Jaunapur slum resettlement scheme is a rehabilitation of slum project by Ar.Anil Laul . It is a very good example of low cost housing. The concept and the design criteria helps you a lot.

1. CASE STUDY ON JAUNAPUR SLUM RESETTLEMENT SCHEME
AAKRITI RAWAT
ARC-1024
B.ARCH, 10th SEM. (2010-2015)
SUBMITTED TO : CASE STUDY REPORT THESIS TOPIC : SIGNATURE : SUBMITTED BY :
FACULTY OF ARCHITECTURE
RPET GROUP OF INSTITUTIONS SHEET NO.2 SOCIO-CULTURAL HOUSING
KARNAL
ABOUT THE SITE :
• It is very rocky, heavily contoured.
• Site is fed by two main roads.
• Soil type-
• Total site area – 61 acres
• Built up area – 45 acres
• Area of the roads including – 15 acres (24.59 %)
pathways and chowks
• Area under greens -16 acres (28.8 %)
• Density achievable – 110 du units/acre
• Resultant Density achieved – 80 du units/acre
• Total no.of units – 3600 units
DIAGONAL GRID ADVANTAGE
• Building on diagonal grid allows for more flexibility.
• Entries could be changed according to the individual’s
comfortability from vastu point of view i.e from
NORTH ,NORTH-EAST OR EAST.
• Cross breeze from all directions can be tapped and very
effective VENTURI EFFECT could be experienced.
• Cross courts provide ventilation for the units.
• Entry of a du is taken from one court while its
ventilation from the adjacent court.
In built check for
encroachment
DWELLING UNITS :
• Designed as skeleton units and hence provides freedom to reuse walling materials from their
earlier homes.
• D.u are arrow shaped,tail of the arrow forming cooking alcove.
• Cooking space is provided with an inclined r.c.c slab for future access upstairs.
• Habitable room- 15.8 sq.m/d.u
• Incremental area upto – 31.6 sq.m
• Identical unit on the upper floor
• 7.3m X 7.3m wide courts shared between 4-5 units.
• Provision for vertical expansion.
DIAGRAM SHOWING EFFECTIVE
VENTURI EFFECT
CONSTRUCTION TECHNIQUES
Funicular shell roofing with waste stone infill :
• Minimises use of high energy steel reinforcement.
• Minimises requirement of internal plasters.
Surface engineered walling blocks
• Have an impermeable non-erodible diaphragm with required finish.
• They are casted using simple hand operated moulds.
• Have horizontal core for easy handling and are filled by waste polythene bags.
Stone-faced concrete paving panels
• Internal roads are paved in 18”X18” concrete panels that are faced with waste stone.
Jack arched rcc drain covers
• The inherent strength of jack arch form allows minimal use of steel and cement.
• Aesthetically pleasing,aloows percolation of storm water through joints.
Welded trussed girders
Prefabricated trussed stell girders have been used for the structural framework in plinth
beams,vertical columns and tie beams.
FUNICULAR SHELL ROOFINGVIEW OF RESIDENTIAL UNITCOMBINED TOILET UNITS
CONCRETE PAVING
PANELS
INTERIOR VIEW OF A
TYPICAL UNIT
N
N
LATITUDE - 28°28‘1.55"N
LONGITUDE - 77°9‘9.01“E
PLAN SHOWING THE WIND DIRECTION AND CROSS VENTILATION

2. CASE STUDY ON JAUNAPUR SLUM RESETTLEMENT SCHEME
AAKRITI RAWAT
ARC-1024
B.ARCH, 10th SEM. (2010-2015)
SUBMITTED TO : CASE STUDY REPORT THESIS TOPIC : SIGNATURE : SUBMITTED BY :
FACULTY OF ARCHITECTURE
RPET GROUP OF INSTITUTIONS SHEET NO.2 SOCIO-CULTURAL HOUSING
KARNAL
Bricks
Hollow core
walling block
Funicular shell
Trussed wire
girder beam
Hollow core surface
engineered walling
blocks
Mild steel hot rolled
section
Plinth beam trussed
with girder
Mild steel hot rolled
section with G.I
sheeting
Concrete wall
Hollow core
surface
engineered
walling blocks
25 mm thk p.c.c flooring
INFERENCES
Merits
• Use of low cost materials make it a viable solution.
• Diagonal grid planning maximizes the venture effect of the wind.
• Social structure can be maintained in a G+1 structure and it was
helped by the separate court yards.
• Clustering of three units helps create a bonding among the
neighbours and helps them regain their social infrastructure.
• Flexibility for individuals to open their entries according to their
comfortability.
• The common courts between units helps in better interaction
among people.
• Low cost materials used in the construction minimized the cost to
a greater extent.
• Locally available materials were used ,hence cutting the cost of
construction.
Demerits
• This scheme is not workable for higher density.
• No proper roads to approach to the site.
• It is a bit far from the village area and hence people faced
problem in shifting from the village to the site.
Section of the building depicting the materials used in construction
Floor plans showing the materials used in the structure
Area per dwelling unit – 15.8 sq.m
Incremental upto - 31.6 sq.m
SITE PLAN