The College of Engineering places great emphasis on implementing the principles of sustainable development in its academic, research, and service activities, in alignment with the University’s vision of creating a green campus environment.
The College strives to integrate sustainability concepts into its curricula and to encourage graduation projects and research focused on renewable energy, water resource management, and energy efficiency. It also works to enhance the campus infrastructure in accordance with environmental sustainability standards.
College is dedicated to raising environmental awareness among students and staff through seminars and volunteer campaigns. In doing so, the College of Engineering continues to play a leading role in supporting the United Nations Sustainable Development Goals (SDGs) and in advancing a greener and more sustainable university.

1. Ratio of open space area to total campus area (20%)

2. Forest-covered area as a percentage of the total campus area.

3. Planted vegetation area as a percentage of the total campus area (25%).

4. Conservation of plants, animals, wildlife, and genetic resources for food and agricultural security.

5. Water consumption relative to the total campus area, including water usage for forests and planted vegetation.

6. Proportion of building operation and maintenance activities carried out during the COVID-19 pandemic (30% of total operations).

7. Safety and security facilities.


9. Construction of clean, dust-free roads and sidewalks surrounded by appropriate greenery, taking into consideration the needs of individuals with disabilities in the design of the sidewalks.


1. Utilization of energy-efficient devices.

2. Implementation of smart buildings.

3. Renewable energy sources (solar, wind, and others) on the university campus.

4. The impact of university programs (educational, research, and scientific activities: conferences, workshops, and seminars) in the field of climate change.

5. Implementation elements of green buildings reflected in all construction and renovation activities.

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1. Waste recycling program.

2. Treatment of inorganic waste.

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1. Use of water-saving equipment for irrigating plants and green spaces.


1. Covered parking garages for vehicles: the ratio of parking area to the total campus area (10%).

2. Pedestrian pathways on the university campus through the construction of covered walkways or sidewalks to encourage walking within the campus, equipped with lighting.

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1. Scientific publications on the environment and sustainability.
2. Scientific events related to the environment and sustainability (conferences, workshops, seminars, and panel discussions).
3. Curricula related to sustainability and renewable energy.
| Course Name | Instructor | Credit Hours | Department |
|---|---|---|---|
| Sustainability and Energy Conversion I | Assistant Professor Muhannad Diaa Hashem | 4 | Electronics and Communications |
| Sustainability and Energy Conversion II | Assistant Professor Muhannad Diaa Hashem | 4 | Electronics and Communications |
| Environmental Pollution | Lecturer Hussein Hantoush | 2 | Chemical |
| Chemical Industries | Lecturer Nawras Sharif | 2 | Chemical |
