Engineering Proficienct Exam (EPE) is a written exam on the basic principals of mechanical engineering; which is conducted within the scope and evaluation of MM423 Mechanical Engineering Applications I course. (Official decision of Undergraduate Program Commission, meeting date 27th July 2015)
-
The grade of MM423 course for each student will include 75% of the project report evaluation score and 25% of the EPE score.
-
Number of questions for EPE has been updated as 70 and the exam duration is reduced to 150 minutes. (5th June 2017)
-
Students are free to use calculators during the exam.
-
The exam includes the subjects of the following courses.
|
Course Code |
Course Name |
Related Subjects |
|
MAT101 MAT102 MM215E MM216E MM313E |
Matematics |
Analytical Geometry, Linear Algebra, Vector Analysis, Differential Equations, Numerical Analysis, Mathematical Analysis |
|
MM324 |
Measurement and Data Evaluation |
Probability distributions, Regression and Curve Fitting Analysis of Experimental Data, Measurement Uncertainties |
|
EM295 |
Principles of Electrical Engineering |
Charge, Current, Voltage, Power and Energy, Laws of Current and Voltage (Kirchoff, Ohm), Serial and Parallel Circuits, AC Circuits, Motors and Generators |
|
MM201E |
Statics |
Force, Equivalent Force Systems, Equilibrium of Solid Bodies, Truss Systems, Kafes Yapılar, Moment of Inertia, Static Friction |
|
MM202 |
Dynamics |
Kinematic Analysis of Particles and Solid Bodies, Kintetic Friction, Newton's 2nd Law, Work and Energy Principles of Particles and Solid Bodies, Equations of Motion, Principles of Impulse-Momentum |
|
MM210E |
Strength of Materials |
Force and Moment Diagrams, Types of Stress (Normal, Shear, Bending, Torsion) Mohr Circle, Stress and Strain (Axial, bending, torsional and shear directions), Combined Loadings |
|
MM206E MM207E |
Materials Science and Manufacturing Processes |
Basic Material Properties, Stress-Strain Diagrams, Ferrous Metals, Non-ferrous Metals, Manufacturing Processes Phase Diagrams, Heat Treatment, Brittle and Ductile Response, Fatigue, Manufacturing Systems |
|
MM301E |
Fluid Mechanics |
Properties of Fluids, Statics of Fluids, Energy and Momentum, Internal and External Flows, Incompressible Flows, Power and Efficiency |
|
MM203E MM204E |
Thermodynamics |
İdeal Gas and Pure Substances, Laws of Thermodynamics, Energy Transfer with Heat, Work and Mass, Entropy, Thermal Efficiency, Combustion and Its Products |
|
MM309E |
Heat Transfer |
Heat Transfer with Conduction, Convection and Radiation, Thermal Resistance |
|
MM306E MM305E MM326E MM403E |
Dynamics of Machinery Mechanisms Control Systems |
Block Diagrams, System Responses, Analysis of position, velocity and acceleration, simple and threaded systems, Force Analyses, MEchanical Vibrations, Friction, Mathematical Modelling |
|
MM303 MM304 |
Machine Elements |
Stress Analysis of Machine elements, Damage Theories and Analysis, Deformation and Strength, Springs, Shafts, Bearings, Power Transfer, Connection Methods, Gear Wheels, Welded Connections |
|
MM314E |
Engineering Economics |
Cost, Relationships of Money and Time, Realted Applications, Combination of Projects |
|
MM423 |
Mechanical Engineering Applications I |
Financial Risk Management, Project Management, Engineering and Ethics, Entrepreneurship and Innovation, Occupational Health and Safety |