Vision, Mission & Aims

Vision

To be a leading department in technical education and scientific research in the fields of power generation and modern automotive techniques, based on the needs of society and service institutions, while keeping pace with modern developments locally and regionally.

 

Mission

To prepare specialized technical personnel equipped with modern knowledge and skills in power generation and automotive techniques through a distinguished educational environment, updated curricula, and advanced laboratories. The department also aims to actively contribute to the industrial and service sectors while adhering to professional and ethical values.

 

Objectives

1. Academic Excellence

– Develop curricula and study plans in line with industrial and scientific advancements in power generation and automotive fields.

– Adopt modern teaching methods that integrate theoretical and practical education.

– Prepare highly qualified graduates capable of meeting labor market demands.

2. Practical Training and Scientific Research

– Enhance students’ technical skills through training in laboratories and specialized workshops.

– Encourage applied scientific research that contributes to the development of power plants and modern automotive systems.

– Promote research in sustainable development to achieve environmental sustainability.

3. Community Service

– Provide technical and consultancy support to the community through vehicle inspection and maintenance services.

– Contribute to improving the efficiency of power generation systems in local institutions.

– Spread environmental and technical awareness through workshops and campaigns.

– Participate in applied projects serving society and the environment.

4. Professional Development

– Improve the competence of teaching and technical staff through specialized training.

– Enhance staff capabilities by participating in conferences and specialized courses.

– Link professional development with labor market needs.

5. Effective Leadership and Management

– Apply sound management principles in academic work.

– Empower effective academic leadership and improve institutional performance.

– Promote teamwork culture.

6. Cooperation and Openness

– Participate in local and international conferences and forums.

– Build partnerships with government institutions and the private sector.

– Enhance knowledge exchange with academic and technical institutions.

 

Graduate Profile

Upon successful completion of the study requirements in the Department of Power Mechanics Techniques, with its two specializations (Power Generation and Automotive), the graduate will be able to:

 

1. Apply fundamental and advanced engineering knowledge in the fields of power generation and automotive in an integrated manner.
2. Analyze and operate power generation systems, including turbines and generators, as well as vehicle systems and internal combustion engines.
3. Perform laboratory tests and inspections on power generation systems and automotive systems, and accurately interpret the obtained results.
4. Efficiently utilize engineering instruments, laboratory equipment, and technical tools related to both power generation and automotive.
5. Diagnose faults in power plants and vehicle mechanical systems, and propose appropriate maintenance and performance improvement solutions.
6. Prepare technical and engineering reports to support operation and maintenance activities in the fields of power generation and automotive.
7. Apply quality assurance standards and occupational health and safety regulations in industrial environments, vehicle maintenance workshops, and power generation facilities.
8. Employ analytical thinking skills to solve engineering problems related to energy efficiency and vehicle performance.
9. Conduct applied research that contributes to the development of power generation technologies and the enhancement of automotive systems.
10. Work effectively as a team member and communicate professionally with technical and engineering personnel in the energy and transportation sectors.
11. Keep pace with recent advancements in renewable energy technologies and modern vehicle technologies, including hybrid and electric vehicles.
12. Demonstrate professional ethics and assume responsibility in diverse engineering and industrial work environments.