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Lego Brainwaves Design of Pediatric
Health Center of the
Future Team Lego: Randeep Youngseon Choi Lavanavarjit
,Brainwaves~ # 1 to # 5 We chose the team name Lego since it is spatially efficient and offers several possibilities. Our brainwaves are -
Universal Design Concepts in the ED
Patient Flow Signage & Way finding Future Pediatric
Center Video Messaging with
Mobile Application ,
Brain~ # 1–Universal Design Concepts in the ED Implementing the Universal Design concepts in developing modules which can accommodate specific disease types such as 1) Sickle
Cell, 2)Asthma etc.
The universal room was defined as the one that could accommodate various case types
Modular design - operational and space efficiency - future flexibility
Saba (2004) Universal Design Concepts in the
Emergency Department, J Ambulatory
Care Manage
,Brain~ # 1–Universal Design Concepts in the ED
Steps
Determine the module size that depends on existing grid of the structure requirements for three specific types of disease Design the module Saba (2004) Universal Design Concepts in the Emergency Department, J Ambulatory Care Manage
,Brain~ # 1
Case Study The Kaiser Permanente
Santa Clara Medical
Office Building in
California
3 modularly planned building blocks are attached to a “U-shaped” single-loaded corridor 9
X 11 module for both examination rooms and provider offices Arsenault (2004) Adapting to
Change, J Ambulatory Care Manage
,Brain~ # 1 - Universal Design
Concept in the ED Saba (2004) Universal Design Concepts in the Emergency Department, J Ambulatory Care Manage
,Brain~ # 1 - Universal Design Conceptin the ED Saba (2004) Universal Design Concepts in the Emergency Department, J Ambulatory Care Manage
,Brain~ # 1 - Universal Design Concept in the ED Saba (2004) Universal Design Concepts in the Emergency Department, J Ambulatory Care Manage
,Brain~ # 1 - Universal Design Concept in the ED Saba (2004) Universal Design Concepts in the Emergency Department, J Ambulatory Care Manage
,Brain~~ # 2 - Patient Flow ,Brain~~ # 2 - Patient Flow According to
MGH (
Massachusetts General Hospital), on an average, patients had to travel to more than 4 separate locations in order to receive all their care for a particular disease.
This created a significant amount of frustration for patients, substantial foot traffic and inefficiency within the clinical departments.
Pauly (
2005) Planning a
Large Ambulatory Care Center at an
Academic Medical Center, J Ambulatory Care Manage
,Brain~~ # 2 - Patient Flow Steps
An analysis of the patient flow through the hospital depending on the disease types. Mapping the patient flow on the hospital floor to a physical path. The objective is to determine the optimized path
Positioning of the different services Designing the hospital floor. ,Patient
Registration Diagnosis Inpatient
Critical Care Outpatient No
Yes MRI Brain~~ # 2 - Patient Flow – Deliverables A flow diagram to map the traffic for the different units and decide which units can be co-located.
A hospital model with the floors and a floor plan defining the patient movement. Compare the existing floor layout with our proposed layout. ,Brain~~~3 – Signage & Way finding A technological look to path finding and signage
Kiosks at the entrance with 3D floor plans
GPS enabled hand held tool
Destination specific
RFID audio
Turn Right, Take
Elevator,
Stop ,Brain~~~~4 – Future Pediatric
Center A Futuristic Pediatric
Emergency room where the different medical equipment TALK to each other.
The media used include - Bluetooth,
Wireless Network,
Live Streaming Videos. Patients with Communicable Diseases and
Contagious Air-borne disease. ,Brain~~ # 4 – Future Pediatric Center Steps
All Equipment are capable of transmitting signals wirelessly to the server at the nurses station. The observing nurse checks the vital signs of the patient and decides if any dosage needs alteration. The equipment receives feedback and alters the d
- published: 02 Jun 2016
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