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Qualification Requirements

The Program is based on the ECTS credit accumulation mode of study. Students can be awarded the Bachelor of Science Degree in Automotive Engineering upon completion of 240 credits. These credits are allocated to compulsory and elective courses as shown in the table below. The list of compulsory and elective courses is provided in the Program’s course structure.

Module Group	ECTS
Required Courses	230
Free Elective	10
TOTAL	240

Required Courses Modules

The student must successfully complete 230 ECTS, from the following list of modules:

No.	Code	Name	ECTS	Hours / week
1	ACES103	STATICS	5	3
2	ACSC104	COMPUTER PROGRAMMING FOR ENGINEERS	5	2 + 2
3	AMAT111	CALCULUS AND ANALYTIC GEOMETRY I	5	3
4	AMAT122	CALCULUS AND ANALYTIC GEOMETRY II	5	3
5	AMAT181	LINEAR ALGEBRA WITH MATLAB	5	3
6	AMAT204	DIFFERENTIAL EQUATIONS	5	3
7	AMEE200	THERMODYNAMICS I	5	3 + 1
8	AMEE202	FLUID MECHANICS I	5	3 + 1
9	AMEE310	HYDRAULICS AND PNEUMATICS	5	3 + 1
10	AMEG103	ENGINEERING DRAWING	4	3
11	AMEG104	COMPUTER AIDED DESIGN METHODOLOGY I	5	1 + 3
12	AMEG203	COMPUTER AIDED DESIGN METHODOLOGY II	5	1 + 3
13	AMEM106	MATERIALS SCIENCE AND ENGINEERING	5	3
14	AMEM201	MANUFACTURING PROCESSES	5	3
15	AMEW101	MECHANICAL WORKSHOP	2	0 + 3
16	APHY111	MECHANICS, HEAT AND WAVES WITH LAB	5	3 + 2
17	AUTO100	FRESHMAN AUTOMOTIVE ENGINEERING	4	3
18	AUTO101	VEHICLES TECHNOLOGY	5	3
19	AUTO105	TRAINING IN AUTOMOTIVE SERVICE STATION	2	0
20	AUTO108	VEHICLE ELECTRICAL AND ELECTRONIC PRINCIPLES	5	3 + 1
21	AUTO109	AUTOMOTIVE WORKSHOP I	2	0 + 3
22	AUTO201	MECHANICS OF AUTOMOTIVE ENGINEERING MATERIALS WITH LAB	6	3 + 2
23	AUTO203	VEHICLE ELECTRIC AND ELECTRONIC SYSTEMS WITH LAB	6	3 + 2
24	AUTO204	DYNAMICS FOR AUTOMOTIVE ENGINEERS	5	3 + 1
25	AUTO205	INTRODUCTION TO VEHICLE SYSTEMS	5	3 + 1
26	AUTO206	ELECTRONIC MANAGEMENT SYSTEM WITH LAB	6	3 + 2
27	AUTO208	AUTOMOTIVE WORKSHOP II	3	0 + 3
28	AUTO209	AUTOMOTIVE DIAGNOSTICS	5	2 + 3
29	AUTO210	TECHNOLOGY AND BUSINESS	5	3 + 1
30	AUTO301	AUTOMOTIVE THERMAL MANAGEMENT	5	3 + 1
31	AUTO302	VEHICLE INTERNAL COMBUSTION ENGINES	5	3 + 1
32	AUTO303	VEHICLE DYNAMICS AND CONTROL I	6	3 + 2
33	AUTO305	TRIBOLOGY FOR AUTOMOTIVE SYSTEMS	6	3
34	AUTO308	MACHINE ELEMENTS AND ANALYSIS I	5	3 + 1
35	AUTO309	MACHINE ELEMENTS AND ANALYSIS II	6	3 + 1
36	AUTO310	COMPUTATIONAL FLUID DYNAMICS METHODOLOGY AND APPLICATIONS	6	3 + 1
37	AUTO400	GROUND VEHICLE AERODYNAMICS	5	3
38	AUTO401	VEHICLE INTERNAL COMBUSTION ENGINES DESIGN	5	3 + 1
39	AUTO402	VEHICLE DYNAMICS AND CONTROL II	5	3
40	AUTO403	VEHICLE STRUCTURES	6	3 + 2
41	AUTO404	VEHICLE CRASHWORTHINESS	6	3 + 2
42	AUTO405	VEHICLE ENGINEERING DESIGN	5	3
43	AUTO406	MAJOR PROJECT	8	1
44	AUTO407	CAD/CAM TECHNOLOGY IN AUTOMOTIVE ENGINEERING	6	3 + 1
45	AUTO408	AUTOMOTIVE OPERATIONS MANAGEMENT	5	3 + 1
46	AUTO409	AUTOMOTIVE MECHATRONICS	5	3