Sustainable Building Standards and Institutional Planning
Sakarya University (SAU) incorporates green building principles, energy efficiency, smart building technologies, resource conservation, and accessibility into its approach to campus construction and infrastructure development.
The University's 2025 Sustainability Report (Section 2.1.2, pages 18–19) states that construction and renovation projects are implemented in accordance with Green Certification Building Criteria, integrating energy management systems, LED lighting, sensor technologies, natural daylight solutions, water-efficient fixtures, and building safety systems.
These principles support the University's approach to environmentally responsible and resource-efficient building development.
Sustainable Design and Smart Building Technologies
Sakarya University incorporates energy-efficient equipment and intelligent building technologies into its infrastructure planning.
New buildings are described in the University's sustainability framework as incorporating energy management units and sensor-based systems for lighting, water fixtures, and building functions. Natural lighting and ventilation are also considered to improve indoor conditions and reduce energy demand.
According to the 2025 Sustainability Report, approximately 90% of campus buildings utilise natural daylight, while 85% have energy control and monitoring applications.
These practices demonstrate an institution-wide approach to strengthening building performance through sustainable design and technological improvements.
New Construction and Architectural Development in 2025
The University's Department of Construction and Technical Affairs – 2025 Activity Presentation documents significant construction and architectural development activities.
In 2025, the 1,140 m² National Technology Workshop was completed and inaugurated, providing modern facilities for research and innovation.
Construction also progressed on a 4,000 m² Student Dining Facility, incorporating dining areas, cold storage, mechanical service rooms, and water storage infrastructure.
Additional architectural planning included a 9,150 m² new building at Hendek Campus, a 1,580 m² sports hall for the Vocational School of Health Services, and a 1,575 m² Faculty of Computer and Information Sciences extension.
These projects provide concrete examples of new building development and systematic infrastructure planning during the reporting period.
The University's 2025 Completed Activities page and the Department's published activity presentation provide institutional documentation of campus development work.
Energy Efficiency, Infrastructure Improvements, and Accessibility
The University's 2025 construction activities also demonstrate practical investment in energy-efficient and inclusive infrastructure.
According to the 2025 Activity Presentation, Sakarya University installed 1,600 LED lighting units across five campus buildings.
Additional activities included roof waterproofing and insulation improvements, electrical infrastructure upgrades, heating and cooling system maintenance, and mechanical system modernisation.
Accessibility improvements were undertaken in accordance with Law No. 5378 on Persons with Disabilities, including tactile guidance surfaces, accessible ramps, Braille signage, accessible sanitary facilities, and emergency access improvements.
These activities complement the University's sustainable building approach by supporting resource efficiency, operational safety, accessibility, and the long-term functionality of campus infrastructure.
Overall Assessment
Sakarya University demonstrates a documented institutional approach to incorporating sustainable construction principles and green building criteria into new building planning, construction, and renovation.
The combination of its publicly stated building standards, smart building technologies, completed and ongoing construction projects, and documented energy-efficiency improvements provides evidence of sustainability considerations within campus development.
Supported by the University's 2025 Sustainability Report and the official publications of its Department of Construction and Technical Affairs, these practices contribute to SDG 11 – Sustainable Cities and Communities through more resource-efficient, accessible, and environmentally responsible infrastructure.
