Engineered Systems - June 2008 - (Page 69) as an integrated team and participate in forming both the large and small concepts of the project. Working together from project’s beginning provides the best opportunity to establish a balanced project and one which requires minimal re-planning and rework. Twenty years ago, I used this process on a major replacement program for the Harris County (TX) Hospital District, which replaced two major teaching hospitals. The result was a $330 million, 850-bed program which finished on time, without changes, under budget, with a construction unit cost of $106/sq ft, while also winning gold medals from the Texas chapters of the AIA and the AHA. This process also proved successful for building programs at Rockefeller University in New York, and for Jacobs Field/Gund Arena in Cleveland, and has proven to be very successful for Chinese Hospital in San Francisco. In the case of Chinese Hospital, the decisions were mapped and meetings with hospital leadership and users included the integrated design team. Two hundred and eighty meetings were held within approximately 90 days. These meetings secured decisions that led to completion of schematic design and a part of design development during this short period of time. This could not have happened if one firm or individual prepared their part of work and handed it off to another. 2) USE PROCESS MAPPING Develop process maps. These are not floor plans and are not physically constrained; they show processes and interactions. Three par- ticular groups should be mapped: patients, staff, and materials. The maps are individual, but when overlaid, will show where activity takes place, defining spaces and environments needed. Mapping current state conditions and asking about the desired future state, allows for investigation of new processes which could enhance operations with fewer steps, fewer people, and lower costs and which could also potentially create better or safer environments. An adjunct to the process map is a staffing map. Since a process map allows one to see steps, it is easy to understand time on the process map. The time involved includes both elapsed time and incremental time. Elapsed time is how long it takes for a patient to go from “a to z,” while incremental time is how long it takes for a certain action to take place by a certain staff member. Applying volume to increments reveals staffing and staffing type when those tasks are allocated. Therefore, changes to the process map help improve functionality and reveals staffing necessary to accomplish the future desired state. Development of the process maps is an interactive process and its’ conclusion is an interactive and multi-disciplined/ multi-level consensus of future operations. 3) FOCUS ON TARGET COSTING The cost planning/cost modeling (a.k.a. cost targeting) element is likely the most important area addressed in this article. The intent of the process is to know what costs are before design and documentation starts, to forecast costs accurately on the basis of functional parameters and Adding Value to People through Education BUILDING OWNERS & MANAGERS INSTITUTE INTERNATIONAL Input 101 at www.esmagazine.com/instantproductinfo ESM06084Bomi.indd 1 w w w. esmag a zin e. c o m 5/16/08 2:59:59 PM 69 www.BOMI.org www.esmagazine.com/instantproductinfo www.esmagazine.com
Table of Contents Feed for the Digital Edition of Engineered Systems - June 2008 Engineered Systems - June 2008 Contents Editor’s Note Letters To The Editor Back2Basics HVAC Challenge Case In Point Commissioning Efficiency Incentives HydroTech Building Automation Energy Wiz HVACR Designer Tips Notre Dame Tackles the Heat State Of The Arts Time For A Transplant? Project Delivery: What Can IPD Do For You? Issues & Events Computers & Software Products Application Checklist Glossary Classifieds Advertiser Index Tomorrow’s Engineer Engineered Systems - June 2008 Engineered Systems - June 2008 - (Page Intro) Engineered Systems - June 2008 - Engineered Systems - June 2008 (Page Cover1) Engineered Systems - June 2008 - Engineered Systems - June 2008 (Page Cover2) Engineered Systems - June 2008 - Engineered Systems - June 2008 (Page 3) Engineered Systems - June 2008 - Contents (Page 4) Engineered Systems - June 2008 - Contents (Page 5) Engineered Systems - June 2008 - Contents (Page 6) Engineered Systems - June 2008 - Contents (Page 7) Engineered Systems - June 2008 - Editor’s Note (Page 8) Engineered Systems - June 2008 - Editor’s Note (Page 9) Engineered Systems - June 2008 - Editor’s Note (Page 10) Engineered Systems - June 2008 - Letters To The Editor (Page 11) Engineered Systems - June 2008 - Letters To The Editor (Page 12) Engineered Systems - June 2008 - Letters To The Editor (Page 13) Engineered Systems - June 2008 - Back2Basics (Page 14) Engineered Systems - June 2008 - Back2Basics (Page 15) Engineered Systems - June 2008 - Back2Basics (Page 16) Engineered Systems - June 2008 - Back2Basics (Page 17) Engineered Systems - June 2008 - HVAC Challenge (Page 18) Engineered Systems - June 2008 - HVAC Challenge (Page 19) Engineered Systems - June 2008 - Case In Point (Page 20) Engineered Systems - June 2008 - Case In Point (Page 21) Engineered Systems - June 2008 - Case In Point (Page 22) Engineered Systems - June 2008 - Case In Point (Page 23) Engineered Systems - June 2008 - Case In Point (Page 24) Engineered Systems - June 2008 - Case In Point (Page 25) Engineered Systems - June 2008 - Case In Point (Page 26) Engineered Systems - June 2008 - Case In Point (Page 27) Engineered Systems - June 2008 - Case In Point (Page 28) Engineered Systems - June 2008 - Case In Point (Page 29) Engineered Systems - June 2008 - Case In Point (Page 30) Engineered Systems - June 2008 - Case In Point (Page 31) Engineered Systems - June 2008 - Commissioning (Page 32) Engineered Systems - June 2008 - Efficiency Incentives (Page 33) Engineered Systems - June 2008 - Efficiency Incentives (Page 34) Engineered Systems - June 2008 - Efficiency Incentives (Page 35) Engineered Systems - June 2008 - HydroTech (Page 36) Engineered Systems - June 2008 - HydroTech (Page 37) Engineered Systems - June 2008 - Building Automation (Page 38) Engineered Systems - June 2008 - Building Automation (Page 39) Engineered Systems - June 2008 - Energy Wiz (Page 40) Engineered Systems - June 2008 - Energy Wiz (Page 41) Engineered Systems - June 2008 - HVACR Designer Tips (Page 42) Engineered Systems - June 2008 - HVACR Designer Tips (Page 43) Engineered Systems - June 2008 - Notre Dame Tackles the Heat (Page 44) Engineered Systems - June 2008 - Notre Dame Tackles the Heat (Page 45) Engineered Systems - June 2008 - Notre Dame Tackles the Heat (Page 46) Engineered Systems - June 2008 - Notre Dame Tackles the Heat (Page 47) Engineered Systems - June 2008 - Notre Dame Tackles the Heat (Page 48) Engineered Systems - June 2008 - Notre Dame Tackles the Heat (Page 49) Engineered Systems - June 2008 - Notre Dame Tackles the Heat (Page 50) Engineered Systems - June 2008 - Notre Dame Tackles the Heat (Page 51) Engineered Systems - June 2008 - Notre Dame Tackles the Heat (Page 52) Engineered Systems - June 2008 - Notre Dame Tackles the Heat (Page 53) Engineered Systems - June 2008 - Notre Dame Tackles the Heat (Page 54) Engineered Systems - June 2008 - State Of The Arts (Page 55) Engineered Systems - June 2008 - State Of The Arts (Page 56) Engineered Systems - June 2008 - State Of The Arts (Page 57) Engineered Systems - June 2008 - State Of The Arts (Page 58) Engineered Systems - June 2008 - State Of The Arts (Page 59) Engineered Systems - June 2008 - Time For A Transplant? (Page 60) Engineered Systems - June 2008 - Time For A Transplant? (Page 61) Engineered Systems - June 2008 - Time For A Transplant? (Page 62) Engineered Systems - June 2008 - Time For A Transplant? (Page 63) Engineered Systems - June 2008 - Time For A Transplant? (Page 64) Engineered Systems - June 2008 - Time For A Transplant? (Page 65) Engineered Systems - June 2008 - Time For A Transplant? (Page 66) Engineered Systems - June 2008 - Project Delivery: What Can IPD Do For You? (Page 67) Engineered Systems - June 2008 - Project Delivery: What Can IPD Do For You? (Page 68) Engineered Systems - June 2008 - Project Delivery: What Can IPD Do For You? (Page 69) Engineered Systems - June 2008 - Project Delivery: What Can IPD Do For You? (Page 70) Engineered Systems - June 2008 - Project Delivery: What Can IPD Do For You? (Page 71) Engineered Systems - June 2008 - Issues & Events (Page 72) Engineered Systems - June 2008 - Issues & Events (Page 73) Engineered Systems - June 2008 - Issues & Events (Page 74) Engineered Systems - June 2008 - Issues & Events (Page 75) Engineered Systems - June 2008 - Issues & Events (Page 76) Engineered Systems - June 2008 - Issues & Events (Page 77) Engineered Systems - June 2008 - Computers & Software (Page 78) Engineered Systems - June 2008 - Products (Page 79) Engineered Systems - June 2008 - Application Checklist (Page 80) Engineered Systems - June 2008 - Glossary (Page 81) Engineered Systems - June 2008 - Classifieds (Page 82) Engineered Systems - June 2008 - Classifieds (Page 83) Engineered Systems - June 2008 - Classifieds (Page 84) Engineered Systems - June 2008 - Advertiser Index (Page 85) Engineered Systems - June 2008 - Tomorrow’s Engineer (Page 86) Engineered Systems - June 2008 - Tomorrow’s Engineer (Page Cover3) Engineered Systems - June 2008 - Tomorrow’s Engineer (Page Cover4)
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