logging in or signing up 0001 Lake Spring finalpresentation FunnyGuy Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINTLite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 97 Category: Entertainment License: All Rights Reserved Like it (0) Dislike it (0) Added: October 18, 2007 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript Site Context: Picture Lake Geneva, Switzerland Surrounded by the Alps 20°C mean temperature in summer Annual snow fall – 30in Site ContextSite Analysis: 10,000 sq. ft. footprint Flat site Excellent gravel Clear view to the lake Easily accessible by two roads Site Analysis Topsoil Good gravel Water table Lake GenevaDesign Genesis: A Design GenesisArchitectural Layout: A Architectural LayoutArchitectural Layout: A Architectural LayoutArchitectural Layout: A Architectural LayoutExterior Cladding: A Reflective Glass Façade System EIFS Cladding Exterior Cladding3D Views: 3D ViewsProgram Analysis: A Program AnalysisSlide11: Structural System Overview Picture ESlide12: Structural System Foundation Retaining wall Waterproofing Foundation Picture ESlide13: Structural System Walls and Columns Picture ESlide14: Structural System Auditorium Picture ESlide15: Structural System Auditorium Picture ESlide16: Structural System Auditorium Picture ESlide17: Structural System Concrete Slabs Picture ESlide18: Structural System Lateral Load Resisting System Picture E Slide19: Structural System Lateral Load Resisting System Picture E Shearwall:Slide20: Budget - $5.5M Timeline – 1 year Faster Cheaper Life cycle cost savings Construction Issues Objectives Picture CSlide21: Bonus double access roads Can divert traffic if needed and use the other side of the road Mobile crane Construction Issues Site Plan Picture CSlide22: Capacity -1.54cubic meter. Boom – 54m Based on capacity and availability Reach curve Construction Issues Equipment Picture CSlide23: Construction Issues Sequencing CSlide24: Mar 1, 2015 Dec 13,2015 May 4, 2015 Sep 27,2015 Start Substructure complete End Framing complete Construction Issues Schedule Milestones Picture CSlide25: Project Duration – 9 months Resource allocation considered Snow season- December 15th to February 15th Steel procurement lead time Construction Issues Schedule Analysis Picture CSlide26: Total Project Cost = $5.29 M (3.38 M in 2001) Construction Issues Cost Estimate Picture CSlide27: EIFS vs Concrete Panels: Construction Issues Cost Analysis Picture CSlide28: Concerns Head Room – Floor to floor heights? Location of MEP room Choice of a centralized vs distributed system Construction Issues MEP Issues Picture CSlide29: Cores used for risers with diameter of 24” Distribution at center brings used air down Fresh air distributed through the lateral cores. Duct sizes typical rooms 14” auditorium 18” Construction Issues MEP Design Picture CSlide30: Raised Floor System – Benefits and Disadvantages Improved efficiency More effective Allows great deal of flexibility 1.25 times cost of conventional system Construction Issues Floor Systems Comparison Picture CTeam Dynamics: C A E Case 1: Floor heights iteration Team Dynamics A E C Team Dynamics: C A E Case 1: Floor heights iteration Team Dynamics A E C Team Dynamics: C A E Case 1: Floor heights iteration Team Dynamics A E C Team Dynamics: C A E Case 1: Floor heights iteration Team Dynamics A E C Team Dynamics: Case 2: Mechanical Room Location Team Dynamics A E C Team Process: Team Process A E C Conclusion: Working together, we were able to design a building that: Closely meets the program requirements Functions well as a learning facility Responds to the site Has a fairly low-life cycle cost Is adaptable to meet changing needs Conclusion A E C Lessons Learned: Early design commitments Early consideration of MEP and structural systems Cross-disciplinary design contribution Synchronous communication Common AutoCAD drawing Lessons Learned A E C Acknowledgements: Renate Fruchter, Stanford University Mike Martin, U.C. Berkeley Humberto Cavalli, U.C. Berkeley David Bendet, MBT Architects Hansjörg Baumann, BauIng AG, Switzerland Bob Tatum, Stanford University James Bartone, Nielsen Dillingham Eric Horn, Webcor Builders Acknowledgements A E C You do not have the permission to view this presentation. In order to view it, please contact the author of the presentation.
0001 Lake Spring finalpresentation FunnyGuy Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINTLite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 97 Category: Entertainment License: All Rights Reserved Like it (0) Dislike it (0) Added: October 18, 2007 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript Site Context: Picture Lake Geneva, Switzerland Surrounded by the Alps 20°C mean temperature in summer Annual snow fall – 30in Site ContextSite Analysis: 10,000 sq. ft. footprint Flat site Excellent gravel Clear view to the lake Easily accessible by two roads Site Analysis Topsoil Good gravel Water table Lake GenevaDesign Genesis: A Design GenesisArchitectural Layout: A Architectural LayoutArchitectural Layout: A Architectural LayoutArchitectural Layout: A Architectural LayoutExterior Cladding: A Reflective Glass Façade System EIFS Cladding Exterior Cladding3D Views: 3D ViewsProgram Analysis: A Program AnalysisSlide11: Structural System Overview Picture ESlide12: Structural System Foundation Retaining wall Waterproofing Foundation Picture ESlide13: Structural System Walls and Columns Picture ESlide14: Structural System Auditorium Picture ESlide15: Structural System Auditorium Picture ESlide16: Structural System Auditorium Picture ESlide17: Structural System Concrete Slabs Picture ESlide18: Structural System Lateral Load Resisting System Picture E Slide19: Structural System Lateral Load Resisting System Picture E Shearwall:Slide20: Budget - $5.5M Timeline – 1 year Faster Cheaper Life cycle cost savings Construction Issues Objectives Picture CSlide21: Bonus double access roads Can divert traffic if needed and use the other side of the road Mobile crane Construction Issues Site Plan Picture CSlide22: Capacity -1.54cubic meter. Boom – 54m Based on capacity and availability Reach curve Construction Issues Equipment Picture CSlide23: Construction Issues Sequencing CSlide24: Mar 1, 2015 Dec 13,2015 May 4, 2015 Sep 27,2015 Start Substructure complete End Framing complete Construction Issues Schedule Milestones Picture CSlide25: Project Duration – 9 months Resource allocation considered Snow season- December 15th to February 15th Steel procurement lead time Construction Issues Schedule Analysis Picture CSlide26: Total Project Cost = $5.29 M (3.38 M in 2001) Construction Issues Cost Estimate Picture CSlide27: EIFS vs Concrete Panels: Construction Issues Cost Analysis Picture CSlide28: Concerns Head Room – Floor to floor heights? Location of MEP room Choice of a centralized vs distributed system Construction Issues MEP Issues Picture CSlide29: Cores used for risers with diameter of 24” Distribution at center brings used air down Fresh air distributed through the lateral cores. Duct sizes typical rooms 14” auditorium 18” Construction Issues MEP Design Picture CSlide30: Raised Floor System – Benefits and Disadvantages Improved efficiency More effective Allows great deal of flexibility 1.25 times cost of conventional system Construction Issues Floor Systems Comparison Picture CTeam Dynamics: C A E Case 1: Floor heights iteration Team Dynamics A E C Team Dynamics: C A E Case 1: Floor heights iteration Team Dynamics A E C Team Dynamics: C A E Case 1: Floor heights iteration Team Dynamics A E C Team Dynamics: C A E Case 1: Floor heights iteration Team Dynamics A E C Team Dynamics: Case 2: Mechanical Room Location Team Dynamics A E C Team Process: Team Process A E C Conclusion: Working together, we were able to design a building that: Closely meets the program requirements Functions well as a learning facility Responds to the site Has a fairly low-life cycle cost Is adaptable to meet changing needs Conclusion A E C Lessons Learned: Early design commitments Early consideration of MEP and structural systems Cross-disciplinary design contribution Synchronous communication Common AutoCAD drawing Lessons Learned A E C Acknowledgements: Renate Fruchter, Stanford University Mike Martin, U.C. Berkeley Humberto Cavalli, U.C. Berkeley David Bendet, MBT Architects Hansjörg Baumann, BauIng AG, Switzerland Bob Tatum, Stanford University James Bartone, Nielsen Dillingham Eric Horn, Webcor Builders Acknowledgements A E C