Undergraduate Program

BEng Electrical Power Engineering

BEng Electrical Power Engineering with three Concentrations

  1. Power Systems Engineering
  2. Energy Systems Engineering
  3. Control and Instrumentation Engineering

About this program

This 4-year degree program imparts a deeper understanding of the fundamentals of electrical power engineering as well as a broader set of professional skills and exposure to other technical disciplines. The degree is awarded after the successful completion of 132 credit hours of undergraduate work including a compulsory industrial internship and capstone project. Electrical Power Engineering has three Concentrations

  1. Power Systems Engineering
  2. Energy Systems Engineering
  3. Control and Instrumentation Engineering

Work Opportunity

Placements are available in various private and government sectors in the fields of electrical power generation, distribution, oil and gas, defense, and aviation. Graduates are able to work as Electrical Engineer, system analysis engineer, Power Plant Designer, Power Plant Operation Engineer, Electrical Consultant, Rig Operator, Electrical trouble shooter, Transformer Engineer, Electrical and Instrumentation Engineer, Electrical Traction Engineer, Fire & Safety Engineer, Electrical Maintenance Engineer and many more.

Study Mode:

  • Full Time
  • Part Time
  • Special Part Time

Vision

“To produce graduates of Electrical Power Engineering program who will take the lead  in employment and entrepreneurship and to achieve regional and international recognition”

Mission

To equip students with knowledge and practical skills which fully support the need of stakeholders, along with necessary personal and business skills required for effective communication and success in engineering industries and businesses.

Broad Career Options

  • Electrical Engineer
  • System Analysis Engineer
  • Power Plant Designer
  • Power Plant Operation Engineer
  • Electrical Consultant
  • Rigs Operator
  • Electrical Trouble Shooter
  • Transformer Engineer
  • Electrical & Instrumentation Engineering
  • Electrical Traction Engineer
  • Fire & Safety Engineer
  • Electrical Maintenance Engineer

Career Opportunities

Placements are available in various private and government sectors in the fields of electrical power generation, distribution, oil and gas, defense and aviation. There is a strong demand for electrical power engineers in different ministries, private companies and other multinational contracting and consulting organizations.

Program Educational Objectives

To combine the effective teaching of Electrical Power Engineering with essential practical skills and understanding to allow the graduates to be capable of practicing and progressing within the industrial environment, as highly skilled engineers and entrepreneurs.

The following Educational Objectives of this program are attainable by the degree graduates within a few years after graduation from the college.

PEO 1: Use their knowledge and skills to analyze societal needs and design optimized solutions

PEO 2: Develop new skills to enhance the state of their practice and become successful entrepreneurs

PEO 3: Exhibit leadership, management, teamwork skills and be change agents to society

PEO 4: Conduct themselves ethically in their professional environment and adapt to global work environment

Bachelor Degree in Electrical Power Engineering ( 132 Credit Hours)

Students

  • The verified educational experience that meets the global standard
  • Enhances employment opportunities
  • Paves the way to work globally

Institutions

  • Promotes “best practices” in education and deliver the best educational experience for our students.
  • Self-assessment and continuous quality improvement processes
  • International recognition of quality education
  • Acceptability of transfer credits
  • Provides evidence that our program meets the standards set by its technical profession.

Global

  • Ensures that graduates have met the educational requirements necessary to enter the profession Provides opportunities for the industry to guide the educational process to reflect current and future needs
  • Enhances the mobility of professionals

Extracurricular Opportunities

  • Students Hobby Club
  • International internship programme
  • Local Internship Programme
  • Project Competition
  • IEEE Events participation
  • Entrepreneurship events and many more

IEEE Golden Opportunities

  • Become a member of IEEE
  • Participate in IEEE competitions
  • Participate in IEEE Conference
  • IEEE free technical talks

What will you study?

Year 1

SEMESTER 1 (Fall Semester) SEMESTER 2 (Spring Semester)
CODE COURSES CREDITS PRE-REQUISITE CODE COURSES CREDITS PRE-REQUISITE
UEE01101 University English I 3 UEE01102 University English II 3 University English I
EMS00101 Calculus I 4 EMS00102 Calculus II 4 Calculus I
EGI00105 Introduction to Computer Programming 2 EBS00102 Physics I 4  
UHE00111 Oman: State and People 3 EGI01103 Engineering Drawing 2  
EGI00101 Basic Electrical Engineering 2 EBS00101 General Chemistry for Engineering 4  
      EGI00104 Engineering Workshop 1  
Total Credits (5 Courses) 14   Total Credits (6 Courses) 18  

Year 2

SEMESTER 3 (Fall Semester) SEMESTER 4 (Spring Semester)
CODE COURSES CREDITS PRE-REQUISITE CODE COURSES CREDITS PRE-REQUISITE
EMS00202 Linear Algebra and Vector Calculus 3 Calculus I EMS00201 Differential Equations 4 Calculus II
EBS00204 Physics Laboratory 1

Physics II

(co-requisite)

EGI00203 Environmental Science 2  
EBS00203 Physics II 3 Physics I EPD01201 Professional Development for Engineers 2  
EGI00202 Engineering Mechanics 3 Physics I EGI00201 Basic Electronics 2  
EEC10204 DC Circuit Analysis 3   EEC10201 AC Circuit Analysis 3  
UPE01301 Innovation and Entrepreneurship 3   EEC10205 Integrated Project I 1  
Total Credits (6 Courses) 16   Total Credits (6 Courses) 14  

Year 3

SEMESTER 5 (Fall Semester) SEMESTER 6 (Spring Semester)
CODE COURSES CREDITS PRE-REQUISITE CODE COURSES CREDITS PRE-REQUISITE
EEC10305 DC Machines and Transformers 4 Basic Electrical Engineering EEC10301 AC Machines 4 Basic Electrical Engineering
EEC10316 Utilization of Electrical Energy 4 Basic Electrical Engineering EEC10309 Embedded Systems 3 Introduction to Computer Programming
EEC10311 Measurements and Instrumentation 4 Basic Electrical Engineering EEC10314 Power Electronics 4 Basic Electrical Engineering, DC Circuit Analysis
EME10401 Control Systems 3 Differential Equations   Concentration Elective I 3  
EMS00301 Probability and Statistics 3 Calculus I   Concentration Elective II 3  
        EEC10310 Integrated Project 2 2
Total Credits (5 Courses) 18   Total Credits (6 Courses) 19      
 INDUSTRIAL INTERNSHIP TO BE TAKEN UP DURING BREAK

Year 4

SEMESTER 7 (Fall Semester) SEMESTER 8 (Spring Semester)
CODE COURSES CREDITS PRE-REQUISITE CODE COURSES CREDITS PRE-REQUISITE
ECP00401 Capstone Project I 3 ECP00402 Capstone Project II 3 Capstone project I
UHE01402 Organizational Behavior and Management 3   Concentration Elective V 3  
  Concentration Elective III 3   EIP00401 Industrial Internship 2
  Concentration Elective IV 3   EME10404 Industrial Safety Management 2  
EEC10403 Switchgear and Protection 4 Measurements and Instrumentation   Technical Elective II 4  
  Technical Elective I 3          
Total (6 Courses) 19   Total (5 Courses) 14  
      Total Credits 132    

Electives

LIST OF CONCENTRATION ELECTIVES and PRE-REQUISITES

Concentration Electives (with pre-requisite details)

(5×3=15 Credits)

  Concentration-1 Power Systems Concentration-2 Energy Systems Concentration-3 Control and Instrumentation
  Course Prerequisite Course Prerequisite Course Prerequisite
Course-1 Electrical Power Transmission and Distribution AC Circuit Analysis Energy Resources and Conversion Physics I Sensors and Transducers Measurements and Instrumentation
Course-2 Renewable Energy Systems Environmental Science Renewable Energy Systems Environmental Science Industrial Instrumentation Calculus II
Course-3 Power System Analysis AC Machines Energy Auditing and Management Environmental Science Process Control Control Systems
Course-4 Electrical Installation, Testing and Commissioning Energy Systems Modeling and Forecasting Probability and Statistics Digital Control Systems Control Systems
Course-5 Smart Grid Systems Energy Storage: Technology and Applications Chemistry Computer Control of Processes Control Systems
Course-6 High Voltage and Condition Monitoring DC Machines and Transformer Power Plant Engineering Physics I Telemetry and SCADA systems Measurements and Instrumentation
Course-7 Electric Drives and Control Power Electronics Energy Efficient Buildings Physics I Programmable Logic Controller

LIST OF TECHNICAL ELECTIVE I and PRE-REQUISITE

  Course Prerequisite
Course-1 Automation and Robotics Basic Electrical Engineering
Course-2 Operations Research Probability and Statistics
Course-3 Virtual Instrumentation Basic Electrical Engineering
Course-4 Total Quality Management
Course-5 Electrical Estimating & Costing Basic Electrical Engineering
Course-6 Flexible AC Transmission Systems Power Electronics

 

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