000 06649nam a22011897a 4500
003 KOHA_MİRAKIL
005 20221103135314.0
008 201006b cy ||||| |||| 00| 0 eng d
040 _aCY-NiCIU
_beng
_cCY-NiCIU
_erda
041 _ceng
082 _aYL1758
_bMUS 2020
100 1 _aMUSA, Anas Jazuli
245 1 0 _aIMPLICATIONS OF BIOPHILIC DESIGN ELEMENTS IN HIGH SCHOOLS:
_bA CASE OF NICOSIA TURKISH HIGH SCHOOL/
_cAnas Jazuli MUSA; Supervisor: Sevinç KURT
300 _asheets IX, 89;
_bfigures, tables, illustrations,
_c30.5 cm
_eCD.
336 _2rdacontent
_atext
_btxt
337 _2rdamedia
_aunmediated
_bn
338 _2rdacarrier
_avolume
_bnc
500 _aIncludes CD
502 _aThesis (M.Arch) - CYPRUS INTERNATIONAL UNIVERSITY INSTITUTE OF GRADUATE STUDIES AND RESEARCH Department of Architecture
504 _aIncludes REFERENCES: sheets 82-87
520 _aABSTRACT Today the complicated relationship concerning humans and nature provides a rich framework for research in the field of architecture, where architects and fellow stake holders must reassess that human structural relationship in terms of material and non-material components. Our fundamental act of dividing living spaces in to inside and outside is a way of understanding where humans belong in the built environment. Though this may be necessary for definition and limitation of human living spaces architecturally Man has historically expressed an interdependent connection to nature, with much of human consciousness coming from thoughtful evaluation of the natural world around. This unquestionable human reliance on the natural world significantly affects human physical, and psychological well-being therefore enhancing connectivity to nature becomes an integral part of architecture. This research uses the phenomenon of human interest towards nature via the basic principles of more natural design popularly known as biophilic design as a measure to explore the relationship of people between internal and external spaces of learning environments. Specifically it evaluates using mixed method and explanatory strategy the features and attributes of biophilic design in Nicosia Turkish high School as a case study. These characteristics are derived from the 14 patterns of Biophilic design proposed by Browning et. al (2014). The study explored students' experience of nature within the school compound's indoor and outdoor design features. The site visits were conducted over the fall of 2019. It includes data collected from two focus groups, semi-structured interviews of professionals, and critical observations of students. Using a combined strategy methodology, the research found out that the presence of biophilic design patterns provided students with an instrumental link between the presence of nature and the effect of learning and provided validation of the influence of nature on behavior and learning system of the school students in relation to their physical learning environment. Key words; Architectural space, outside; inside, biophilic design, biophilia, nature, place, classroom design, learning environment
650 0 0 _aArchitectural space
650 0 0 _aBiophilic design
650 0 0 _aClassroom design
650 0 0 _aLearning environment
700 1 _aSupervisor: KURT, Sevinç
_91656
942 _2ddc
_cTS
505 1 _g1
_tCHAPTER ONE
505 1 _g1
_tIntroduction
505 1 _g1
_tBackground of study
505 1 _g2
_tStatement of Problem
505 1 _g3
_tAims and Objectives
505 1 _g4
_tResearch Questions
505 1 _g4
_tMethodology
505 1 _g4
_tScope and Limitations
505 1 _g5
_tSummary of Thesis
505 1 _g8
_tCHAPTER TWO
505 1 _g8
_tLITERATURE REVIEW
505 1 _g8
_tIntroduction
505 1 _g8
_tBiophilia definition and Biophilic Application
505 1 _g10
_tThe conception of Biophilic Design
505 1 _g11
_tBiohilic design Attributes(The fourteen of biophic design)
505 1 _g13
_tPrinciples and Benefits of Biophilic Design
505 1 _g14
_tBiophilic Design Considerations
505 1 _g15
_tNature
505 1 _g17
_tNature and Architecture
505 1 _g18
_tNature and School Design Relationship
505 1 _g19
_tNature Health Relationship: Psychology WellBeing, Physiology Wellbeing
505 1 _g21`
_tHigh School Design and its Effect on Students
505 1 _g23
_tBiophilic Design and the Learning Environment
505 1 _g24
_tUse of Learning Environment
505 1 _g24
_tEducational Space and School Design
505 1 _g25
_tBiophilic Design in Educational Spaces
505 1 _g27
_tCHAPTER THREE
505 1 _g27
_tMETHODOLOGY
505 1 _g27
_tResearch Design
505 1 _g28
_tResearch Procedures
505 1 _g28
_tObservation:
505 1 _g28
_tAnalysis : 14 Pattern of Biophilic Design
505 1 _g31
_tIn-Depth Interviews
505 1 _g31
_tSite Selection Criteria
505 1 _g31
_tPopulation of Study
505 1 _g32
_tData collection Procedure
505 1 _g34
_tCHAPTER FOUR
505 1 _g34
_tFINDINGS
505 1 _g34
_tNicosia Turkish High School Study
505 1 _g35
_tSite Condition
505 1 _g36
_tNetworks and Connectivity
505 1 _g38
_tCurrent Building Analysis
505 1 _g41
_tMovement
505 1 _g43
_tSpace Quality
505 1 _g43
_tObservation of The 14 Patterns of Biophilic Design in Nicosia Turkish High School
505 1 _g43
_tVisual Connection with Nature
505 1 _g47
_tNon-Rhythmic Sensory Stimuli
505 1 _g45
_tNon-Visual Connection with Nature
505 1 _g49
_tThermal and Airflow Variability
505 1 _g51
_tPresence of Water
505 1 _g52
_tDynamic & Diffused light
505 1 _g54
_tConnection with Natural Systems
505 1 _g55
_tBiomorphic Forms & Patterns
505 1 _g56
_tMaterials Connection with Nature
505 1 _g58
_tComplexity & Order
505 1 _g58
_tProspect
505 1 _g59
_tRefuge
505 1 _g61
_tMystery
505 1 _g62
_tRisk and Peril
505 1 _g65
_tInterviews
505 1 _g65
_tParticipation Selection Criteria
505 1 _g65
_tInterview Analysis Technique
505 1 _g66
_tThemes
505 1 _g74
_tCHAPTER FIVE
505 1 _g74
_tDISCUSSION, CONCLUSION AND RECCOMENDATIONS
505 1 _g74
_tIntroduction
505 1 _g74
_tDiscussions and Observation
505 1 _g78
_tDiscussion on Interviews
505 1 _g79
_tConclusion
505 1 _g80
_tRecommendation
505 1 _g82
_tREFERENCES
505 1 _g88
_tAPPENDIX
505 1 _g88
_tAPPENDIX A
999 _c141021
_d141021