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Bachelor of Science in Electrical Engineering / Renewable Energy Engineering

About The Academic Program

Program mission: To prepare scientifically and professionally qualified female renewable energy engineers equipped with strong research and leadership skills, capable of effectively utilizing modern technologies and working efficiently across diverse areas of renewable energy engineering, in order to to keep pace with changes in the labor market and contribute meaningfully to community development.

Major

Renewable Energy Engineering

Language of instruction

English

Duration

5 Years

Academic degree

Bachelor of Science in Electrical Engineering / Renewable Energy Engineering

Career opportunities

Renewable energy engineers have a wide range of career opportunities across various sectors. They can work in engineering departments within government facilities, electrical power companies such as Aqua Power, and sectors like the Ministry of Defense. Additionally, the petroleum and minerals sector, including major companies like Saudi Aramco, often seeks their expertise. These engineers also play critical roles in engineering design and consulting, within academic institutions such as universities and research centers, as well as prominent Saudi companies and organizations like SABIC, NEOM, and NOMAC. Their primary focus is on the design and operation of systems powered by renewable energy, including wind and solar power. Furthermore, they are instrumental in the development, management, and analysis of wind farm projects, the installation of solar energy cells, the oversight of distribution facilities, refrigeration and air conditioning systems, and applications related to water desalination and distillation.

Nature and Goals of the Program

This program is designed to prepare professional engineers capable of designing, developing, maintaining, and monitoring renewable energy systems. Students will acquire a solid foundation in essential disciplines such as electrical engineering, materials engineering, thermal engineering, and information systems. They will also study advanced engineering topics, including concentrating solar-thermal power, solar energy, wind energy, and grid energy storage. This provides a comprehensive curriculum that is both theoretical and practical, equipping students with the knowledge and skills required to meet the demands of the labor market.

1 Enhance the quality of education and learning for the renewable energy engineering program to prepare distinguished graduates equipped with scientific theories, practical skills, competitive abilities, and a strong sense of professional ethics.
2 Link scientific research with the requirements of sustainable development in the Kingdom of Saudi Arabia and community needs.
3 Promote community partnerships in renewable energy engineering fields.

K1 Define knowledge of mathematical concepts including differential and integral calculus, probability, and statistics, along with their applications in the field of Renewable energy engineering.
K2 Recognize electrical engineering principles including processes, materials, techniques, and practices in the field of Renewable energy engineering.
K3 Identify specialized knowledge based on new developments related to the field of renewable energy engineering.
K4 Integrate knowledge of research methodologies in reports and research related to the field of renewable energy engineering.
S1 Apply Basic concepts, theories, and mathematical principles to solve complex problems related to the field of renewable energy engineering.
S2 Conduct complex practical tasks and procedures related to renewable energy engineering by applying advanced processes, techniques, tools, and instruments.
S3 Design a system, component, or process to solve renewable energy engineering problems while considering realistic constraints (cultural, social, environmental, economic, health, and safety).
S4 Evaluate contemporary issues and problems in renewable energy systems, components, and processes using critical thinking and creative solutions in various complex contexts.
S5 Communicate effectively to demonstrate theoretical knowledge comprehension and specialized transfer of knowledge, skills, and complex ideas.
V1 Execute teamwork and leadership skills through creating a collaborative and inclusive environment while establishing goals to meet and planning tasks.
V2 Demonstrate commitment to professional and academic values and standards and ethical code of conduct as experts in the field of renewable energy engineering.

1 Knowledge of mathematical, scientific, and fundamental engineering sciences.
2 Acquiring knowledge and a deep understanding of the technologies used in the field of renewable energy engineering.
3 Applying the acquired knowledge and concepts to solve problems and analyze and interpret the results.
4 Utilizing equipment, tools, devices, and auxiliary means in the field of modern renewable energy engineering.
5 Conducting research and scientific studies and providing consultancy services in all areas of renewable energy engineering.
6 Continuously acquiring knowledge and keeping up with gradual progress in the fields of electrical engineering and renewable energy engineering.
7 Understanding and monitoring responsibilities related to occupational safety, ethics, the environment, and economics.
8 Collaborating effectively and professionally with colleagues, working within teams, and serving customers.
9 Demonstrating leadership qualities, managing business, engineering project organization skills, and entrepreneurship.
10 Enhancing and developing the engineering field, contributing to professional development, and serving the community.

Study Plan

Course Code Course Title Credit
Lifelong Learning Skills 2
Sustainable Ecosystems 2
History of Kingdom of Saudi Arabia and its Pioneering Role 2
Community Building in Islam 2
Good Citizenship Values 2
Saudi Arts and Heritage 2
Studies in Saudi Literature 2
Computer Skills and Information Technology 2
Basics of Programming 2
Data Analysis and Management 2
Artificial Intelligence For Healthcare Disciplines 2
Artificial Intelligence For Scientific Discipines 2
Artificial Intelligence For Humanities Disciplines 2
Communication Skills 2
Creative Writing 2
Writing Academic Reports 2
Emotional Intelligence Course 2
Basics of Entrepreneurship 2
Principles of Projects Management 2
Giftedness and Mental Superiority 2
Principles of E-Commerce 2
Financial Literacy 2
Leadership and Change Management 2
Health Awareness 2
Poetry and Prose in Arabic Literature 2
Well-Being and Quality of Life 2
Fitness and Sport Science 2
Sustainable Development 2
Global Citizenship 2

Course Code Course Title Credit
Ethics and Islamic Values 2
Islamic Banking and Economics 2
Community Building in Islam 2
English Language (1) 3
English Language (2) 3

Course Code Course Title Credit

Course Code Course Title Credit
Economics of Energy Applications 3
Smart Grid Systems 3
Design of Wind Turbines 3
Electrical Power Distribution Systems for REE 3
Principles of Green Building Design 3
Optoelectronics for REE 3
Advanced Solar Cells and Systems 3
Undergraduate Research 3
Special Topics in REE 3
Sustainable Energy 3

Course Code Course Title Credit Pre-Requisite
Programming Language )1) 6
English language (1) 3
Calculus(1) 3
General Physics for Engineering (1) 4

Course Code Course Title Credit Pre-Requisite
Calculus (II) 6
General Physics for Engineering (2) 4 PHYS102OR ( PHYS101TAND PHYS141T )
English language (2) 3 ENG101-1OR ( ENG101AND ENG102 )
General Chemistry for Engineering 4

Course Code Course Title Credit Pre-Requisite
Academic Writing for Engineering 3 ENG102-2
Solid Mechanics 3 PHYS102AND ( MATH103OR MATH102TOR MATH103TOR MaSc103M )
Calculus (III) 4 MATH103TOR MATH103
Principles of Linear Algebra 4 MATH101OR MATH101T
Probability and Statistics for Engineering (1) 4 MATH103OR MATH103T

Course Code Course Title Credit Pre-Requisite
Differential Equations 4 MATH103OR MATH103TOR Math102OR MATH102T
Electric Circuits (1) 3 MATH205AND PHYS103
Introduction to Renewable Energy Engineering 3 PHYS102
Engineering Drawing 3

Course Code Course Title Credit Pre-Requisite
Programming Applications for Engineering 3 CS110OR CS110T
Electric Circuits (2) 3 ECE210OR ECE212
Semiconductor Devices 3 PHYS103
Signals and Systems 3 ECE210OR ECE212
Thermodynamics 3 PHYS102
Engineering Materials for Renewable Energy Systems 3 PHYS102AND CHEM103

Course Code Course Title Credit Pre-Requisite
Entrepreneurship 3
Academic & Professional Communication for Engineering 3 ENG104
Electronics (1) 4 ECE211
Fluid Mechanics 3 PHYS102AND PHYS243
Heat Transfer 3 PHYS243

Course Code Course Title Credit Pre-Requisite
Introduction to Engineering Design 2 MATH103TOR MATH103
Electric Machines 3 ECE211
Power Electronics 3 ECE241AND ECE211
Engineering Economy 3
Introduction to Numerical Analysis 6 ( MATH103OR MATH103T )AND ( MATH242TOR MATH242 )AND ( CS110OR CS110T )
Hydrogen Technologies and Fuel Cells 2 PHYS103AND CHEM103

Course Code Course Title Credit Pre-Requisite
Solar PV 3 ECE210AND ECE346
Engineering Management 3 ISE305
Control Systems 3 ECE270
Power System Analysis 3 ECE331AND PHYS276
Wind Energy Technology 3 ECE331AND ECE346

Course Code Course Title Credit Pre-Requisite
Energy Storage and Efficiency 3 ECE230AND ECE333
Hydraulic and Pneumatic Systems 3 PHYS216AND PHYS243
Electrical Engineering Seminar 1 ( ECE330OR ECE372 )AND ( ECE331OR ECE351OR ECE380 )AND ( ECE344OR ISE406OR ECE373 )AND ( MATH353OR ECE333 )
Capstone Design Project (1) 2 ( ECE344OR ECE351OR ECE372 )AND ( MATH353OR ISE406 )AND ( ECE331OR ECE333OR ECE380 )AND ( ECE330OR ECE373 )

Course Code Course Title Credit Pre-Requisite
Capstone Design Project (2) 2 ECE492
Co-op Training 6 ECE492AND ECE491AND ( ISE406OR ECE453 )