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Master of Science in Electrical Engineering
Description:
The Master's program in Electrical Engineering is a general program with one track, however, it covers different areas within the program so that the student determines his/her field of study based on the set of elective courses he/she registers and the research topic of the thesis, the program consists of 30 hours of study (6 hours dedicated to the thesis + 9 hours for compulsory courses (3 courses) + 15 hours for elective courses (5 courses)). This guide has been prepared with the guidance and review of the College's Quality Assurance and Academic Accreditation Unit (QAAA). The contents have been prepared to be comprehensive according to the needs of students in line with the regulations of the National Center for Academic Accreditation and Assessment (NCAAA).
Eligible Applicants
Students
Method of study
Courses and Thesis
Degree
Master
School level
Postgraduate studies
Place of study (Male Students)
College Headquarters (Buraydah, Qassim Region)
Place of study (female students)
None
Required specialization
Bachelor's degree in Electrical Engineering (Electrical Power, Communications, Electronics)
Admission from outside the major
Obtaining a bachelor's degree in computer engineering, computer science, artificial intelligence, physics, electrical engineering technology, and passing the supplementary courses approved by the scientific department
Years of study
2
Study period
None
Number of Credit Hours
30
Credits required for graduation
30
STEP test
60
Other conditions
None
Tuition fees
40,000
Required GPA
of at least 5
3
of at least 4
2
of at least 100
72.5
Preference Mechanism for Admission
GPA
50%
Undergraduate Aptitude Test
50%
Differentiation test
None
Educational goals :
According to the ABET accreditation system, public statements must be made about what a student can achieve several years after graduation. These statements must meet the needs of employers and graduates. The program's learning objectives are laid out as shown:
1- Achieving successful careers in R&D and leadership in the industrial, energy, and academic sectors.
2) Plan well for their professional development through self-learning and advanced certifications.
3. Competently advance to leadership positions in their profession. * Actively contribute to the adoption of modern technology, and acquire the skills necessary to perform advanced scientific research and introduce innovations.
4- Skillfully contributing to the sustainable development of Saudi society.
Learning outcomes :
According to the NCAAA accreditation system, these are the characteristics and qualities that program graduates acquire in the field. The general qualities of master's graduates in QEC programs have been identified to match the qualities of QU graduates and the needs of employers. The attributes of the Electrical Engineering program are given as an example:
Knowledge and understanding
K1. Gain a broad depth and specialized set of knowledge and understanding covering theories, principles and concepts in the field of electrical engineering.
K2. Demonstrate knowledge and critical understanding of processes, materials, techniques, technologies, practices, customs, and/or terminology related to the field of electrical engineering.
K3. Demonstrate advanced knowledge and understanding of recent developments in the field of electrical engineering.
K4. Demonstrate advanced knowledge and understanding of a range of recognized and specialized search and/or inquiry techniques in the field of electrical engineering.
Skills:
Q.1. Apply specialized theories, principles, and concepts in advanced contexts in the field of electrical engineering.
Q.2. Problem solving in complex and advanced contexts in the field of electrical engineering.
Q.3. Evaluate, review, and think critically about key concepts, principles, and theories; provide innovative solutions to current issues and concerns in complex and advanced contexts in the field of electrical engineering
. S.4. Carry out advanced research or professional projects using specialized research and investigation methodologies in the field of electrical engineering.
Q.5. Use advanced and specialized processes, techniques, tools and/or materials to deal with complex and advanced practical activities in the field of electrical engineering.
Q.6. Perform complex and advanced operational tasks.
S.7. Communicate in a variety of forms to disseminate knowledge, skills, research results and innovations related to the field of electrical engineering to specialized and non-specialized audiences.
S.8. Process quantitative and/or qualitative data and information in complex and advanced contexts related to the field of electrical engineering.
S.9. Select, use and adapt advanced digital and ICT tools and techniques to process and analyze a variety of data and information to support and develop leading-edge research and/or projects related to the field of electrical engineering.
Values, Autonomy and Responsibility
V.1. Demonstrate integrity and professional and academic values when dealing with different issues.
V.2. Initiate professional planning for learning and/or work, develop professional skills, monitor learning and performance, and participate in academic and/or professional strategic decisions with high autonomy.
V.3. Manage specialized tasks and activities in electrical engineering and related fields effectively with high autonomy.
V.4. Collaborate effectively and participate in research or professional projects, assume leadership roles, and take high responsibility for work.
V.5. Contribute to enhancing the quality of life of the community.
Program message:
Deliver outstanding master's studies in electrical engineering, advanced research, and valuable community services in an inspiring, vibrant, and manageable environment to enhance self-resources, embrace new technologies, and sustainably develop Saudi society.
Tracks :
The M.Sc. program plans to distribute the material over four (4) semesters as detailed below.
Year 1 - Level 1 (Semester 1)
- Article title:
GE 605: Modeling and Simulation of Engineering Systems (Credit: 3)
GE 608: Experimental Methods and Analysis (Credit: 3)
MATH 621: Engineering Mathematics (Credit: 3)
Year 1 - Level 2 (Semester 2)
- Article title
EE 6-: Elective 1 (Credit: 3)
EE 6-: 2 electives (Credits: 3)
EE 6-: Elective 3 (Credits: 3)
- Year 2 - Level 3
- Article title
EE 6-: Elective 4 (Credits: 3)
EE 6-: Elective 5 (Credits: 3)
Year 2 - Level 4
Article title
EE 699: Thesis (Credit: 6)
Total hours in the Master's program - Electrical Engineering is 30 credit hours.
Career opportunities:
It offers outstanding master's studies in electrical engineering, advanced research and valuable community services in an inspiring, encouraging and manageable environment to enhance self-resources, adopt new technologies, and sustainably develop Saudi society.
None