ARCHITECTURE DESIGN PORTFOLIO HANNA STIEF
CONTENTS

*cover page image: model for girls school
ACADEMIC WORK
GIRLS' SCHOOL
6-17
MOBILE HEALTH CLINIC
18-27
KAHVILA
29-39
SPLISH SPLASH
40-55
PROFESSIONAL WORK
EXTENSION O.P.JINDAL UNIVERSITY
58-65
RESIDENTIAL APARTMENTS
66-75
ARCHITECTURAL PHOTOGRAPHY
78-79
CONTACT ME
80-81
ACADEMI
IC WORK
GIRLS' SCHOOL - DIPLOMA THESIS
YEAR: PLACE:
SPRING 2013 UNIVERSITY OF STUTTGART
CHAIR: PUBLIC BUILDINGS INSTRUCTOR: PROF. ARNO LEDERER SITE: SIZE:
SHAHJAHANABAD, DELHI, INDIA 13.500 SQM I 145.000 SQFT
BRIEF SELF-SET
IDEA
- EDUCATION. ACCESSIBILITY TO EVERYBODY WITHOUT ANY BACKGROUND CONSTRAINT CHOSEN TOPIC FOR MY THESIS AS A THEORETICAL AND ARCHITECTURAL DESIGN APPROACH TO FEATURE THE EDUCATION OF GIRLS HAS ITS FICTIVE SITE IN THE ESPECIALLY DENSE PREDOMINARY HOUSING AREA OF OLD DELHI. THE ROOM PROGRAMME WHICH IS REQUIRED TO MAKE 'EDUCATION ACCESSIBLE TO EVERYBODY WITHOUT ANY BACKGROUND CONSTRAINT' COVERS A PRIMARY SCHOOL, SECONDARY SCHOOL, KINDERGARTEN PLUS NURSERY AND A LITERACY CENTRE. THE LITERACY OR TRAINING CENTRE SHALL ENCOURAGE ADULT EDUCATION. THE KINDERGARTEN ACCOMODATES YOUNG SIBLINGS OF BOTH GENDERS IN ORDER TO RELEAVE THE GIRLS' DAYCARE. AS PER CALCULATION OF AVAILABLE AREA AND SPATIAL REQUIREMENTS THE DESIGN CAN PROVIDE 60 PLACES FOR ENROLLMENT IN FIRST GRADE. VOLUMES BASED ON A MODULAR AXIS SYSTEM OF 4.50M CREATE AGGLOMERATIONS WHICH ARE 'HOMES' FOR THE DIFFERENT LEVELS OF EDUCATION. THE 'HOMES' ARE ARRANGED AROUND WIDE COURTYARDS AND GENERATE A DIAGONAL AXIS WHICH ACTS AS THE MAIN CAMPUS STREET. IT ALSO CREATES A LINEAR REFERENCE TO THE HISTORIC FORT AND THE LANDSCAPING IN THE EAST. THE VOLUME HEIGHTS RISE CIRCULARY IN REGARDS TO THE LEVEL OF EDUCATION THEY PROVIDE: FROM ONE FLOOR (NURSERY), TWO FLOORS (KINDERGARTEN), THREE FLOORS (PRIMARY SCHOOL), FOUR FLOORS (SECONDARY SCHOOL) TO FIVE FLOORS (LITERACY CENTRE, STUDENTS' LIBRARY AND ADMINISTRATION). RAISED VOLUMES CREATE WIDE PASSAGES BELOW WHICH LINK THE 'HOMES' TO THE MAIN STREET. CANTLEVERING ARCADES SUPPLY ACCESS TO THE DIFFERENT VOLUMES, VISUAL LINKS AND PROTECTION FORM CLIMATE EXTREMES. INSPIRED BY THE PRINCIPLE OF THE WIDE OUTDOOR COURTYARDS, CLASSROOM AND GROUP ROOM CLUSTERS SHARE A COMMON STUDYING AND DISCUSSION ZONE WHICH IS ILLUMINATED INDIRECTLY AND CROSS VENTILATED BY OPENABLE SKYLIGHTS. IN RESPECT TO THE MODULARITY OF THE DESIGN, THE STRUCTURE IS PREFEBRICATED. FOUR TYPES OF CONCRETE BLOCKS (SOLID, PERFORATED, ENGRAVED AND GLAZED) ARE DESIGNED TO SERVE DIFFERENT VENTILATION AND LIGHT REQUIREMTNS.
SITE MODEL 1:2000
SCENARIO - CAPACITY
= 10 / 20 / 30 CHILDREN
nursery - co-ed 3 years X3
kindergarten - co-ed 3 years
50% of primary school girls 100% of younger siblings
X3
primary school - girls 8 years X8
secondary school - girls 4 years
100% of primary school girls 25% of older sisters
X4
training centre - women 1 year
ANALYSIS CARDS
APPROACH VIA NETAJI SUBHASH MARG
150% of older relatives
X1
0
GROUND FLOOR
10
25
LIBRARY ADMINISTRATION TRAINING CENTRE SCHOOL BLOCK SPORTS CENTRE KINDERGARTEN BLOCK
SECTION BB'
50M
FIRST FLOOR
ELEVATION EAST
KINDERGARTEN CLUSTER
0
2
5
SCHOOL CLUSTER
10M
CLUSTERS
REINFORCING ROD GROUT FILLING PREFABRICATED CONCRETE CROSS PILLAR
CONCRETE BLOCK 49X49CM AIR GAP
PREFABRICATED CONCRETE SLAB
SYSTEM: ON-SITE FABRICATION
DETAILED SECTION DD': KINDERGARTEN BLOCK
VIEW
0
2
5
10M
VIEW FROM THE SPORTS CENTRE
SPATIAL STUDIES
ENTRANCE TO THE KINDERGARTEN BLOCK
MODEL 1:200
MOBILE HEALTH CLINIC
YEAR: PLACE:
FALL 2010 UNIVERSITY OF STUTTGART
CHAIR: CONSTRUCTION AND DESIGN INSTRUCTOR: PROF. JOSE LUIS MORO SITE: SIZE:
SAHARA DESERT REGION, NORTH AFRICA 40 SQM I 430 SQFT
BRIEF DESIGN OF A TRANSPORTABLE CLINIC PROVIDING BASIC HEALTH CARE SERVICE IN THE NORTH AFRICAN DESERT REGION. REQUEST IS A QUICK, SIMPLE AND PORTABLE CONSTRUCTION WHICH IS EASY TO DISMANTLE ON DIFFERENT SITE CONDITIONS AND WHICH DEALS ADEQUATELY WITH THE CLIMATE. THE MEANS OF TRANSPORT CAN BE CHOSEN.
IDEA - COMPRESSED DURING TRANSPORT AND EXPANDED ON SITE ONE STANDARD-SIZED TRUCK WITH 7.70M CARGO AREA CAN TRANSPORT ONE COMPRESSED FUNCTIONAL MOBILE CLINIC TO THE TEMPORARY SITE. WHEN REACHED, TWO LIGHTWEIGHT ALUMINIUM 'CLINIC' BOXES GET LIFTED BY A TRUCK-MOUNTED CRANE ON STANDS WHICH ARE ADJUSTABLE TO UNEVEN GROUND. A LIFTED BASE OF GRATES WHICH WILL BE UNFOLDED, SERVES AS INFORMATION, MEETING AND WAITING ZONE. AN INTERLEAVED WALL SYSTEM SLIDES OUT FROM THE BOXES ON RAILS AND EXPANDS THE TWO VOLUMES TO FOUR TIMES ITS SIZE. THERE IS SPACE FOR THREE TREATMENT ROOMS AND ONE STAFF ROOM, THE CORE OF EACH BOX PROVIDES REQUIRED STORAGE SPACE, GENERATORS AND UNFOLDABLE TANKS WHICH CAN COLLECT WATER FROM THE ROOF IN CASE THERE IS RAINFALL. SOLAR PANELS ON THE TOP OF THE BOXES SUPPORT THE ELECTRICITY SUPPLY. TWO ADDITIONAL SERVICE BOXES WILL BE FIXED ON GROUND BY SWINGING THEM OPEN AND FILLING THEIR BASE WITH LOCAL MATERIAL, SAND OR STONE, COLLECTED FROM THE SITE. THOSE SERVICE VOLUMES PROVIDE DISPOSABLE TOILETS AND A SMALL RECEPTION. A LIGHTWEIGHT MEMBRANE, FIXED TO STEAL ARCHES AND STABILIZED BY ROPES WHICH ARE ANCHORED ON THE ROOF PANELS OF THE ALUMINIUM BOXES, COVERS THE CLINIC WITH ITS CENTRAL OUTDOOR ZONE AND SERVES AS A SHADING AND PROTECTION FROM EXTREME CLIMATE. THE DESIGN OF THE MOBILE HEALTH CLINIC IS MEANT TO ALLOW EXPANSION BY THE USE OF SEVERAL TRUCKS LOADED WITH SEVERAL CLINIC UNITS WHICH CAN BE COMBINED LATER ON SITE. HENCE, APART FROM SERVING RURAL AREAS WITH LACK OF INFRASTRUCTURE, IT IS ALSO AN ARCHITECTURAL RESPONSE TO THE MEDICAL SUPPORT OF AREAS WHICH MIGHT BE IN URGENT AND TEMPORARY NEED DUE TO NATURAL DISASTERS OR POLITICAL CONFLICTS.
SITE - IMPRESSIONS
I
II
CLINIC BOX I III
IV
CONSTRUCTION PROCESS
CLINIC BOX II
TOILET BOXES
V
SECTION + PLAN: COMPACT IN TRANSPORT
0
1
2.5
5M
I 2 3 4 5 6 7
ROOF MEMBRANE, PTFE, WELDED COVER STRIP, PTFE BORDER STRAP SANDWICH PANEL, ALUMINIUM ARCH, ALMUMINIUM SUPPORT ELEMENT, STEAL ROPE, STEAL
W 30MM W 60MM D 60MM D 5M
5 3
6 6
5
2
3
7 4
4
DETAIL: CONNECTION MEMBRANE - ALUMINIUM BOXES
1
1
0
2
5
10CM
GENERATOR A
TREATMENT I
STORAGE TREATMENT II
RECEPTION WAITING / MEETING
EDUCATION
B
B' WATER TANK WC STAFF
WC PATIENTS
TREATMENT III
STAFF
A'
PLAN: EXPANDED AFTER CONSTRUCTION
0
1
2.5
5M
DEW / RAINWATER COLLECTION
STAFF
TREATMENT
SCREEN
AA'
SOLAR PANELS
TREATMENT
STAFF
BB'
SECTIONS: EXPANDED AFTER CONSTRUCTION
0
1
2.5
5M
MODEL 1:50
KAHVILA - COFFEE HOUSE
YEAR: PLACE:
SPRING 2010 AALTO UNIVERSITY, HELSINKI, FINLAND
CHAIR: WOOD CONSTRUCTION I HISTORY OF WOOD ARCHITECTURE INSTRUCTOR: PROF. PEKKA HEIKKINEN SITE: SIZE:
KAISANIEMI, HELSINKI, FINLAND 200 SQM I 2.200 SQFT
BRIEF A COFFEE HOUSE WITH TIMBER AS EXCLUSIVE MATERIAL IDEA
- A SPACE WHICH FORM GETS DETERMINED BY THE NATURE OF ITS SURROUNDINGS THE CAFE IS FLOATING IN THE KAISANIEMI BAY AND SUBTLY HIDDEN BEHIND A HERITAGE WOODEN BOAT HOUSE FROM 1922 WHICH IS SITUATED AT THE NORTHERN EDGE OF KAISANIEMI PARK. THE VISITOR APPROACHES FROM ONE OF THE TWO ACCESS PATHS: VIA THE PARK OR ALONG THE SHORE, HENCE GETS INTO INTERACTION FIRST WITH THE HISTORICAL BUILDING. PASSING AROUND THE BOAT HOUSE, HE REACHES THE FLOATING COFFEE PLACE VIA A PIER AND ENTERS BELOW THE LOWER END OF A SLOPED ROOF WHICH COVERS THE CAFE LIKE A HUGE LEAF AND RAISES TOWARDS THE VIEW OVER THE BAY. THE FORM OF THE ROOF AND ITS DIRECTION OF INCLINATION RESPONDS TO URBAN AXES AND THE NATURE OF SURROUNDINGS. HENCE THE LOWEST POINT CLOSES DOWN TOWARDS THE NEARBY RAIL TRACKS AND COVERS A PORCH, THE ENTRANCE, SERVICE AND STORAGE ROOMS. THE HEIGHEST POINT OPENS UP TOWARDS THE MAIN CAFE HALL, A TERRACE AND THE VIEW OVER THE KAISANIEMI BAY AND THE PARK. A GENEROUS SPACE, BRIGHTLY ILLUMINATED BY LARGE GAZED OPENINGS GETS CREATED UNDERNEATH. ACCORDING TO THE BRIEF, THE MAIN CONSTRUCTION AND CLADDING MATERIAL USED IS TIMBER. 3-LAYER-BOARD SPRUCE PANELS FOR THE WALLS AND KERTO BEAMS FOR THE CONSTRUCTION OF THE ROOF. THE DESIGN FLOATS ON GLASS-FIBER REINFORCED PLASTIC BARRELS.
SITE - IMPRESSIONS
FIGURE GROUND PLAN
0
2
5
10M
AXONOMETRIC PROJECTION
PLAN
0
1
2.5
5M
SECTION AA'
SECTION B-B
VIEW OF THE COFFE HOUSE ENTRANCE WITH THE NORTHERN BAY IN THE BACKGROUND
VIEW OF THE COFFEE ROOM AND THE TERRACE WITH THE SOUTHERN BAY IN THE BACKGROUND
MODEL 1:50
SPLISH SPLASH - PUBLIC INDOOR POOL - INTERM. DIPLOMA
YEAR: PLACE:
SPRING 2007 UNIVERSITY OF STUTTGART
TEAM:
RAPHAEL DIETZ I JOHANNES GEISS I SASCHA HEINZELMANN I MARIO SCHNEIDER I HANNA STIEF CHAIR: BUILDING CONSTRUCTION I SUPPORTING CONSTRUCTION I CONSTRUCTION MATERIAL, PHYSICS, BUILDING TECHNOLOGY AND DESIGN INSTRUCTOR: PROF. STEFAN BEHLING I PROF. JAN KNIPPERS I PROF. PETER SCHUERMANN SITE: SIZE:
MAX EYTH SEE, STUTTGART, GERMANY 1.500 SQM I 16.000 SQFT
BRIEF AN MULTIDISCIPLINARY STUDIO SUMMARIZING THE STUDENTS STATE OF TRAINING AFTER TWO YEARS OF STUDIES AND BEING THE INTERMEDIATE DIPLOMA EXAM. IN A TEAM OF FIVE PEOPLE THE CHALLENGE WAS TO COMBINE THE FUNCTIONAL ARRANGEMENT OF SPATIAL NEEDS WITH AN INNOVATIVE STRUCTURAL SYSTEM AND HANDLING THE COMPLEX TECHNICAL REQUIREMENTS OF A PUBLIC INDOOR POOL WITH SENSITIVE HANDLING OF NATURAL LIGHT AND MATERIALS. IDEA DESIGN: - ADDITION AND SUBSTRACTION OF CUBES STRUCTURE: - A STRUCTURE WHICH WILL PROVIDE SUPPORT, HVAC SYSTEM AND AN IMPRESSIVE SPACE AT THE SAME TIME AFTER EXPLORING SEVERAL STRUCTURAL FRAME CONCEPTS A SYSTEM DESIGNED OF FOUR-AXES STAINLESS STEAL DENDRIFORM COLUMNS WHICH OVERSPAN DIAGONALLY THE ARRANGEMENT OF CUBES, POINTS OUT TO BE THE MOST EFFICIENT AND CREATIVE SOLUTION (P.70,71). THE CHALLENGING TECHNICAL REQUIREMENTS OF A PUBLIC POOL CAN BE SOLVED IN AN ELEGANT WAY BY INTEGRATING THEM INTO THE COLUMNS (P.74-77). FOLDABLE WOODEN FACADE ELEMENTS AND THE 'PIERCED' ROOF CREATE SHADE AS WELL AS AN ATMOSPHERIC LIGHT AND SHADOW PLAY (P.78,79).
SITE - IMPRESSIONS
SPATIAL CONCEPT: ADDITION AND SUBSTRACTION OF CUBES
VIEWS - DAY / NIGHT
STRUCTURAL PLAN
0
2
5
10M
STAFF
SHOWERS
PHYSIO
CHANGING
GYM
RECEPTION FOYER
INDOOR POOL I
SAUNA
COURTYARD
INDOOR POOL II
OUTDOOR TERRACE
OUTDOOR POOL
PLAN
0
2
5
10M
1: REINFORCED CONCRETE SHEAR WALLS, SLABS AND SUPPORTS
2: TIMBER GRATE
4: TIMBER DENDRIFORM COLUMNS - EIGHT AXES
5: TIMBER DENDRIFORM COLUMNS - FOUR AXES, R
PROCESS: STRUCTURAL SYSTEM
ROTATED BY 45DEGREES
3: TIMBER DENDRIFORM COLUMNS - FOUR AXES
FINAL: STAINLESS STEAL DENDRIFORM COLUMNS - FOUR AXES, ROTATED BY 45DEGREES
SECTION
STRUCTURAL SECTION
8.40M ATTIC
6.40M ATTIC
3.85M ATTIC
0
1
2.5
5CM
U-SHEET FOR PRESSURE ABSORPTION DOWNPIPE
STIFFENER
WASTE AIR PIPE
PIN-JOINT
FRESH AIR CHAMBER
WASTE AIR CHAMBER
WASTEWATER PIPE
HVAC SYSTEM
WASTE AIR FLOW
FRESH AIR FLOW
GASKET
COVER PLATE
FRESH AIR CHAMBER
DOWNPIPE WASTE AIR CHAMBER ANCHOR BOLT
WASTEWATER PIPE
COLUMN BASE
STRUCURE NODE: STANDARD
0
COLUMN BASE I HORIZONTAL AND VERTICAL SECTION
0
2
5
10CM
20
50
STRUCURE NODE: BIG CUBE
100CM
MODEL 1:50
BIG CUBE: MAIN INDOOR POOL
PROFESSIO
ONAL WORK
TRIBURG HEADQUARTERS
YEAR:
FALL / WINTER 2012/13 PRACTICE: S.P.A. DESIGN, DELHI, INDIA INSTRUCTOR: B. ARCH. DPLG STEPHANE PAUMIER TEAM: CHINMAY MOHANTA, KAWALPREET SINGH WORK PHASE: WORKING DETAILS AND SITE COORDINATION SITE: GURGAON, HARYANA, INDIA SIZE: 12.000 SQM I 11.000 SQFT BRIEF
THE DESIGN INSPIRATION FOR THIS PROJECT CAME FROM THE STUDY OF THE ANCIENT INDIAN STEPWELLS WHICH (IN THE EARLIER PERIODS OF INDIAN HISTORY) WERE LIKE AN URBAN OASIS FOR PEOPLE DURING THE HOT INDIAN SUMMERS. THE ANALOGY OF THE STEPWELL IS REVERSED IN HIS CASe. SO INSTEAD OF BEING BURIED IN THE GROUND, THE STRUCTURE RISES UP IN THE FORM OF CLOSELY PLACED BLOCKS WITH NARROW COUTYARDS BLOCKING OFF THE HARSH SUN AND WATER BODIES TO CREATE AN EVAPORATIVE COOLING EFFECT. RESPONSIBILITIES - DETAILING AND SITE COORDINATION WHEN I TOOK UP THIS PROJECT, MAJORITY OF THE STRUCTURAL WORK WAS DONE, I LEARNT A GREAT DEAL ON SITE COORDINATION AND DETAILING WITH THIS PROJECT, MY ROLE WAS OF DETAILING ELEMENTS LIKE WINDOWS, BRICK CLADDING, WATER PROOFING WITH MY TEAM AND MAINTAING AN EYE ON THE CONSRUCTION DETAILS BEING CARRIED OUT BY THE PROJECT CONTRACTOR, HIGHLIGHTING ANY DEVIATIONS FROM THE ASSIGNED DRAWINGS. I LEARNT A GREAT DEAL ABOUT THE BRICK THROUGH THIS PROJECT, ON THE POSSIBILITIES OF DESIGNING A FACADE WITH BRICK AS THE BASE MATERIAL, VARIOUS PRECAUTIONS OF FACADE DRAINAGE, INSULATION, USAGE OF BRICK TIES AND ALL THE STRUCTURAL CONSIDERATIONS REQUIRED. THE CONTRACTOR WAS A BIT LESS EDUCATED ON THE TOPIC OF BRICK DETAILING AND HENCE IT BECAME A BLESSING IN DISGUISE FOR ME TO LEARN MORE THROUGH SELF RESEARCH.
LONGITUDAL SECTION
0
2
5
10M
'REVERSED STEPWELL'
WINDOW DETAIL
SKYLIGHT DETAIL
VIEW FROM ONE OF THE TERRACES
COURTYARDS & BRIDGES
EXTENSION OF O.P.JINDAL LAW AND BUSINESS UNIVERSITY
YEAR:
FALL / WINTER 2012/13
PRACTICE: S.P.A. DESIGN, DELHI, INDIA INSTRUCTOR: B. ARCH. DPLG STEPHANE PAUMIER TEAM: SONIA LEGLISE WORK PHASE: PRELIMINARY AND DESIGN PLANNING SITE: SONEPAT, INDIA SIZE: 15.000 SQM I 160.000 SQFT BRIEF DESIGN OF AN ANNEXE TO THE ALREADY CONSTRUCTED ACADEMIC BLOCK OF THE LAW AND BUSINESS SCHOOL O.P. JINDAL PROVIDING THE ACADEMY'S SPORTS CENTRE AND MESS. ADDITIONALLY THE CLIENT ASKED FOR THE ADDITION OF FOUR CLASSROOMS TO THE EXISTING BUILDING AND TO CONVERT ITS CURRENT MESS INTO A SEPERABLE MOOTCOURT.
IDEA - MAINTAINING THE EXISTING DESIGN CONCEPT THE GROUP DESIGNED SPORTS CENTRE CUM MESS LINES UP WITH THE EXISTING ADMINISTRATION BLOCK'S CONCEPT BY KEEPING THE COMMON INTERACTIVE PROGRAMME IN THE CENTRE, SURROUNDED BY SPECIFIC SPORTS, ADMINISTRATIVE AND SERVICE REQUIREMENTS. HENCE A MULTIPURPOSE SPORTS FIELD SHARES ITS 'VISUAL SPACE' WITH AN OLYMPIC SIZED INDOOR POOL. GALLERIES AND BLEACHERS ON BRIDGES PROVIDE VISUAL LINKS. THE ROOF GIVES SPACE TO SEVERAL OUTDOOR SPORTS. THE MOST BENEFICIAL WAY OF ADDING CLASSROOMS TO THE EXISTING BLOCK TURNED OUT IN PLACING THEM BELOW THE PILOTIS SUPPORTING THE MAIN STRUCTURE. IN ORDER TO NOT BLOCK THE FREE ACCESS TOWARDS THE 'CENTRAL PARK' WHICH SPREADS BELOW THE EXISTING CONSTRUCTION, THESE CLASSROOMS WILL BE DESIGNED ROUND-SHAPED TO OPEN A GAP AND HENCE AN ACCESS THROUGH THEM. TWO DIFFERENT OPTIONS: ONE 'AUDITORIUM-SHAPED' AND ONE 'HORSESHOE-SHAPED' WERE DEVELOPED. CONSTRUCTIONAL DOCUMENTS AND DRAWINGS IN CONSULTATION WITH HVAC AND STRUCTURAL ENGINEERS, INCLUDING SURFACE AREA CALCULATIONS AND PRICED BOQ GOT PREPARED BY ME FOR THIS PROJECT.
SITE - IMPRESSIONS
ACADEMIC BLOCK / ENTRANCE
OPTION 'HORSESHOE'
OPTION 'AUDITORIUM'
CLASSROOM OPTIONS: ARCHITECTURAL PLAN
0
2
5
10M
PLAN
OPTION 'AUDITORIUM' LONGITUDAL SECTION CLASSROOM OPTION 'AUDITORIUM-SHAPE'
0
1
2.5
5M
RESIDENTIAL APARTMENTS
YEAR:
2014
PRACTICE: STUDIO AMITA VIKRANT, LONDON / BOMBAY INSTRUCTOR: AMITA KULKARNI WORK PHASE: CONSTRUCTION SITE: PUNE, INDIA SIZE: 7.500 SQM I 81.000 SQFT BRIEF PROJECT HEAD FOR A RESIDENTIAL APARTMENT BUILDING IN ITS CONSTRUCTION PHASE
SCOPE OF WORK
WORKING WITH STUDIO AMITA VIKRANT GAVE ME THE POSSIBILITY TO SUPERVISE THE CONSTRUCTION AND FINISHING STAGE OF AN ELEVEN STOREY HIGH RESIDENTIAL PROJECT IN PUNE, INDIA FOR THE DURATION OF TWELVE MONTHS. THE SCOPE OF WORK WAS TO PRODUCE ALL REQUIRED CONSTRUCTION DRAWINGS. THE PACKAGE INCLUDED ARCHITECTURAL PLANS, SECTIONS, FACADE MODULAR DESIGN, INTERIORS AND THE LANDSCAPING INCLUDING TERRACE, POOL AND GARDEN DETAILS. I WAS IN CHARGE OF THE PRIMARY COMMUNICATION WITH THE CLIENT, ENGINEERS, CONSULTANTS AND MANUFACTURERS. EXECUTING SITE VISITS ON REGULAR BASIS, BEING INVOLVED IN HANDLING RCC AND MASONRY PLANS AND WORK, EXTERNAL AND INTERNAL FINISHES INCLUDING THE COMPLETION OF SAMPLE AND SHOW FLAT GAVE ME A WELL ROUNDED INSIGHT INTO THE EXECUTION PART OF ARCHITECTURE AFTER MY GRADUATION FROM UNIVERSITY. THE FOLLOWING PRESENTS FEW SAMPLES OF MY DRAWING PRODUCTION AS WELL AS THE DESIGN PROPOSAL AND CONSTRUCTION DRAWINGS OF THE PROJECT'S BOUNDARY WALL AND GUARDHOUSE WHICH I DESIGNED SINGLE HANDEDLY.
SITE - IMPRESSIONS
DETAILED FLOORING PLAN
KEY PLAN 0
1
2.5
5M
GRC BUILDING FACADE PATTERN
PLANTERS AS PART OF THE WALL
SITE ENTRA
EXTERNAL R
ELEVATION SOUTH SECURITY CABIN
SITE ENTRANCE GATE
INTERNAL ROAD
ELEVATION NORTH BOUNDARY WALL & SECURITY CABIN
PLAN
SECURITY CABIN
ANCE GATE
ROAD
PLANTERS AS PART OF THE WALL
0
1
2.5
5M
R.C.C.DRAWIN
PLAN / SCALE 1:40
TO EXECUTIO SECTION AA' / SC
10.PLINTH B APPROVED D
GENERA
CEIL
FLOOR KEY CEILING KEY
F.F.L
F.F.L
F.S.L
F.S.L
COMPOUND WALL: TYPE B - NORTH PLAN & ELEVATION (UNFOLDED) / SCALE 1:125
SEC RWP
ED
PLAN
FLO
FINIS STR
RAIN
EXT
W
WIN
D
INTE
G
GLA
COL
ELEVATION (UNFOLDED) EXTERNAL
COMPOUND WALL - DETAILS
EW
EXTE
IW
INTE
LF1
LIFT
LF2
LIFT
WR
FIRE
PL
PLU
EL
ELEC
GENERA
SECTION & PLAN & ELEVATION / SCALE 1:25 DETAILED PLAN SECURITY CABIN
0
2
5
10CM
DETAILED SECTION AA'
EXT
INTE
SUN SECTION BB' / SC
1:40
CON
ELEVATION EAST / SCALE 1:40
GRC
STU
DUC
ACO
WAT
GLA
GRA
WOO
MET
DETAILS BOUNDARY WALL
NOTE: CUT O PROVIDE SHO
KEY PLAN
0
2
5
10CM
CALE 1:40 SCALE 1:40
ELEVATION SOUTH / SCALE 1:40 SECTION EE' / SCALE 1:40
ELE SE
PLAN & ELEVATION 1:125 COMPOUND(UNFOLDED) WALL: TYPE/BSCALE - NORTH PLAN & ELEVATION (UNFOLDED) / SCALE 1:125
PLAN
ELEVATION (UNFOLDED) EXTERNAL
COMPOUND WALL - DETAILS
ALE 1:25 SECTION & PLAN & ELEVATION / SCALE 1:25
CALE 1:40
CON
DETAILED SECTION EE'
SECTION AA' / SCALE 1:40
SEC
ARCHITECTURAL PHOTOGRAPHY
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