Bachelor of Energy Engineering

Program Description

Learning Outcomes

Requirements

Program Structure

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Bachelor of Energy Engineering
Institution
German Jordanian University
Location
Jordan
Total Tuition
$ 33004
Intakes
September
Application deadline
September
Application Fee
169
Program Description

The areas for emphasis of the degree program include technical expertise, management of environmental effects in economic energy processes, business economic design of the entire energy conversion, production, distribution, and usage process, environmental technology and international energy business. 

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Hosting Institution

German Jordanian University
German Jordanian UniversityView Institution Profile ↗

Learning Outcomes

Energy Engineering program graduates bachelor’s students with an understanding of fundamental energy engineering concepts, methodologies, and technologies as demonstrated by:

a. An ability to apply knowledge of mathematics, science and engineering.
b. An ability to design and conduct experiments, as well as to analyze and interpret data.
c. An ability to design a system, component, or process to meet desired needs.
d. An ability to function in teams.
e. An ability to identify, formulate and solve engineering problems.
f. An understanding of professional and ethical responsibility.
g. An ability to communicate effectively.
h. A broad education necessary to understand the impact of electrical engineering solutions
in a global and societal context.
i. A recognition of the need for an ability to engage in life-long learning.
j. A knowledge of contemporary issues.
k. An ability to use the techniques, skills and modern engineering tools necessary for
engineering practice.

Requirements

Jordanian General Secondary Certificate or equivalent with appropriate average for the specialization, Demonstrating proficiency B2 in English

Program Structure

First Year
First Semester

Course ID Course Name Credit Hours Prerequisites Co-requisite
ENGL098 English I* 0 – –
GERL101 German I* 3 – –
CS116 Computing Fundamentals 3 – CS1160
CS1160 Computing Fundamentals Lab 1 – CS116
MATH101 Calculus I 3 – –
PHYS103 Physics I 3 – –
CHEM103 General Chemistry I 3 – –
CHEM106 General Chemistry Lab 1 – CHEM103
MILS100 Military Sciences 3 Only for Jordanian students –

Total Credit Hours: 20

First Year
Second Semester

Course ID Course Name Credit Hours Prerequisites Co-requisite
ENGL099 English II* 0 ENGL098 –
ARB100 Arabic* 3 – –
MATH102 Calculus II 3 MATH101 –
GERL102 German II 3 GERL101 –
PHYS104 Physics II 3 PHYS103 PHYS106
PHYS106 Physics II Lab 1 – PHYS104
ME0111 Computer-Aided Engineering Drawing 2 CS116 –
IE0141 Engineering Workshop 1 – –
NE101 National Education (Arabic/English) 3 ARB099/ENGL101 –

Total Credit Hours: 19

First Year
Summer Semester

Course Credit Hours Prerequisites Co-requisite
University Elective 3 – –

Total Credit Hours: 3

Note: Course placement tests determine the starting level for English and German.

Second Year
First Semester

Course ID Course Name Credit Hours Prerequisites Co-requisite
ENGL101 English III* 1 ENGL099 –
GERL201 German III 3 GERL102 –
MECH0221 Thermodynamics 3 MATH102 –
ENE211 Fundamentals of Electrical Circuits 3 PHYS104 MATH203
MATH203 Applied Mathematics for Engineers 3 MATH102 –
MATH205 Differential Equations 3 MATH203 –
University Elective 3 – –

Total Credit Hours: 19

Second Year
Second Semester

Course ID Course Name Credit Hours Prerequisites Co-requisite
ENGL102 English IV* 1 ENGL101 –
GERL202 German IV 3 GERL201 –
IE0121 Probability and Statistics 3 MATH101 –
ENE212 Electrical Circuits & Systems Analysis 3 ENE211 –
ENE214 Electronics 3 ENE211 –
ECE333 Electromagnetics 3 MATH203 –
ENE301 Introduction to Digital Systems & Microcontrollers 3 ENE214 –
ENE302 Statistical & Numerical Methods for Energy Engineers 3 MATH205 –

Total Credit Hours: 22

Second Year
Summer Semester

Course Credit Hours Prerequisites Co-requisite
Any First Year course not previously completed – – –

Total Credit Hours: 12

Third Year
First Semester

Course ID Course Name Credit Hours Prerequisites Co-requisite
ENGL201 English V* 2 ENGL102 –
GERL301 German V 3 GERL202 –
ENE316 Introduction to Communication Systems for Energy Engineers 3 ENE212 –
MECH0222 Fluid Mechanics 3 MATH102, PHYS103 –
ENE213 Electrical Circuits Lab 1 ENE212 –
ENE311 Electrical Machines 3 ENE212, ECE333 –
ENE312 Power Electronics 3 ENE214, ENE212 –
ENE323 Fluid Mechanics Lab 1 MECH0222 –
ENE444 Modeling & Control of Energy Systems 3 MATH205, ENE311 –

Total Credit Hours: 22

Third Year
Second Semester

Course ID Course Name Credit Hours Prerequisites Co-requisite
ENGL202 English VI* 2 ENGL201 –
ENE215 Electronics Lab 1 ENE214, ENE213 –
ENE313 Electrical Machines Lab 1 ENE311 –
ENE314 Power Electronics Lab 1 ENE312 –
GERL302 German VI 3 GERL301 –
ENE321 Heat Transfer 3 MECH0221, MECH0222, MATH205 –
ENE324 Introduction to Energy Systems 3 ENE321 –
ENE432 Power Plant Engineering 3 ENE324 –
ENE441 Power Systems 3 ENE311, ENE302 –

Total Credit Hours: 20

Third Year
Summer Semester

Course Credit Hours Prerequisites Co-requisite
ENE399 Field Training 0 University Regulations

Total Credit Hours: 0

Fourth Year
First Semester

Elective Courses Credit Hours
Elective Course 1 3
Elective Course 2 3
Elective Course 3 3
Elective Course 4 3

Total Credit Hours: 12

Fourth Year
Second Semester

Course ID Course Name Credit Hours Prerequisites Co-requisite
ENE499 International Internship 12 ENE399 –

Total Credit Hours: 12

German track prerequisites:

  1. Minimum GPA of 61%

  2. Completion of 90 credit hours excluding German courses

  3. Passing GERL302 and B1 German test (all 4 skills)

  4. Completion of ENGL201 and ARB099

  5. Passing the following four courses: ENE311, ENE312, ENE321, ENE331

Courses taken during International Internship are non-transferable.

Fifth Year – Renewable Energy Track
First Semester

Course ID Course Name Credit Hours Prerequisites Co-requisite
ME0346 Instrumentation & Measurements 2 ENE211, MATH205 –
ME0347 Instrumentation & Measurements Lab 1 ME0346 –
ENE401 Energy Systems Simulation Lab 2 ENE312, ENE324, ENE444 –
ENE434 PV Technology I 3 ENE324, ENE212, ENE214 –
ENE442 Power Systems Lab 1 ENE441 –
ENE443 Electrical Power Generation, Transmission & Distribution 3 ENE441 –
ENE537 Energy Efficiency, Management & Laws 3 ENE324 –
ENE433 Solar Energy I 3 ENE324 –
ENE598 Graduation Project I 1 ENE499 –

Total Credit Hours: 18

Fifth Year – Renewable Energy Track
Second Semester

Course ID Course Name Credit Hours Prerequisites Co-requisite
ENE435 Wind Energy Technology 3 ENE311, ENE312, ENE324 –
ENE436 Renewable Energy Lab 1 ENE434 –
ENE532 Energy Lab 1 ENE324 –
ENE536 Energy Efficiency Lab 1 ENE436 –
ENE599 Graduation Project II 3 ENE598 –
ENE437 Economics of Natural Resources Engineering 3 MATH203 –

Total Credit Hours: 12

Fifth Year – Electrical Power Track
First Semester

Course ID Course Name Credit Hours Prerequisites Co-requisite
ME0346 Instrumentation & Measurements 2 ENE211, MATH205 –
ME0347 Instrumentation & Measurements Lab 1 ME0346 –
ENE401 Energy Systems Simulation Lab 1 ENE312, ENE324, ENE444 –
ENE434 PV Technology I 3 ENE324, ENE212, ENE214 –
ENE442 Power Systems Lab 1 ENE441 –
ENE443 Electrical Power Generation, Transmission & Distribution 3 ENE441 –
ENE445 Electric Drives 3 ENE312, ENE444 –
ENE542 Power System Analysis 3 ENE441 –
ENE598 Graduation Project I 1 ENE499 –

Total Credit Hours: 18

Fifth Year – Electrical Power Track
Second Semester

Course ID Course Name Credit Hours Prerequisites Co-requisite
ENE446 Electric Drives Lab 1 ENE445 –
ENE517 Power System Protection 3 ENE542 –
ENE540 Power Systems Integration Lab 1 ENE301, ENE314, ENE442 –
ENE543 Power System Protection Lab 1 ENE517 –
ENE599 Graduation Project II 3 ENE598 –
ENE437 Economics of Natural Resources Engineering 3 MATH203 –

Total Credit Hours: 12

Visit The Program Page
Program Overview
Study Format
On-campus
Program Level
Bachelor
Language Of Materials
English
Language Of Teaching
English
Mode
Full-time
Duration By Months
48
Visit The Program Page
To request more information about the program

Contact Admission
German Jordanian University
Phone Number
+96264294444
Email
info@gju.edu.jo

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