• Home
  • Program and Course
  • Mechanical Engineering Program (Automotive) Academic Program (Curriculum) 144 Cr. Hr. / 8 Semesters

Mechanical Engineering Program (Automotive) Academic Program (Curriculum) 144 Cr. Hr. / 8 Semesters

  • Mechanical Engineering |
  • English

Program Description

Automotive Engineers are usually found across the automotive industry. Their activities range from product design, automation and control, to manufacture and production logistics. Maintenance, repair and testing are additional areas of activity for graduates. Graduates of our Automotive Engineering program will also be highly qualified in the following areas: System Engineering and integration. Research and development. Economic analysis. Engineering sales and marketing. Automotive Engineers often interface with others to help find ways to bring their design to fruition, bearing in mind factors such as costs, quality, reliability, ergonomics, appearance, etc.

Learning Outcomes

  • Automotive Engineers are usually found across the automotive industry. Their activities range from product design, automation and control, to manufacture and production logistics. Maintenance, repair and testing are additional areas of activity for graduates. Graduates of our Automotive Engineering program will also be highly qualified in the following areas: System Engineering and integration. Research and development. Economic analysis. Engineering sales and marketing. Automotive Engineers often interface with others to help find ways to bring their design to fruition, bearing in mind factors such as costs, quality, reliability, ergonomics, appearance, etc.

Markets and Career

  • Automotive Engineers are usually found across the automotive industry. Their activities range from product design, automation and control, to manufacture and production logistics. Maintenance, repair and testing are additional areas of activity for graduates. Graduates of our Automotive Engineering program will also be highly qualified in the following areas: System Engineering and integration. Research and development. Economic analysis. Engineering sales and marketing. Automotive Engineers often interface with others to help find ways to bring their design to fruition, bearing in mind factors such as costs, quality, reliability, ergonomics, appearance, etc.

Admission Requirements

Data will be available soon!

Tests & Prerequisites

Data will be available soon!

Cooperation

Data will be available soon!


Accreditation

ABET

Brief

Automotive Engineers are usually found across the automotive industry. Their activities range from product design, automation and control, to manufacture and production logistics. Maintenance, repair and testing are additional areas of activity for graduates. Graduates of our Automotive Engineering program will also be highly qualified in the following areas: System Engineering and integration. Research and development. Economic analysis. Engineering sales and marketing. Automotive Engineers often interface with others to help find ways to bring their design to fruition, bearing in mind factors such as costs, quality, reliability, ergonomics, appearance, etc..

Term 1

Code Title Prequisites
EBA1203 Calculus I None
EBA1103 Physics I None
EBA1401 Statics None
EBA1308 Chemistry None
EIM1101 Manufacturing Technology None
UNR1403 Academic English None
UNRXXXX University Req. Elective None

Term 2

Code Title Prequisites
EBA1204 Calculus II EBA1203
EBA1104 Physics II EBA1103
EBA1402 Dynamics EBA1401
EME1501 Engineering Drawing & Projection None
ECE1101 Programming Fundamentals&Problem Solving None
UNR1407 Academic Writing UNR1403
UNR2101 Communication and Presentation Skills UNR1403

Term 3

Code Title Prequisites
EBA2201 Differential Equations EBA1204
EME 2302 Thermodynamics I EBA1104
EME 2502 Mechanical Engineering Drawing EME1501
EME2505 Theory of Machines EBA1402
EME 2701 Material Science EBA1104 & EBA1402
EEE2308 Electrical Engineering Fundamentals EBA1204 & EBA1103
UNRXXXXA University Req. Elective (2) None

Term 4

Code Title Prequisites
EBA2202 Vector and Complex Analysis EBA2201
EME 2401 Experimental Methods and instrumentation 30 Cr. Hr.
EME 2705 Stress Analysis EME2701
EME 2602 Fluid Mechanics I EBA1104
EEE2209 Electrical Machines EEE2308
EIM2105 Manufacturing Processes EIM1101
EME2303 Thermodynamics II EME2302

Term 5

Code Title Prequisites
EBA3208 Probability & Statistics EBA2202
EME3304 Heat Transfer EME2302
EME3601 Fluid Mechanics II EME2602
EME3801 Internal Combustion Engines I EME2302
EME3506 Machine Design I EME2705 & EME2502
EEC3318 Electronics I EEE2308
EME3000 Practical Training 1 54 Cr. Hr.
EME3803 Introduction to Automotive engineering 65Cr. Hr.

Term 6

Code Title Prequisites
EME3305 Refrigeration and Air Conditioning EME3304
EME3508 Mechanical Vibrations EME2505
EME3804 Automotive Engines EME3801
EME3805 Automotive Power Trains EME3803
EEE3107 Applied Control Systems EEE2209
EME3802 Internal Combustion Engines II EME3801
EME3507 Machine Design II EME3506

Term 7

Code Title Prequisites
EMEXXXXA Elective Course 1 None
EMEXXXXB Elective Course 2 None
EMEXXXXC Elective Course 3 None
EME4812 Vehicle Dynamics EME3804
EME4802 Automotive Engines EME3804
EME4402 Maintenance planning 95 Cr. Hr.
EME4001 Graduation Project (1) 93 Cr. Hr. & EME3000
EME4000 Practical Training 2 93 Cr. Hr. & EME3000

Term 8

Code Title Prequisites
EMEXXXXD Elective Course 4 None
EMEXXXXE Elective Course 5 None
EMEXXXXF Elective Course 6 None
EME4813 Vehicle Maintenance and Repair Engineering EME3803
EME4002 Graduation Project 2 EME4000 & EME4001
UNR4201 Professional Ethics and Practice Law 54 Cr. Hr.
Courses
  • Degree Bachelor
  • Area of study: Science and Engineering
  • Duration: 8 Terms
  • Credit hours: 144.00 hrs
Apply Now

Start your Application

Start The Journey to your Career.
Join us NOW