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Bachelor of Science in Mechanical Engineering |
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Total Credit Hours |
138 |
General Education Requirements |
21 |
Cr. Hours |
|
Course Code |
Course Title |
Prerequisite(s) |
Cr. Hours |
ARL 101 (A) | Communication Skills in Arabic I | No Prerequisite |
3 |
ENG 200 |
English II |
IELTS average score of 6 or EMSAT average score of 1400 or passing grade in ENG102 FWS100/USS001 as Co-req if placed in ENG200 |
3 |
FWS 205 | UAE and GCC Society | ENG102+FWS100/USS001. FWS100/USS001 (Co) if placed in ENG200 directly |
3 |
FWS 310 | Fundamentals of Innovation and Entrepreneurship | ENG 200 + completion of 60 Credit hours |
3 |
ISL 100 (A) | Islamic Culture | No Prerequisite |
3 |
MTT102 | Calculus I | MTT 101 (C grade) or MPT |
3 |
STT 100 | General Statistics | No Prerequisite |
3 |
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Degree Requirements |
35 |
Cr. Hours |
|
Course Code |
Course Title |
Prerequisite |
Cr. Hours |
CHE 205 |
General Chemistry I |
ENG 100 (Co) / ENG 200 (Co) |
3 |
CHE 201L |
Chemistry Lab |
CHE 205 (co-requisite) |
1 |
CSC 201 |
Structured Programming |
MTT 102 |
3 |
GEN 101 |
Introductory Artificial Intelligence | STT 100 |
3 |
GEN 201 |
Engineering Economy |
ENG 200 + MTT 102 |
2 |
GEN 400 |
Engineering Ethics |
Senior level |
1 |
MEC 130 |
Introduction to Mechanical and Industrial Engineering |
No Pre-requisite |
2 |
MTT 200 |
Calculus II |
MTT 102 |
3 |
MTT 201 |
Calculus III |
MTT 200 |
3 |
MTT 204 |
Introduction to Linear Algebra |
MTT 200 |
3 |
MTT 205 |
Differential Equations |
MTT 200 + MTT 204(Co) |
3 |
PHY 102 |
Physics and Engineering Applications I |
MTT 102 |
3 |
PHY 102 L |
Physics and Engineering Applications I Lab |
MTT 102 + PHY 102 (co-requisite) |
1 |
PHY 201 |
Physics and Engineering Applications II |
PHY 102 |
3 |
PHY 201 L |
Physics and Engineering Applications II Lab |
PHY 102 + PHY 201 (co-requisite) |
1 |
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Major Requirements |
67 |
Cr. Hours |
|
Course Code |
Course Title |
Prerequisite |
Cr. Hours |
CIV 201 |
Statics |
MTT 102+PHY 102 |
3 |
MEC 300 |
Materials Science |
CHE 205 |
3 |
MEC 301 |
Manufacturing Processes |
MEC 300 |
3 |
MEC 302 |
Mechanics of Materials |
CIV 201+MEC 300 |
3 |
MEC 310 |
Dynamics |
CIV 201 + MTT204 |
3 |
MEC 320 |
Thermodynamics I |
PHY 102 |
3 |
MEC 321 |
Thermodynamics II |
MEC 320 |
3 |
MEC 330 |
Computer Aided Drawing |
MEC 130 |
2 |
MEC 340 |
Machine Design I | MEC 330 + MEC 300 |
3 |
MEC 350 |
Fluid Mechanics |
CIV 201 + MTT 205 |
3 |
MEC 351 |
Fluid Mechanics Lab |
MEC 350 (co-requisite) |
1 |
MEC 390 |
Electromechanical Devices |
PHY 201 |
3 |
MEC 399i |
Internship |
90 credit hours |
3 |
MEC 410 |
Control Systems |
MEC 310 + MEC 390 |
3 |
MEC 411 |
Kinematics and Dynamics of Machinery |
MEC 310 |
3 |
MEC 412 |
Dynamic and Control Systems lab |
MEC 410 (co-requisite) |
1 |
MEC 420 |
Heat Transfer |
MEC 320+MEC 350 |
3 |
MEC 421 |
Thermal Engineering Lab |
MEC 420 (co-requisite) |
1 |
MEC 430 |
Machine Design II |
MEC 302 + MEC 340 |
3 |
MEC 432 |
Design and manufacturing lab |
MEC 301 (co-requisite) |
1 |
MEC 463 |
Turbomachinery | MEC 420 |
3 |
MEC 465 |
Numerical & Finite Element Simulation of Engineering Problems | MEC 430 + MEC 420 (co-requisite) |
3 |
MEC 480 |
Mechanical Vibration |
MEC 410 |
3 |
MEC 482 |
Introduction to Mechatronics | MEC 390 + MEC 410(co-requisite) |
3 |
MEC 498 |
Capstone Design Project I | MEC 465 (co-requisite) |
1 |
MEC 499 |
Capstone Design Project II |
MEC 498 + Senior Level (120 cr) |
3 |
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Electives |
15 |
Cr. Hours |
|
Course Code |
Course Title |
Prerequisite |
Cr. Hours |
ME 1 |
Major Elective I |
- |
3 |
ME 2 |
Major Elective II |
- |
3 |
ME 3 |
Major Elective III |
- |
3 |
OE 1 |
Open Elective I |
- |
3 |
OE 2 |
Open Elective II |
- |
3 |
At least 1 of the 2 open elective courses must be taken from the below list.
FWS 305 |
Technical Communications for Workplace |
ENG 200 + Completion of 45 c. hr. |
3 |
MAC 317 |
Public Speaking |
ENG 200 |
3 |
Mechanical Engineering Electives/ Themes* |
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Themes options |
Course Code |
Course Title |
Prerequisite(s) |
Cr. Hours |
Energy Systems |
MEC 460 |
Air Conditioning Systems |
MEC 420 |
3 |
MEC 461 |
Internal Combustion Engines |
MEC 321 |
3 |
|
MEC 462 |
Energy Management |
MEC 420 |
3 |
|
MEC 464 |
Power Plants |
MEC 321+MEC 420 |
3 |
|
Materials and Manufacturing |
MEC 431 |
Computer Aided Machine Design |
MEC 430 |
3 |
MEC 470 |
Composites Materials Design |
MEC 300+MEC 302 |
3 |
|
MEC 471 |
Introduction to Computer Aided Manufacturing |
MEC 301 |
3 |
|
MEC 472 |
Mechanics of Materials II |
MEC 302 |
3 |
|
MEC 473 |
Non-Conventional Manufacturing |
MEC 301 |
3 |
|
MEC 474 | Fracture & Fatigue Control in Design | MEC430+MEC465(Co) |
3 |
|
Mechatronics |
MEC 481 |
Introduction to Robotics |
CSC 201 |
3 |
MEC 483 |
Mechatronics System Design |
MEC 482 |
3 |
|
MEC 450 |
Hydraulic & Pneumatic systems |
MEC 350 |
3 | |
MEC 451 |
PLC and Industrial Automation |
MEC 450 |
3 | |
MEC 484 |
Artificial Intelligence in Mechatronics |
MEC 482, CSC 201, GEN 101 |
3 | |
MEC 485 |
DCS and SCADA |
MEC482, MEC 451(co-req) |
3 |
|
Aerospace |
MEC 490 |
Compressible Fluid Mechanics |
MEC 350 |
3 |
MEC 491 |
Aerodynamics |
MEC 350 |
3 |
|
MEC 492 |
Aerospace Propulsion |
MEC 350 |
3 |
|
MEC 493 |
Aerospace Structures |
MEC 302+MEC 350 |
3 |
|
Metallurgy |
MEC 475 |
Microstructure Engineering |
MEC 300, MEC 301 |
3 |
MEC 477 |
Corrosion & Degradation of Metals |
MEC 300, MEC 320 |
3 |
|
MEC 474 |
Fracture and Fatigue Control in Design |
MEC 430, MEC 465 |
3 |
|
MEC 476 |
Heat Treatment & Surface Hardening |
MEC 301, MEC 475 |
3 |
|
MEC 478 |
Phase Transformation |
MEC 300, MEC 320, MEC 475 |
3 |
*To Satisfy the requirements of a Theme, two courses must be taken from the same theme.