Architecture - Shipping Container Emergency Mobile Hospital - Case Study Assessment Answer

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Shipping Container Emergency Mobile Hospital Case Study Assessment Answer

Assignment Task: Project  Case Study: expandable shipping container  Emergency mobile hospital

• Application of Advanced Parametric Computer Modelling and Visual Programming (you will need use REVIT , and DYNAMO)
• For this project we should use 40ft container expandable. I will need Revit and Dynamo file.   I will send you attached 2 example work that can that can help you understand what should be done.

What you need do:

1. modeling expandable shipping container  Emergency mobile hospital inside 40ft container expandable.  this emergency mobile hospital should have:

1 triage unit,  1 X-ray unit,  2 toilet, 1 WC laboratory unit, 1 Sterilization unit/ clean utility,

1. Laboratory sink
2. Electrolyte analyser
3. Glucose analyser
4. Blood gas analyser
5. Lockable medical refrigerator, 142 litres
6. Storage cupboards
7. Clinical wash-hand facilities with hands-free taps
8. Computer terminal with printer
9. Draughtsman’s chairs
10. Noticeboard

• Sterilization unit/ clean utility layout: Facilities for holding and preparing clean and sterile materials used in the treatment of patients. Safekeeping of drugs, medicines, lotions, etc. Optional storage of blood bank if required (local policy)

Local for sterilized implements: - 10 m2 fit up with shelves, - A direct connection with the operating room is advised.

• • • Modular storage system HTM 71
    • Optional blood bank – ventilation required
    • Controlled Drugs cupboard
    • Lockable refrigerator, 84 litres
    • The under-worktop storage unit (HTM 71)
    • 4 no dressing trolleys parked under preparation worktop
    • Clinical wash-hand facilities with hands-free taps
    • Catheter cupboard (HTM 71) can be supplied with door if required
    • Tote boxes
    • Storage cupboards

Adjustable modular storage is recommended for flexibility and ease of finding items. Cupboards should be provided where security is required for drugs etc. The clean utiltiy should be adjacent to the communications base in order to ensure staff surveillance against unauthorised entry. An opening without doors is preferre

• consultation unit layout  ( you will need layout according to  one standardization norm in your choise  that you will modelling parametric design)

The size of rooms and facilities need meets conditions for  one standardization norm for hospital design in your choice for any country.

• For this process you will use a BIM parametric approach to designing an expandable shipping container  Emergency mobile hospital

From the room specification  information (laboratory unit , Sterilization unit/ clean utility and consultation unit ) gathered, you will see  minimum area for all those rooms  and wherever possible should be square, while the door openings and equipment parameters must be linked to the out.

• side dimensions of the room: when the rooms outside parameters are changed, the doors and equipment parameters retain the same distance apart parallel to the room’s outside walls. In this way it is possible to retain a minimum distance from the outside wall of the room to the edge of the door swing whatever size the room may be.
• The second set of critical parameters include the clean areas which are always relative to the centre of the room and the patient, this is consistent no matter how big or smaller the room becomes.

Advanced parametric modelling will be applied to the following aspects in the design of expandable shipping container  Emergency mobile hospital

• Room dimensions (height, internal length and width)
• Height adjustments to installations
• Distance between installations and equipment
• Manoeuvring space dimensions

You will do parametric  modelling on REVIt and visual programming (with DYNAMO) in this project would be  to establish parametric relationships between the elements, equipment and installations  in the shipping container  Emergency mobile hospital in order to:

• Guarantee compliance with Approved Document M minimum requirements.
• Incorporate Changing Places Specification into the design.
• Automate height and distance between objects to facilitate ease of adjustments in response to space needs within the building design.
• Eliminate the need for manual recalculation of dimensions and spacing if room sizes are change.

You will need including detailed visual explanation of your modelling development process, in a “step by step” manner and CREATING PARAMETRIC PARAMETERS IN DYNAMO.

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