Built by Kalyon İnşaat, Mersin Student Dormitory was designed as a multipurpose living complex meeting students' accommodation, education, sports, cultural and social needs.
Building Projects
Mersin Student Dormitory Project
Mersin Student Dormitory Project
A high capacity student campus with accommodation, sport and social areas
Mersin Student Dormitory Project
General Information
Location
Mersin
Employer
T.C. Çevre ve Şehircilik Bakanlığı
Project Scale:
100,264 m² total construction area
Infrastructure Components
- Dormitory complex for 3,500 students; dining hall, canteens and cafeterias
- Games and internet rooms
- Indoor semi Olympic pool; gyms and apparatus gymnastics areas
- Multipurpose halls for 90, 120 and 135 people
- 515 seat conference and performance hall with acoustic systems
- Outdoor sports grounds and running tracks
Function
A modern dormitory complex meeting accommodation, education, sports and social needs on one campus
Key Feature
An international standard dormitory that housed athletes during the 2013 Mediterranean Games
With 100,264 m² construction area, the project combines dormitory blocks for 3,500 students with sports complexes, conference halls, social areas and cultural venues.
Architectural and Engineering Details
Project Stages
Construction Stages
01
Ground improvement and foundation construction
02
Dormitory reinforced concrete and facade works
03
Construction of sports complexes and conference halls
04
Construction of the semi Olympic pool and indoor sports halls
05
Layout of outdoor sports grounds and running tracks
Solutions
Infrastructure was planned for high student capacity.
Modular construction integrated buildings with different functions.
Modern acoustic and climate control systems were installed in conference and social spaces.
Sustainability
Energy Efficiency
Facade insulation reduced energy losses.
Low energy lighting and mechanical solutions were preferred.
Water Management
Rainwater collection and reuse was planned for sports and landscaping.
Water saving fixtures and infrastructure were integrated.
Material and Waste Management
Excavation and waste from construction were recycled.
Low carbon cement and recyclable steel were used in reinforced concrete structures.
Reducing Environmental Impacts
Noise and dust control measures were taken during construction.
Local labor and materials reduced the logistical carbon footprint.
Long Term Sustainability
Natural lighting and ventilation reduced energy consumption.
Outdoor sports grounds, tracks and landscaping supported the urban ecosystem.
Durable materials minimized maintenance needs.
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