Educational Objectives

Educational Objectives of the Electrical Engineering Technologies Department

The educational objectives of the Department of Electrical Engineering Technologies center around preparing integrated engineering cadres that combine academic rigor with advanced practical skills, keeping pace with the continuous development in the energy and power grid sectors.

Based on the department’s academic and professional description, the core educational objectives are classified under the following categories:

1. Academic & Knowledge Goals

·     Rooting Engineering Knowledge: Providing students with a solid scientific, mathematical, and engineering foundation in the fields of power engineering, electrical machines, transmission and distribution networks, and renewable energy systems.

·     Analysis & Problem Solving: Developing the ability to diagnose faults, analyze complex technical problems in electrical systems, and design appropriate solutions in accordance with international standard criteria.

·     Keeping Pace with Modern Technology: Integrating smart grids and digital control systems into the curricula to ensure graduates keep up with rapid technological advancements.

2. Practical & Skill-Based Goals

·     Mastering Laboratory & Field Skills: Emphasizing intensive practical training within laboratories, workshops, and summer field training, to enable students to directly interact with electrical equipment, transformers, and machines.

·     Design & Implementation: Equipping students with skills in designing, planning, and executing electrical control panels, internal and external distribution networks, as well as solar and wind energy systems.

·     Utilizing Engineering Software: Training students on using modern specialized computer software for simulating, analyzing, and designing electrical networks (such as MATLAB, ETAP, AutoCAD, etc.).

3. Postgraduate & Research Goals

·     Preparing Researchers & Specialists: Supplying the academic and industrial fields with postgraduate degree holders (Higher Technical Diploma, Technical Master’s, and Technical Ph.D.) qualified to conduct advanced applied research that contributes to developing scientific knowledge.

·     Rigorous Scientific Research: Encouraging faculty and postgraduate students to produce applied scientific research that addresses real-world problems in the energy sector, and publishing them in reputable international indexes to enhance the department’s academic standing regionally and internationally.

4. Community Service & Sustainability

·     Meeting Labor Market Needs: Commitment to providing industrial institutions, electricity directorates (including Generation, Transmission, and Distribution), and service sectors (both public and private) with engineering cadres capable of leadership, management, and efficient operation immediately upon graduation.

·     Supporting Sustainable Energy: Anchoring a culture of energy efficiency and transitioning toward renewable and sustainable energy to contribute to environmental protection and emission reduction, achieving sustainable development goals.

·     Continuous Professional Development: Providing engineering consultations and organizing training courses and educational seminars to develop the technical skills of workers across various state sectors.