Bachelor of Science in Electrical Engineering \Smart Grid Systems

Department of Engineering

Department of Information Technology

BACHELOR OF SCIENCE IN ELECTRICAL ENGINEERING SMART GRID SYSTEMS (Active)

Career Prospects

Entry Requirements

Study Plan

Program learning Outcomes

Career Prospects

Entry Requirements

Study Plan

Program learning Outcomes

Condition/ Requirement 1
Hold a UAE High School Certificate a minimum High School Average of 80% for Elite Track, or 85% for Advanced Track or equivalent in Standardized International Systems is required.
Condition/ Requirement 2
Passing EmSAT in English Language with a score of 1200, or its equivalent on other national or internationally-recognized tests approved by the CAA, such as TOEFL ITP score of 550 or 5.5 IELTS academic.
Condition/ Requirement 3
Passing EmSAT in Mathematics with a score of 1000 or equivalent.
Condition/ Requirement 4
Passing EmSAT in Physics with a score of 900 or equivalent.
Condition/ Requirement 5
Passing EmSAT in Arabic Language with a score of 600 or equivalent. Alternatively, non-native Arabic speakers can enroll in a non-credit “Introduction to Arabic Language” course at ADUC.
Condition/ Requirement 6
Passing the personal interview set by School of Engineering and Technology.
Documents Required to Apply
Application Form, completed and signed by the applicant
A non-refundable application fee of AED 400
Original High School Certificate or Equivalent
Four Passport size photographs
Copy of Passport, Visa Page and Emirates ID Card
No objection letter from NATIONAL MILITARY SERVICE for UAE Nationals Program total number of credit hours: 140 Estimated total years of study (4 years )

General Education Courses
SN	Course ID	Course Title	Credit Hours
1.	GED101	Computer Applications	3
2.	GED108	Introduction to Arts	3
3.	GED104	Islamic Culture	3
4.	GED105	Environmental Studies	3
5.	GED107	UAE Society and Culture	3
6.	GED102	English Writing Skills	3
7.	GED110	Innovation and Entrepreneurship	3
Students will take six of the above general education courses, where GED101, GED110 and GED102 are compulsory
Mathematics and Statistics
SN	Course ID	Course Title	Credit Hours
1.	MTH101	Calculus I	4
2.	MTH102	Calculus II	4
3.	MTH103	Discrete Math	3
4.	MTH201	Differential Equations	4
5.	MTH202	Linear Algebra	3
6.	MTH301	Probability & Statistics	3
Basic Science
SN	Course ID	Course Title	Credit Hours
1.	PHY101	Physics I	4
2.	PHY102	Physics II	4
3.	CHM101	Chemistry for Engineering	3
Computer Engineering Core Courses
SN	Course ID	Course Title	Credit Hours
1.	CPE201	Computer Programming Fundamentals	4
2.	ELE201	Circuit I	4
3.	ELE202	Digital Logic Circuits	4
4.	ELE203	Engineering Programming and analysis	4
5.	ELE204	Circuit II	4
6.	ELE301	Electronic Systems	4
7.	ELE302	Signal and Systems	3
8.	ELE305	Control Systems	4
9.	ELE303	Introduction to Microprocessors	4
10.	ELE306	Electrical Machines, Drives and Power Systems	4
11.	CME301	Communication Systems	4
12.	CME302	Electromagnetic Fields and Wave Propagation	3
Smart Grid Systems Courses
SN	Course ID	Course Title	Credit Hours
1.	SGE301	Advanced Electronic Circuits	3
2.	SGE401	Engineering Design Project I	2
3.	SGE402	Renewable energy	4
4.	SGE403	Smart Grid Applications and Technologies	4
5.	SGE 404	Digital Systems	4
6.	SGE405	Engineering Design Project II	2
7.	SGE406	Power Electronics and Power systems	3
8.	SGE407	Energy Conversion and Storage	3
Specialization Requirement Courses
SN	Course ID	Course Title	Credit Hours
1.	ENG101	Introduction to Engineering	2
2.	ECN201	Engineering Economy	2
3.	RESM202	Research Methodology	3
Technical Electives
SN	Course ID	Course Title	Credit Hours
1.	CME404	Wireless Communications	3
2.	CME405	Applied Telecommunication Systems	3
3.	CME406	Radar Systems	3
4.	CME407	Selected Topics In communication	3
5.	CPE406	Web Engineering Design	3
6.	CPE407	Cloud Computing	3
7.	CPE408	Intelligent Systems	3
8.	CPE409	Digital Media	3
9.	CPE410	IT and Society	3
10.	ELE401	Digital Image Processing and Applications	3
11.	ACE404	Robotics and Simulation	3
12.	ELE404	VLSI Design and Fabrication	3
13.	ELE405	Fuzzy Logic & Neural Networks	3
14.	ELE406	Advanced Electronic Circuits	3
15.	ACE402	Automatic Control Systems	3
16.	ELE304	Digital Signal Processingv	3
17.	SGE408	Internet of Things	3

Bachelor Of Science In Computer Engineering Program learning Outcomes		ABET (1-7)
NQF Strand # 1: Knowledge
PLO1	An ability to apply the knowledge of mathematics, science and engineering	1
PLO2	An understanding of best practices, standards, applications and how other disciplines relate to the field of work and study	1 , 2 , 6
PLO3	Ability to understand contemporary issues and to realize the impact of engineering solutions in a global and societal context.	4
NQF Strand # 2: Skills
PLO4	An ability to use the techniques, skills, and modern engineering tools necessary for engineering practice.	1
PLO5	To be able to communicate effectively with a range of audiences	3
PLO6	To assist in the creation of an effective project plan and interact successfully with others in order to work towards a common result.	5
NQF Strand # 3: Responsibility
PLO7	An ability to design a system, component, or process to meet desired needs.	2 , 6
PLO8	An ability to use the techniques, skills, and modern engineering tools necessary for engineering practice.	1 , 2 , 6
PLO9	An ability to identify, formulate, and solve engineering problems and integrate solutions into the user environment	1
PLO10	An ability to design and conduct experiments, as well as to analyze and interpret data.	2 , 4 , 6
NQF Strand # 4: Role in Context
PLO11	An ability to function on multi-disciplinary teams with the capacity to be a team leader or valuable team member	5
NQF Strand # 5: Independency and Self-Development
PLO12	An understanding of professional and ethical responsibility	4
PLO13	Recognition of the need for and an ability to engage in continuing professional development, independent learning and initiatives.	4