Bachelor Degree in Electrical and Control Engineering (160)

  • Electrical & Control Engineering |
  • Language of Study: English

Program Description

The Electrical & Control Engineering department focuses on the study and application of electrical systems, automation, and control processes. Students gain knowledge in power systems, electronics, instrumentation, robotics, and control theory. They develop skills to design, analyze, and optimize complex systems, preparing them for a range of industries and technological advancements. The Electrical & Control Engineering department offers a comprehensive curriculum that encompasses the principles of electrical engineering, control systems, and automation. Students gain hands-on experience in laboratories and projects, honing their skills in circuit design, programming, instrumentation, and industrial automation. The department fosters a multidisciplinary approach, enabling students to collaborate with other engineering fields and tackle real-world challenges. Graduates emerge as highly skilled professionals ready to contribute to the advancement of technology in diverse sectors, including energy, manufacturing, transportation, and telecommunications.

Learning Outcomes

  • Bachelor Degree in Electrical and Control Engineering

Markets and Career

  • Electrical and Control Engineers are in strong demand across a wide range of industries. Employment opportunities are available in sectors such as energy, aerospace, automotive, and infrastructure, where professionals contribute to the design, operation, and maintenance of electrical and control systems. Their roles include developing control algorithms, implementing automation and monitoring solutions, and ensuring the reliable and safe operation of complex engineering systems. Through their expertise in system integration and optimization, Electrical and Control Engineers significantly enhance efficiency, reliability, and safety in industrial processes. In addition to traditional career paths, they may pursue entrepreneurial initiatives or engage in advanced research in emerging areas such as renewable energy, smart grids, and autonomous systems. Overall, the field offers diverse career opportunities with strong prospects for continuous professional development and innovation.

Admission Requirements

Students must meet the following admission requirements: 1.1 Have a certificate of completed secondary education or equivalent, depending on the major. 1.2 Have achieved the minimum score required to join the college in accordance with the announced criteria. 1.3 Are physically fit as per the announced criteria by each college. 1.4 Have good conduct with no dishonouring judicial sentence issued against them. 1.5 Submit all required admission documents. 1.6 Pass all admission exams required by AASTMT. 1.7 Pledge to follow AASTMT rules and regulations. 1.8 If applicable, the approval of sponsoring entities. 1.9 The AASTMT reserves the right to reject any student without stating the reasons. 2.1 Requirements for External Transfers: • Degree obtained from the transferring university must be accredited by governing authorities. • Transferred students are to meet AASTMT admission requirements taking into consideration the duration which the student has spent in the transferring college and their military status. • Transferred students must not have been expelled from the transferring university. • Transferred students must have completed no less than one academic semester in the transferring university. • Course credits may be transferred to their equivalent courses in the AASTMT according to the following: o The course has a similar number of credit hours to its equivalent in the AASTMT. o The course has a similar description and content to its equivalent in the AASTMT. o Students must have passed the course unconditionally with a grade of “C” or higher. o The maximum number of transferred credits is 50% of the overall credit hours required by the academic program the student wishes to transfer to. o Grades from transferred courses are not calculated into the student's GPA, but the credit hours are counted towards the student's degree requirements. 2.2 Requirements for Internal Transfers: • Student meets the requirements of the program they wish to transfer to. • Approval of the college the student wishes to transfer to. • Grades from transferred courses are calculated into the student's GPA.

Tests & Prerequisites

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Accreditation

Brief

The Electrical and Control Engineering program equips students with knowledge in electrical engineering and control systems. It covers power systems, power electronics, robotics, and control theory. Through hands-on experience and collaboration with other engineering fields, students develop skills in system design, optimization, and control algorithm development. Graduates can pursue careers in energy, aerospace, automotive, and infrastructure, working on system maintenance, automation, and optimization. The program also offers research opportunities in renewable energy, smart grids, and autonomous systems, fostering innovation and preparing graduates for diverse industry demands. The program offers a total number of 67 general credit hours courses and 45 specific specialization courses (25 compulsory + 20 electives). E Students have the choice to include a concentration in their graduation certificates in one of the following fields: 1. Smart Automation 2. Power and Machines 3. Energy The concentration is stated below the major of “Electrical and Control” indicated in their certificates. To add a concentration, students need to complete their 20 credit hours of elective courses, as per the table below..

Code Title Prequisites
EBA1203 Calculus I none
EBA1103 Physics I none
EBA1401 Statics none
EBA1308 Chemistry none
EIM1101 Manufacturing Technology none
UNR1403 Academic English none
Code Title Prequisites
EBA1204 Calculus II EBA1203
EBA1104 Physics II EBA1103
EBA1402 Dynamics EBA1401
EME1501 Engineering Drawing & Projection none
ECE1101 Programming Fundamentals&Problem Solving none
UNR1407 Academic Writing UNR1403
UNR2101 Communication and Presentation Skills UNR1403
Code Title Prequisites
EBA2201 Differential Equations EBA1204
ECE2107 Programming Applications ECE1101
ECE2201 Digital Logic Design ECE1101
EEE2301 Electrical Circuits I EBA1103 & EBA1204
EEE2201 Electrical Material Science EBA1104
EEE2101 Electrical Measurements I EEE2301
EIM2302 Introduction to Project Management 36 credit
UNRXXXX University Req. Elective none
Code Title Prequisites
EEE2303 Magnetic and Electrical Fields EBA2201 & EEE2301
EEE2302 Electrical Circuits 2 EEE2301
ECE4204 Introduction to Microprocessor ECE2201
EBA2202 Vector and Complex Analysis EBA2201
EEE3101 Electrical Measurements II EEE2101
EEC2307 Electronics Engineering EEE2301
EEE4000 Practical Training none
Code Title Prequisites
EEE4102 Control Systems II EEE3102
EEE3403 Experimental Methods EEE3401
EME4309 Thermo-fluids EBA1104
EEE3202 Machines II EEE3201
EEE3203 Power Electronics I EEC2322
EEE4101 Embedded Control Systems EEE3102 & ECE4204
EEE3402 Power Systems I EEE3401
Code Title Prequisites
EIM4204 Operation Research none
EME4602 Turbomachinery: Concepts, Applications and Design EME4309
EEE4203 Power Electronics II EEE3203
EEE5102 Automated Industrial Systems I EEE3102
EEE4103 Control Application and Practice EEE4101 & EEE4102
EEE4401 Power Systems II EEE3402
Code Title Prequisites
EEE4205 Introduction to Renewable Energy EEE4203
EEE4204 Electric Drives I EEE4203
EEE5001 Graduation Project I 111Cr.Hr-EEE4000
Code Title Prequisites
EEE5003 Graduation Project II EEE5001 & EEE4000

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