Sustainable Construction and Green Building Development at Termez State University Termez State University incorporates environmental sustainability, energy efficiency, resource conservation and accessibility into its campus development and construction activities.
The university's approach combines nationally established construction regulations with institutional green-building practices aimed at reducing energy consumption, improving the environmental performance of buildings and creating comfortable educational and residential facilities.
New construction and major infrastructure improvements are considered within Uzbekistan's regulatory framework for building design, construction safety, thermal performance and energy efficiency. The university's wider sustainability programme addresses building insulation, efficient lighting, renewable-energy integration, water conservation, smart energy monitoring and environmentally responsible management of campus infrastructure.
National Construction Standards and Energy-Efficiency Requirements The regulatory basis for sustainable building development includes the Shaharsozlik normalari va qoidalari (SHNQ), Uzbekistan's national urban-planning and construction standards administered through the Ministry of Construction and Housing and Communal Services. Several national standards provide relevant requirements for the university's building projects. SHNQ 2.01.18-24 — Energy Consumption Standards for Heating, Ventilation and Air Conditioning in Buildings and Structures was approved by Ministerial Order No. 01/2-4 of 14 January 2025 and entered into force on 27 January 2025.
The regulation establishes energy-performance requirements for building design, covering heating, ventilation, cooling and the efficiency of related technical equipment. SHNQ 2.08.01-24 — Design of Residential Buildings, effective from 25 September 2024, establishes requirements for qualifying residential construction, including thermal comfort, energy efficiency, sanitary conditions, fire safety, accessibility and modern building services. The applicable national standards provide an official framework for integrating energy efficiency and other sustainability considerations into construction projects. Compliance with individual requirements is established through the approved design documentation, technical reviews and construction acceptance procedures applicable to each project.
Construction of the New 800-Bed Student Residence in 2025 One of the university's principal construction projects during 2025 was the development of Student Residence No. 8, a nine-storey residential building designed to accommodate 800 students. Located in the Saxovat neighbourhood of Termez, the project represented an investment of approximately UZS 36.1 billion and was intended to expand access to modern student accommodation. On 8 September 2025, the Governor of Surkhandarya Region, Ulug‘bek Qosimov, inspected the construction site and reviewed implementation progress with university representatives.
During the inspection, particular attention was given to construction quality, timely completion and the development of a comfortable residential environment. On 3 December 2025, the university Rector examined preparations for commissioning the building, including furnishing, residential conditions and the development of supporting outdoor infrastructure.
The residence was officially inaugurated on 8 December 2025, expanding the university's purposebuilt student accommodation capacity. The project represents a documented example of new campus construction completed during the 2025 reporting year.
Its specific energy-performance classification, installed efficiency systems and conformity with applicable construction standards are matters for verification against the building's approved project and commissioning documents. Energy-Efficient Building Materials and Thermal Performance Termez State University's GreenMetric sustainability records describe the use of basalt-based thermal insulation, energy-efficient multi-chamber windows and improved door systems in selected new and renovated buildings.
These measures are intended to improve building-envelope performance by limiting unwanted heat transfer, reducing demand for heating and cooling, and improving indoor thermal comfort. The importance of these design considerations is especially pronounced in southern Uzbekistan, where high summer temperatures make building insulation, efficient cooling and appropriate shading important factors in energy demand.
The university's green-building approach also incorporates natural lighting and ventilation where appropriate, reducing reliance on artificial lighting and mechanical systems while supporting suitable indoor conditions. Efficient Lighting and Smart Building Technologies Energy-efficient building operation is supported by the university's adoption of modern lighting equipment, automated controls and energy monitoring systems.
The university's 2025 GreenMetric inventory identifies 48,300 energy-efficient indoor lighting fixtures, alongside 340 motion-sensor lighting units and 45 smart electricity meters and submeters. These technologies contribute to the university's ability to manage electricity consumption, identify inefficient use and reduce unnecessary energy expenditure across its academic, residential and administrative facilities.
The university also reports the application of smart-building technologies in selected buildings, including automated monitoring, lighting controls and energy-management functions. These campus-wide measures form part of its wider sustainable building framework. Their presence in individual new construction projects is determined by the building-specific technical specifications and equipment inventory.
Renewable Energy and Water-Efficient Building Infrastructure Termez State University has expanded renewable-energy technologies across its campus infrastructure. Its documented systems include solar photovoltaic installations and vacuum solar water-heating equipment associated with university facilities and student accommodation. Solar water-heating systems reduce reliance on conventional energy sources for domestic hot water, while photovoltaic generation contributes renewable electricity to university operations.
Water efficiency is another component of the university's environmental building management. The GreenMetric archive documents water-saving sanitary equipment, water monitoring, leak detection, rainwater storage and efficient irrigation arrangements. These measures support the more responsible use of electricity and water and provide established technical practices that can inform future building development. The university's sustainability framework therefore addresses both the design of new buildings and the operational efficiency of the wider campus estate. Sustainable Site Planning and Accessible Infrastructure Campus construction is integrated with pedestrian access, landscaping, accessibility and the surrounding urban environment. During 2025, the university continued improvements to its approximately 4,500-metre interconnected pedestrian network, linking academic buildings, student residences, the Information Resource Centre and recreational facilities.
The September 2025 infrastructure programme placed particular emphasis on improving safe movement for students with disabilities. University building and landscape improvements also incorporate shaded walking areas, planted vegetation and accessible approaches to facilities. These measures are important elements of sustainable site planning, contributing to pedestrian mobility, inclusive access and the environmental quality of the campus. Sustainable Building Management and Standards Verification Termez State University's infrastructure development is coordinated through its administrative and facilities management arrangements, supported by the university's sustainability planning and GreenMetric environmental reporting. The university's GreenMetric Indicator 2.9 — Green Building Implementation documents measures across energy efficiency, building-envelope improvement, renewable energy, sustainable site management, materials and water efficiency.
These institutional records provide a framework for identifying sustainability features incorporated into university buildings and guiding future improvements. The university identifies Uzbekistan's SHNQ construction and energy-efficiency regulations as its relevant national standards framework. The available records do not establish that the 2025 student residence received an independent LEED, BREEAM, EDGE or other third-party greenbuilding certification. Accordingly, national regulatory requirements, university-reported sustainable building measures and formal green-building certification are treated as distinct forms of evidence.
Building-specific design approvals, energy-performance calculations and commissioning records are used to substantiate the standards achieved by individual construction projects.