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HEALTHCARE EQUIPMENT Utilizing BIM In Healthcare Engineering and Planning Bukola Jaji, Cockrell School of Engineering MEDICAL EQUIPMENT PLANNING INTRODUCTION My Role as Equipment Coordinator Senior Project Engineer at Beck Healthcare


  1. HEALTHCARE EQUIPMENT Utilizing BIM In Healthcare Engineering and Planning Bukola Jaji, Cockrell School of Engineering

  2. MEDICAL EQUIPMENT PLANNING

  3. INTRODUCTION My Role as Equipment Coordinator § Senior Project Engineer at Beck Healthcare Medical Equipment enthusiast, current student at Cockrell § Engineering in MSEM program Building Information Modeling (BIM) for Equipment Planning § For healthcare providers § For AEC team Significance of Healthcare Design and Construction § Areas of new development in the industry § You as a patient are the end receiver of product

  4. IT’S MY FIRST DAY

  5. LESSON LEARNED Preparation begins in the project model…Not in the field.

  6. THE EMPHASIS OF QAQC

  7. THE EMPHASIS OF QAQC

  8. SEEK & FIND

  9. SEEK & FIND HEALTHCARE FLOOR PLAN

  10. SEEK & FIND HEALTHCARE FLOOR PLAN

  11. SEEK & FIND HEALTHCARE FLOOR PLAN How Fast was it to find the items in the first Floor Plan? How Fast was it to find items in Second Floor Plan? 5min/item checking datasheets vs. 0.5 secs applying filter for all items If this were scored on Accuracy, which would you feel more comfortable with submitting?

  12. QAQC IN BIM § Parameter usage Optimizes use/function/operation of Revit Technology § Consolidates medical equipment data (information accessible to multiple parties by linkage of programs) § Produces higher quality and informative plans for AEC team and makes QAQC more efficient process

  13. BIM IN MEDICAL EQUIPMENT PLANNING

  14. REVIT

  15. REVIT

  16. DROFUS

  17. CONNECTING THE DOTS

  18. CONNECTING BIM APPLICATIONS

  19. The 3d detail isn’t the time investment. The time investment is getting general shapes right, getting general size right, comparing and reading through multiple pages of Literature on devices. MODELING THE EQUIPMENT High level 3D detail is a small add on time, but valuable. This takes time.

  20. BUILDING THE DATABASE EQUIPMENT LIBRARY BUILT IN DROFUS

  21. LINKING THE DATA 1. DROFUS DATA EXPORTED IN EXCEL 2. REVIT .RFA FAMILIES (WITH SELECTED PARAMETERS EXPORTED VIA CTC) 3. POPULATE DATA Via Excel (Functions MATCH and INDEX, CADID) 4. IMPORT data BACK IN TO REVIT via CTC

  22. DELIVERABLE

  23. REVIT VISABLITY FEATURE

  24. ELECTRICAL EQUIPMENT

  25. TELECOM EQUIPMENT

  26. PLUMBING EQUIPMENT

  27. NEXT STEP IS TO INCLUDE SCHEDULE Add Tags and schedule for reference, This could be the handoff to our MEP engineers to design CDs…

  28. PROS IN IMPLEMENTING THIS METHOD • Reduce field change cost • Reduce delays in schedule • Improve quality of CDs • Transition more smoothly for hospital and staff • Happy staff, happy patients

  29. DISCUSSION

  30. …TO BE INNOVATIVE? OR NOT

  31. REFERENCES "Company." dRofus . dRofus, 2015. Web. 5 Aug. 2016. <http://www.drofus.no/en/company/>. Elahi, Furqan. Medical Equipment Planning and Construction of a Interventional neuroradiology Suite . N.p.: n.p., 2006. Print. Kemper, John E. Launching A Capital Facility Project . Chicago: Health Administration Press, 2010. Print. A Guide for Healthcare Leaders. Linehan, Michael, and Brandon Andress. "Medical Equipment and BIM." Health Facility Management 1 Nov. 2013: 13-15. Print. "Overview." Autodesk . Autodesk, n.d. Web. 5 Aug. 2016. <http://www.autodesk.com/products/ revit-family/overview>. "Products." CAD Technology Center . CAD Technology Center, 2014. Web. 5 Aug. 2016. <https://www.cadtechnologycenter.com/products/revit-expresstools.html>

  32. THANK YOU.

  33. ....QUESTIONS?

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