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Renewable Energy

 
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ProgramRenewable Energy
Duration2.5 Years
Language of InstructionEnglish
AwardRenewable Energy Technology Diploma



PROGRAM  DESCRIPTION : 

This program is designed to provide a quality education in renewa ble energy technology. The participants will gain knowledge in the principles and practice of renewable energy technology together with mathematics and science underlying these principles and they will be prepared to handle operation and technical duties in the traditional technologic al areas of renewable energy practice and related fields.


ADMISSION  REQUIREMENTS : 

Secondary high School Certificate or Equivalent (Science Major).


STUDENT OUTCOMES:

On successful completion of the program the graduate will demonstrate:


1.  An ability to apply the know ledge, techniques, skills and modern tools of their disciplines to electrical engineering technology activities.

2.  An ability to apply a knowledge of mathematics, science, engineering, and techno logy to engineering technology problems that require limited application of principles but extensive practical knowledge.

3. An ability to conduct standard tests and measurements,and to conduct, analyze, and interpret experiments.

4.  An ability to function effectively as a member of a technical team.

5.  An ability to identify, analyze and solve narrowly engineering technology  problems.

6.   An ability to communicate effectively regarding electrical engineering technology activities.

7. An understanding of the need for and an ability to engage in self -directed continued professional development.

8. An understanding of and a commitment to address professional and ethical responsibilities including a respect for diversity.

9.  A commitment to quality, timeliness and continuous improvement.

10. Application of design and assembly of photovoltaic solar panels

1 1. Application of design and implementation of renewable energy (on-grid/off-grid) systems

12.   Become familiar with the tools, technology , and software used in the design and installation of renew­ able energy systems.

13.   Perform calculations and measurements required for renewable energy installation and maintenance work.

14.    Developing skills to build, and troub leshoot power electronics circuits that are used in renewable energy systems.

15.  Implementation and debugging of building smart energy efficiency systems.



 

PROGRAM SUMMARY:

Total Program Credit Hours
75 Credits
Major Compulsory Courses
42 Credits
Major Elective Courses
6 Credits
College Requirements Courses
18 Credits
General Elective Courses
3 Credits
​General Complementary Courses
6 Credits






Major Core Courses                                       (42 Credits)
CodeNo.Course NameCr.Hrs.Theo.Lab.FieldPre-req.
52128Electrical Machines3422
0110/70 ، 113/56
52260Power Electronics34220115/70 
70110Electrical Engineering Fundamentals34220 
70115Electrical Circuits3
4
2
20110/70 , 105/76
70260Electrical Power Systems 34220
115/70
72122Introduction to Renewable Energy Technologies 33300 
72210Smart and Renewable Energy Installation w/s 33300171/30
72212Energy Storage Systems 33300110/70 
72220Photovoltaic Devices and Systems 33300260/52
72221Wind Energy Systems 33300260/52
72222Renewable Energy Control systems 33300115/70 , 106/76
72311Maintenance of Wind Turbine and PV System 33300220/72 , 221/72
72399Field Training6240024 
4265311024



Major Elective Courses                 (6 Credits)
CodeNo.Course NameCr.Hrs.Theo.Lab.FieldPre-req.
52233Electrical Measurements34220115/70
52340Fractional HP Machines34220115/70
70216Advanced Electrical Circuits34220115/70
70261Power System Operation34220260/70
70284Computer Applications3422
0 
70286Advanced Computer Applications3
4220284/70
70292Electrical Calculations34
220110/70
72297Projects
34220 
72313Vehicular Power Systems 33300260/52
72314Biomass and Fuel Cell Energy Systems 33300261/52
72315Concentrated Solar Power 33300220/72


General Core Courses                                 (18 Credits):
CodeNo.Course NameCr.Hrs.Theo.Lab.FieldPre-req.
3099 English (treatment)05500 
30102Technical English3330030/99
76105Mathematics (1)3
3
30
0 
76106Mathematics (2)3330076/105
56113Basic Physics34220 
30162Technical Reports Writing3330030/102
30171Communication Skills333
0030/102
18191720


General Compulsory Courses     (6 Credits)
CodeNo.Course NameCr.Hrs.Theo.Lab.FieldPre-req.
1101Islamic Culture22200 
64252Industrial Management22200 
81298Industrial Safety2
2
200
102/30
666


General Elective Courses            (3 Credits)
CodeNo.Course NameCr.Hrs.Theo.Lab.FieldPre-req.
3112Work Ethics and Loyalty33300 
7141Art Education (1)12020 
7
142Art Education (2)12020141/07
8110Physical Education12020 
10104Research and Libraries12020 
13151Music Education12020 
15114Industrial Psychology22200 
21164Accounting22200 
22104Small Projects Management
22200 
25166Industrial Economics22200 
30107French Language General (1)23300 
57102Introduction of Contracts and Specification33300 
64268Creativity and Design in Technology22200 
65205Automotive Mechanics3330
0 
66135Energy and Water Conservation 3
3300 
70112Green Energy 33300 
79103Oil Culture333
00 


TotalCr.Hrs.
75101




Courses

  • Power System Operation
    3 Credits
    Course Number 70-261
    Type of Course Selected elective
    Contact Hours 4
    Prerequisite 70-260
    Details
  • Computer Applications
    3 Credits
    Course Number 70-284
    Type of Course Selected elective
    Contact Hours 3
    Prerequisite -
    Details
  • Advanced Computer Applications
    3 Credits
    Course Number 70-286
    Type of Course Selected elective
    Contact Hours 4
    Prerequisite 70-284
    Details
  • Electrical Calculations
    3 Credits
    Course Number 70-292
    Type of Course Selected elective
    Contact Hours 4
    Prerequisite 70-115
    Details
  • Projects
    3 Credits
    Course Number 72-298
    Type of Course Selected elective
    Contact Hours 4
    Prerequisite -
    Details
  • Vehicular Power Systems
    3 Credits
    Course Number 72-313
    Type of Course Selected elective
    Contact Hours 3
    Prerequisite 52-260
    Details
  • Biomass and Fuel Cell Energy Systems
    3 Credits
    Course Number 72-314
    Type of Course Selected elective
    Contact Hours 3
    Prerequisite 52-261
    Details
  • Concentrated Solar Power
    3 Credits
    Course Number 72-315
    Type of Course Selected elective
    Contact Hours 3
    Prerequisite 72-220
    Details

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