Department of Mechanical Engineering __

Home | Contact | Türkçe

Türkçe

The aim of the double major program is to allow academically successful students to work towards a second undergraduate diploma degree in the Mechanical Engineering Department.

The program consists of all courses in the undergraduate curriculum. Therefore, those students seeking a double major in Mechanical Engineering must satisfy not only the requirements of their own major program but also the requirements of the B.S. program of the Mechanical Engineering. The equivalency of courses which will be considered to satisfy the requirements of the B.S. program of the Mechanical Engineering are determined by the Department subject to the approval of the Faculty Executive Board.

The directive for Undergraduate Double Major Programs can be reached at
http://www.oidb.metu.edu.tr/english/regulations/ddoublem.html

Double major coordinator:
Prof. Dr. Bülent E. Platin (Office: G-305, Phone: 210-2583, e-mail: platin@metu.edu.tr)

The following table lists course equivalencies used for the Mechanical Engineering double major program currently.

Course Equivalencies for Double Major Program in Mechanical Engineering
Code	Title	Code	Title
ME 113	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	CE 425	Introduction to Finite Elements
ME 413	Introduction to Finite Element Analysis	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
ME 434	Advanced Strength of Materials	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
ME 451	Introduction to Composite Structures	METE 470	Composite Materials
ME 455	Manufacturing of Polymeric Structures	CHE 454	Polymer Process Analysis and Design
ME 455	Manufacturing of Polymeric Structures	METE 460	Engineering with Polymers
ME 485	Computational Fluid Dynamics Using Finite Volume Method	AEE 443	Computational Aerodynamics

Undergraduate

Major

Double Major

Minor on Production

Minor on Mechatronics

Self Assessment

ABET Studies

Graduate

Master's

Doctoral

Continuing Education

This page was modified on 28 October 2008 / Tuesday 14:33

Home - Info - People - Courses - Programs - Research - Contact