Propulsion | AEE 435 | Propulsion Systems II |
| ME 429 | Mechanical Vibrations | AEE 463 | Mechanical Vibrations |
| ME 433 | Engineering Metrology and Quality Control | IE 463 | Quality Planning and Control |
| ME 434 | Advanced Strength of Materials | AEE 361 | Applied Elasticity |
| CE 423 | Advanced Mechanics of Materials | ||
| ME 443 | Engineering Economy and Production Management | CE 231 | Engineering Economy |
| CHE 423 | Chemical Engineering Economics | ||
| IE 347 | Engineering Economy and Cost Analysis | ||
| MINE 424 | Project Management in Mining | ||
| ME 444 | Reliability in Engineering Design | ES 406 | Reliability |
| ME 450 | Nondestructive Testing Methods | METE 478 | Nondestructive Evaluation of Materials |
| ME 451 | Introduction to Composite Structures | AEE 469 | Mechanics of Composite Materials |
| METE 470 | Composite Materials | ||
| ME 455 | Manufacturing of Polymeric Structures | CHE 454 | Polymer Process Analysis and Design |
| METE 460 | Engineering with Polymers | ||
| ME 485 | Computational Fluid Dynamics Using Finite Volume Method | AEE 443 | Computational Aerodynamics |