Near East University Sustainable Building Practices

Near East University demonstrates its commitment to sustainable building practices with a strong emphasis on environmental responsibility. All new buildings are constructed in alignment with the standards set by the Chambers of Architects and Engineers of the Turkish Republic of Northern Cyprus, incorporating numerous environmentally friendly practices.

Urban Heat Reduction: Reflective roof coatings, such as white paint, are utilized in designing new buildings to minimize the urban heat effect by reflecting sunlight and preventing heat accumulation.

Renewable Energy Production: To enhance the use of clean energy, on-site renewable energy systems are installed on the university campus, contributing to renewable energy credit programs. This helps offset annual greenhouse gas emissions, fostering a more sustainable environment.

Maximizing Natural Daylight: Buildings are designed to maximise natural daylight. Structures facing south reduce the need for electric lighting, contributing to energy savings.

Sensor-Controlled Faucets: To prevent water waste, sensors-controlled faucets are employed in newly constructed buildings. These systems optimize water usage by allowing flow only when needed.

Insulated Glass and Materials: Heat-insulating glass and materials are used for building insulation to reduce energy loss and maintain indoor temperatures. This decreases both heating and cooling requirements, thus minimizing energy consumption.

Sensor-Controlled Lighting: To enhance energy efficiency, sensor-controlled lighting systems are employed. These lights activate only when movement is detected, conserving energy. Additionally, long-lasting and energy-efficient bulbs reduce lighting costs, maintenance needs, and contribute to sustainability goals.

Foam Insulation: Foam insulation materials used in exterior walls and interiors enhance heat insulation, supporting energy efficiency. This reduces cooling and heating expenses, contributing to energy savings.

Solar Energy Production: New buildings with solar panels utilize renewable energy sources to meet energy demands. These systems produce sustainable, environmentally friendly energy, reducing the university's carbon footprint.

Green Roof Applications: Some of our buildings feature green roofs, which contribute aesthetically and functionally to our eco-friendly construction approach. Green roofs support biodiversity, reduce the urban heat island effect, aid in rainwater management, and enhance building insulation, leading to energy savings. Our university aims to expand green roof applications to promote environmental sustainability further.

Integration of Green Spaces and Courtyards:

Near East University places great importance on integrating natural elements into campus architecture. Each new building is surrounded by green areas that contribute to the aesthetic and ecological balance of the campus. Some buildings also feature interior courtyards that bring natural light and natural ventilation into indoor spaces, creating a pleasant microclimate and promoting the wellbeing of occupants. These landscaped areas support biodiversity, reduce surface heat, and contribute to the overall sustainability and livability of the built environment.

Artificial Lakes and Water Reuse Systems
Near East University has established two artificial lakes on its campus that play a crucial role in supporting local biodiversity and sustainable water management. These lakes are home to various species, including frogs, fish, and ducks, creating a balanced micro-ecosystem within the university environment. The water from these lakes is treated and reused for landscape irrigation, helping to conserve freshwater resources and maintain the greenery across the campus. This practice not only enhances biodiversity but also aligns with LEED’s Water Efficiency and Sustainable Sites criteria by promoting ecological balance, reducing water consumption, and supporting sustainable campus design

Use of Local and Sustainable Materials: In our new construction projects, local and sustainable materials are prioritized to reduce environmental impact and support the local economy. These materials help lower our carbon footprint while promoting an eco-conscious construction approach. By sourcing materials locally, we reduce transportation energy costs and contribute to the preservation of natural resources.

Earthquake Resistance: All buildings on campus are constructed to the highest safety standards, ensuring earthquake resistance. Earthquake safety is a top priority for our university, and the resilience of all structures is rigorously tested. To ensure the safety of students, staff, and visitors, our buildings are regularly inspected and reinforced using modern engineering techniques. This maintains maximum safety levels for living and learning environments on our campus.

These sustainable practices reflect Near East University's commitment to environmental responsibility and community welfare, setting a benchmark for sustainable construction practices in the region.

Olive Tree Plantation for Sustainable Campus Development

At Near East University, integrating green spaces into campus planning is an essential component of our sustainable building strategy. In this context, olive trees — resilient and climate-adapted species native to Cyprus — have been strategically planted across various areas of the campus since 2023.

In 2024, the planned olive tree plantings were completed, enhancing the campus landscape and strengthening the University’s commitment to environmental sustainability.
Near East University will continue to uphold and advance sustainable building practices across the campus throughout 2025 and in the years to come. These efforts will focus on expanding green spaces, improving energy efficiency, and integrating environmentally conscious design principles into all new developments.
Through these initiatives, the University aims to set a leading example of sustainability in higher education.

These plantings contribute to the environmental sustainability of our built environment by preventing soil erosion, reducing heat islands, improving air quality, and promoting biodiversity. The use of native olive trees also ensures minimal water demand and long-term ecological stability within the campus ecosystem. As part of our commitment to sustainable development, Near East University continues to expand green infrastructure and landscape planning alongside architectural growth. Through these ongoing efforts, the University aims to create a campus that not only supports academic excellence but also demonstrates environmental responsibility and harmony between nature and modern design.