This document provides a case study of Dr. L.H. Bidari's Ashwini Hospital in Bijapur, India. It includes details on the location, surrounding area, magnitude of the project, patient demographics, floor plans, and structural system. The linear building form provides good circulation. Key aspects include separate entrances for OPD and IPD, outdoor sitting areas, and locating related functions like the operation theater, laboratory, and pharmacy together. While some aspects provide patient convenience, others could be improved like parking, ventilation, and noise reduction near generators. Overall, the planning aims to create a functional and patient-friendly environment.
case study on hospital - fortis hospital, gurgaonSakshi Jain
this presentation is based on the architectural design on hospital, i.e, multi- specialist hospital. in this presentation we did the case study on the fortis hospital gurgaon. in which we'd cover all the aspects of case study.
Case study on the GMCH chandigarh, india
Case study on AIIMS rishikesh, india.
climatic details, grid details, column placement, climatic in influence, site plan, medical college and hospital case study, services
case study on hospital - fortis hospital, gurgaonSakshi Jain
this presentation is based on the architectural design on hospital, i.e, multi- specialist hospital. in this presentation we did the case study on the fortis hospital gurgaon. in which we'd cover all the aspects of case study.
Case study on the GMCH chandigarh, india
Case study on AIIMS rishikesh, india.
climatic details, grid details, column placement, climatic in influence, site plan, medical college and hospital case study, services
case studies on various hospital designs, explaining their built form, design, and functionality. Case studies discussed include Midpark hospital Scotland and Pars hospital Iran.
Case Study of Hospitality, Having Good quality photos, best detail about hospital, every detail about hospital, best clarity, flow chart made, all plans available, about orientation, best presentation, scored full marks
hope everyone will love it.
case studies on various hospital designs, explaining their built form, design, and functionality. Case studies discussed include Midpark hospital Scotland and Pars hospital Iran.
Case Study of Hospitality, Having Good quality photos, best detail about hospital, every detail about hospital, best clarity, flow chart made, all plans available, about orientation, best presentation, scored full marks
hope everyone will love it.
1.PIMS MULTI SPECIALITY HOSPITAL BY ARUN KUMAR G DAVIS RESHMA E R GAYATHRI S
2.INTRODUCTION Multi specialty hospital and medical institute.
Designed by ar. Gautum shah. Ahmadabad and Nandi & associates, Jalandhar.
Construction company Larsen and Toubro.
Construction initiated on October 2001.
Plot Area: 56 acres.
Client: Government of Punjab.
ELEMENTS :
MEDICAL COLLEGE
HOSPITAL
OFFICE BUILDING
RESIDENTIAL BUILDINGS
HOSTEL
AUDITORIUM
CLUB HOUSE
ANIMAL HOUSE
3.CONCEPTUAL PLAN
4.INTER PLANNING OF PIMS HOSPITAL
5.LOCATION
It is located in the center of Punjab ( i.e. Jalandhar).
It is in the close proximity with major cities like Ludhiana,
Amritsar
Connected with national highway-1.
Located in the heart of jalandhar city on graha road at walking distance from bus stand.
6. SITE LAYOUT
EXTERNAL CIRCULATION
Main approach road is 30 m wide and internal roads are 12 m wide.
2.5 to 3 m wide pedestrian paths are provided along the approach
ROAD AND INTERNAL ROADS.
Separate roads have been provided for OPD block and Emergency
7.PIMS HAS THREE ENTRANCES
8.SITE LAYOUT
9. SITE LAYOUT
PARKING
The total car space for 460 cars for the visitors have been provided in the site.
Different parking space for emergency and staff is also provided.
The parking and entrance porches are strategically placed and there is proper
Flow of the traffic.
This makes the space user friendly.
10. ORIENTATION
The hospital is a south-west facing building.
The O.T’s and treatment areas are located in the most suitable Orientation i.e. In North-west.
General wards are facing north-east which just allows the morning Sun to Penetrate inside.
Emergency wards are located in south and south-east direction Which is the Most suitable location for wards.
•No rooms are placed in east and west direction which helps in Avoiding deep sun
11 ZONING
14. PART 1-2-3 BASEMENT FLOOR The basement contains all services like:
Receive store,
CSSD,
Laundry,
medical gases,
electric room,
Incinerator,
boiler,
water –tanks,
AC plant.
15.
The basement is interconnected to all the ten parts through the connecting corridors.
Total 9 stairs accesses the basement.
Basement contains the service yard and loading dock which is open to sky.
There is strong interrelationship between the loading dock and the receive store and the stairs for the vertical transportation of the goods which is very functionally placed.
The remaining portion of the basement is kept unexcavated
16 . GROUND FLOOR
17. PART 1-GROUND FLOOR The part one consists of :
1)Porch
2) Emergency
3) Blood Bank
It also have the three stairs for the vertical transportation and very strategically placed.
STRUCTURE:
The square structural grid is followed of 7.2mX7.2m
The grid followed is typical standard grid which is generally used for a hospital.
Staff parking and public parking is provided on the left of the building.
20. FIRST FLOOR PLAN
22 First Floor Part-1
EMERGENCY ICU’S ( 10 ICU BEDS
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As Europe's leading economic powerhouse and the fourth-largest hashtag#economy globally, Germany stands at the forefront of innovation and industrial might. Renowned for its precision engineering and high-tech sectors, Germany's economic structure is heavily supported by a robust service industry, accounting for approximately 68% of its GDP. This economic clout and strategic geopolitical stance position Germany as a focal point in the global cyber threat landscape.
In the face of escalating global tensions, particularly those emanating from geopolitical disputes with nations like hashtag#Russia and hashtag#China, hashtag#Germany has witnessed a significant uptick in targeted cyber operations. Our analysis indicates a marked increase in hashtag#cyberattack sophistication aimed at critical infrastructure and key industrial sectors. These attacks range from ransomware campaigns to hashtag#AdvancedPersistentThreats (hashtag#APTs), threatening national security and business integrity.
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Our comprehensive report delves into these challenges, using a blend of open-source and proprietary data collection techniques. By monitoring activity on critical networks and analyzing attack patterns, our team provides a detailed overview of the threats facing German entities.
This report aims to equip stakeholders across public and private sectors with the knowledge to enhance their defensive strategies, reduce exposure to cyber risks, and reinforce Germany's resilience against cyber threats.
Chatty Kathy - UNC Bootcamp Final Project Presentation - Final Version - 5.23...John Andrews
SlideShare Description for "Chatty Kathy - UNC Bootcamp Final Project Presentation"
Title: Chatty Kathy: Enhancing Physical Activity Among Older Adults
Description:
Discover how Chatty Kathy, an innovative project developed at the UNC Bootcamp, aims to tackle the challenge of low physical activity among older adults. Our AI-driven solution uses peer interaction to boost and sustain exercise levels, significantly improving health outcomes. This presentation covers our problem statement, the rationale behind Chatty Kathy, synthetic data and persona creation, model performance metrics, a visual demonstration of the project, and potential future developments. Join us for an insightful Q&A session to explore the potential of this groundbreaking project.
Project Team: Jay Requarth, Jana Avery, John Andrews, Dr. Dick Davis II, Nee Buntoum, Nam Yeongjin & Mat Nicholas
Techniques to optimize the pagerank algorithm usually fall in two categories. One is to try reducing the work per iteration, and the other is to try reducing the number of iterations. These goals are often at odds with one another. Skipping computation on vertices which have already converged has the potential to save iteration time. Skipping in-identical vertices, with the same in-links, helps reduce duplicate computations and thus could help reduce iteration time. Road networks often have chains which can be short-circuited before pagerank computation to improve performance. Final ranks of chain nodes can be easily calculated. This could reduce both the iteration time, and the number of iterations. If a graph has no dangling nodes, pagerank of each strongly connected component can be computed in topological order. This could help reduce the iteration time, no. of iterations, and also enable multi-iteration concurrency in pagerank computation. The combination of all of the above methods is the STICD algorithm. [sticd] For dynamic graphs, unchanged components whose ranks are unaffected can be skipped altogether.
1. CASE STUDY OF DR. L.H. BIDARI’S
ASHWINI HOSPITAL, BIJAPUR
SUBMITTED BY : SAHID AKHTAR
ARCHITECTURAL DESIGN
M.S.I.A.A. BIJAPUR.
GUIDE BY : AR. CHAHAT SAIKH
2. LOCATION OF SITE :THE SITE OF CASE STUDY IS SITUATED NEAR TO BLDE
ROAD AT BIJAPUR.
APPROACH TO THE SITE: SITE IS NEAR ABOUT 2.5 KM FROM
BIJAPUR RAILWAY STATION AND 1
KM FROM BUS STAND.
BUS
STAND
SITE
RLY STATION
CITY ROAD CONNECTING BIJAPUR BUS STAND TO THE
CLINIC.
NAME OF PROJECT :ASHWINI HOSPITAL, BIJAPUR
CLIENT : Dr. L.H. BIDARI
ARCHITECT : BERI ASSOCIATES
INDIA KARNATKA BIJAPUR SITE
YELLOW COLOUR SHOWING RAILWAY NETWORK.
3. 80
65
20%
50%
30%
SURROUNDINGS :
N
S
WE
COMMERCIAL
AREA
12 M WIDE ROAD
9 M WIDE ROAD
FOLLOWED BY
RESIDENTIAL AREA
COMMERCIAL
AREA
SITE IS SURROUNDED BY
ROAD FROM BOTH NORTH
AND SOUTH SIDE AND REST 2
SIDES ARE COMMERCIAL
AREAS.
MAGNITUDE OF PROJECT
:
ON THE BASIS OF :
( A ) LAND COVERING
------ % OF OPD - 25
------ % OF IPD - 75
ON THE BASIS OF :
( B ) NO. OF PATIENT
------ AT OPD – 80 TO 85 PER DAY
------ AT IPD - 65 TO 70 PER DAY
PATIENT SOCIAL STATUS :
LOWER CLASS ------ 20 %
MIDDLE CLASS ------ 50 %
UPPER CLASS ------ 30 %
25%
75%
PATIENT SOCIAL
STATUS
OPD VS IPD LAND
COVERING
PATIENT AT IPD
PATIENT AT OPD
AREA : 1749 SQ.M.
4. CIRCULATION PATTERN :
LOWER GROUND FLOOR
PLAN
LOWER GROUND FLOOR
PLAN
UPPER GROUND FLOOR
PLAN
UPPER GROUND FLOOR
PLAN
FIRST FLOOR PLAN
FIRST FLOOR PLAN
PATIENT MOVEMENT PATIENT MOVEMENT PATIENT MOVEMENT
STAFF MOVEMENT STAFF MOVEMENT STAFF MOVEMENT
5.
6. REQUIREMENTS :
LOWER GROUND FLOOR PLAN
UPPER GROUMD FLOOR PLAN
FIRST FLOOR PLAN
OPERATION THEATER
C T SCAN
SERVICE AREA
ELECTRICAL ROOM
RELATIVES DORMITORY
WAITING ROOM
LABORATORY
CHEMIST
CANTEEN
FLOATING PASSAGE
OPEN TO SKY
WARDS
I.C.U
TOILET
CONSULTANT ROOM
ARRIVAL
O.P.D.
CASULTY ROOM
STAIRCASES
WARDS
N.I.C.U.
SPECIAL ROOMS
WAITING AREA
SEMI SPECIAL ROOMS
THE DIFFERENT REQUIREMENTS OF THE
CHILDREN’S HOSPITAL ARE MENTIONED ABOVE
USING COLOUR CODES WITH RESPECT TO
PLANS AT THREE LEVELS.
7. LINEAR FORM
1. A linear form can front on or define an edge of an exterior space or define a plane of
entry into the spaces behind it.
2. A liner form can be segmented or curvilinear to respond to topography, vegetation,
views, or other features of a site.
3. A linear form can serve as an organizing element to which a variety of secondary
forms are attached.
4. This form have good circulation and wide range of area gives good access.
LINEAR ORGANIZATIONS
A linear organization consists essentially of a series of spaces.
Each space in the form along the sequence has an exterior exposure.
Spaces that are functionally or symbolically important to the organization can occur
anywhere along the linear.
Linear organizations express a direction and signify movement, extension, and growth.
An elaborate or articulated entrance, or by merging with another building form or the
topography of its site.
The form of a linear organization can related to other forms in its context.
9. TOILET
WAYTO
UPPOER
FLOOR
OPD
RECEPTION
CASULATY
OPEN TO SKY
SAMI
SPECIAL
I.C.U
FLOTING
PASSAGES
UPPER GROUND FLOOR BUBBLE DIAGRAM
HENCE: -
the site is in learner form which good for the polyclinic.
A liner form can be segmented or curvilinear to respond to topography, vegetation, views, or other features of a site.
it keep the good circulation of inpatient or out patient department with social services.
this shape is the best for the light and air ventilation.
PLANNING AND FUNCTIONAL ARRANGEMENT
10. P L A N N I N G A S P E C T
OUTDOOR SITTING ARRANGEMENT IS HELPFUL TO DIVERT THE EXTRA PRESSUREOF
PATIENTS AND RELATIVES.
RECEPTION PROVIDED EXACTLY IN FRONT OF ENTRY IN BOTH THE OPD AND IPD IS
CONVENIENT FOR PATIENTS.
PROVISION OF MEDICINE SHOP AT EXTREME SOUTHERN PART OF THE BUILDING
REDUCES THE EXTRA PRESSURE OF THE PATIENTS.
PLACINGOF MAJOR OT, MINOR OT, RECOVERY AREA, ANESTHESIA, SCRUB UP, DOCTORS’S
ROOM LABORATORY, MEDICINE SHOP, TOGETHER, FORMING A COMPLETE OPERATION
UNIT AREA.
CENTRAL COURTYARD IS NOT PROVIDING PROPER LIGHTING AND FRESH AIR DUE TO
FULLY COVERED TOP.
RECOVERY WARD IS PLACED ON THE WAY OF OPERATION THEATRE.
FORM OF THE BUILDING IS LINEAR
11. LOWER GROUND FLOOR PLAN
Social service
Ct- scan
Pharmacy
Lab
SOCIAL SERVICE
CONTEXT & ELEVATION
COMMERCIAL AREA
12 M WIDE ROAD
9 M WIDE ROAD
FOLLOWED BY RESIDENTIAL AREA
COMMERCIAL AREA N
S
WE
12. NATURE OF THE BUILDING
The nature of the building is secular.
STYLE OF THE BUILDING
Local style has been adopted.
SARROUNDING
COMMERCIAL AREA
12 M WIDE ROAD
9 M WIDE ROAD
FOLLOWED BY RESIDENTIAL AREA
COMMERCIAL AREA
FACING
The building is facing east side.
13. LAYOUT :
LOWER GROUND
FLOOR PLAN
ELECTRICAL
SERVICE
OXYGEN STORE ROOM
STAIRCASE LEADS TO
UPPER GROUND FLOOR
CANTEEN WITH PROPER
OUTDOOR SITTING
ARRANGEMENT
OPERATION THEATRE
AREA
MEDICINE SHOP
C.T. SCAN CENTRELABORATORY
C.T. SCAN CHAMBER
16. BACK SIDE PARKING OUTSIDE SITTING
SITE MODEL
MAIN ENTRY WITH
PARKING
FRONT PERGOLA
ENTRY TO BUILDING
SITE PLAN
SECTION AT X-X’
SERVICE ROAD
ELECTRICROOM
LABORATO
RY
OPEN TO SKY
COURTYARD
REST ROOM OPD ARRIVAL AREA
OPD
WARDS
17. RATIO OF BUILT VS OPEN :
60%
40%
• BUILT AREA 60% OF TOTAL LAND
• OPEN AREA 40% OF TOTAL LAND
TOTAL SITE AREA
STRUCTURAL SYSTEM :
A
SECTION OF BUILDINGDETAIL AT A
• CLEARLY SHOWN FROM FIGURE
BUILDING IS BASED ON FRAME
STRUCTURE.
• TOTAL NUMBER OF FLOORS ARE 4.
• GROUND FLOOR
•FIRST FLOOR , SECOND FLOOR &
UPPER FLOOR
SERVICE :
• WATER SUPPLY : MUNICIPAL CO-OPERATION
• DRAINAGE SYSTEM : SEVER LINES
• ELECTRICTY : PROVIDED BY HESCOM AND IN CASE OF EMERGENCY
SILENT GENERATOR IS ALSO AVAILABLE.
18. MERITS :
7. ENTRY, STAIRCASE, RECEPTION, WAITING,
CENTRAL COURTYARD, AND TOILET ARE
WELL CONNECTED TO EACH OTHER AND
CREATING A CONVENIENT PATIENT ZONE.
2. OUTDOOR SITTING
ARRANGEMENT IS
HELPFUL TO DIVERT THE
EXTRA PRESSUREOF
PATIENTS AND RELATIVES.
3. INSTEAD OF STAIRCASE,
USE OF RAMP IS GOOD
FOR PROPER PUBLIC
MOVEMENT.
4. RECEPTION PROVIDED EXACTLY IN
FRONT OF ENTRY IN BOTH THE OPD
AND IPD IS CONVENIENT FOR PATIENTS.
5. WAITING IN FRONT OF
RECEPTION KEEPS THE
PATIENTS ALWAYS IN
TOUCH OF ATTENDENTS.
6. PLACING STAIRCAE AND LIFT NEAR TO
THE EXIT / ENTRY IS A WISE DECISION,
HELPFUL IN CASE OF EMERGENCY.
1. CLINIC IS VERY CLOSELY
ATTACHED TO THE CITY
ROAD THROUGH ITS
NORTHERN AND
SOUTHERN ROADS.
8. SEPARATE ENTRY FOR
DOCTORS FROM THE
NORTHERN FACE OF THE
BUILDING IS GOOD.
9. A VERY WIDE AND ENOUGH
SPACE FOR CANTEEN .
10. PROVISION OF MEDICINE
SHOP AT EXTREME
SOUTHERN PART OF THE
BUILDING REDUCES THE
EXTRA PRESSURE OF THE
PATIENTS.
19. 11. PLACINGOF MAJOR OT, MINOR OT,
RECOVERY AREA, ANESTHESIA, SCRUB UP,
DOCTORS’S ROOM LABORATORY,
MEDICINE SHOP, TOGETHER, FORMING A
COMPLETE OPERATION UNIT AREA.
12. OPERATION UNIT NEEDS A COOLER PLACE
SO PROVIDING IT AT LOWER GROUND
FLOOR IS REALLY A WISE DECISION.
13. THE P.I.C.U. IS ARRANGED
VERY HYGIENICALLY ALL
NECESSARY EQUIPMENTS.
14. PLACING OF NURSE STATION IN FRONT
OF P.I.C.U. IS GOOD FOR PROPER CARE
TAKING.
15. ADEQUATE NUMBER OF CHILDREN CARE
UNIT IS APPRECIABLE.
DEMERITS :
1. ENTRANCE HAS NO AESTHETHIC APPEAL.
2. NO PROPER SPACE FOR
WASHED CLOTHS
THEY ARE SPREADED
AT ENTRY ITSELF.
3. LACK OF PARKING SPACE.
4. WAITING AREA HAS VERY
LESS VENTILATION AND
LIGHT.
5. CENTRAL COURTYARD IS NOT PROVIDING
PROPER LIGHTING AND FRESH AIR DUE TO
FULLY COVERED TOP.
6. RECOVERY WARD IS PLACED ON THE WAY
OF OPERATION THEATRE.
7. BEHAIND THE OPERATION THETRE
GENERATOR AND ELECTIC SERVICE ROOM
CREATES NON TOLERABLE SOUND.
20. CONCLUSION :
1. ADEQUATE ARRANGEMENT OF PARKING
IS REQUIRED.
2. MAIN ENTRANCE WITH ATTACHED RAMP
IS A GOOD IDEA.
3. WAITING AREA IN FRONT OF RECEPTION
PROVIDES PATIENT FRIENDLY
ENVIRONMENT.
4. CENTRAL LOBBY SHOULD PROPER
LIGHTING AND VENTILATION.
5. NURSE STATION NEAR TO WARDS IS
SAFER.
6. STAIRCASE AND LIFTS SHOULD BE
PLACED NEAR TO THE MAIN ENTRY.
7. PLACING OF OPD AND IPD SHOULD BE
PLACED SEPARATELY.
8. PLACING OF CANTEEN AND FARMECY
SHOP SHOULD BE WORKED OUT
ACCORDING TO THE CROWDY ZONE.
9. CLIMATIC CONSIDERATIONS SHOULD BE
TAKEN WHILE PLANNING LIKE PLACING
OF WARDS AND CONSULTENCIES.
10. OPERATION BLOCK, WARD BLOCK AND
DOCTORS ROOM SHOULD BE WORKED
OUT ACCORDING TO PROXIMITY CHART.