PORTFOLIO SELECTED WORKS 2016 - 2020
MADHAVI JANDHYALA S PROJECT DESIGNER
Texas Innovates Campus 600,000 GSF | 2019 (Business Development) | $ 300 M | Houston USA This design proposal for the Velasco Incinerator site, Houston TX, won the Stage 1 for the Reinventing Cities competition initiated by the C40 to stimulate ambitious carbon-neutral developments across the globe and to implement the best ideas to transform underutilized sites into beacons of sustainability and resilience and act as a showcase for future zero-carbon urban developments. Through a robust programming and public engagement process, the design team worked with neighborhood stakeholders such as Buffalo Bayou partnership to identify a variety of services that will build professional skills, increase literacy, and put 21st-century technology in the hands of community members.
Site Plan
Longitudinal Site Section
The proposed LEED Platinum Campus uses extensive cross laminated wood structure and includes a power exporting micro-grid, water reuse, integrated flood management green spaces and urban agriculture. The design promotes green mobility, especially biking, and growing Houston’s connected green spaces. In case of future extreme weather events, the resilient Campus will serve as a city emergency center.
Cross Site Section
Interior Views - Innovation Hub
Night View - Velasco Street
Plans - Innovation Hub
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04
05
06
07
08
09
10
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12
13
14
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17
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Plans - Residential & Service Apt Block
The proposed program of laboratories, agricultural space, offices, commercial and retail space, and short and long-term residential showcases a cross-section of diverse disciplines and users. The physical arrangement of this program is also designed to provide diversity in the form of spatial arrangements (plazas, courtyards, rooftop gardens, boulevards, park space) to encourage a variety of uses and users. No clear distinction is made between private/public zones, rather they are intertwined to create a dialogue between the building and the surrounding area. With the planned development of properties across the bayou, a pedestrian (or vehicular) bridge would further connect the site to a greater number of potential users.
Plans - Retail Base & Parking
View - Monumental Stairs to Pedestrian Base Site Plan development diagrams
View - Seasonal Amphitheater & water catchment
TI’s goal is to transform Velasco into both the physical and symbolic focal point establishing Houston’s role as the leader in 21st Century Hard Technology Collaborative R&D initiatives. Maximizing collisions between engineers, scientists and technically degreed entrepreneurs is one of the key interaction points of an innovation eco-system that enables outcomes greater than one individual’s effort.
Velasco’s proximity to Houston’s urban core, central business district, upstream location from Houston’s ship channel, universities, research institutions, and corporations, as well as its unique geographic dynamics (e.g., see Figure 5) are unlikely to be replicated in or near any major urban center for the foreseeable future, providing a durable competitive advantage to stakeholders in Houston relative to other cities aspiring to duplicate and/or displace Houston in the development of these next generation technologies. Upon completion, Houston will form the core of one of most tightly concentrated, self-contained and defragmented Hard Tech superclusters in the world, with one of the densest configurations of Hard Tech human capital, research assets, governmental institutions and businesses in the region. These favorable – and difficult to replicate – dynamics are likely to serve as a nationwide beacon for researchers, entrepreneurs, and business owners in search of the perfect city for their Hard Tech initiatives.
CR Phoenix Beijing Yanhua Hospital 7,000,000 GSF | 2019-20 | Beijing China | Master Planning & Concept Design CR Phoenix Beijing Yanhua Hospital is the biggest first-class nonprofit general hospital in southwest Beijing. And the 7th hospital, to receive a JCI Accreditation in China in June 2010. Recognized as child friendly hospitals of UNICEF and WHO. Located in Fangshan district of Beijing city, and occupying 74,000㎥ comprising a total of 701 beds, 35 clinical departments including 94 majors, 21wards and 2 intensive care units. Yahual hospital also specializes in cancer comprehensive treatment, joint replacement, cardiac interventional therapy, general surgeries, craniotomy, and Chinese traditional treatment
Site Location & Context Site Plan development diagrams
Proposed Master Plan
In 2016 the newly consolidated Phoenix Beijing Yanhua Campus undertook a comprehensive strategic planning process with goals to guide and drive its own strategic future; and serve as the foundation for the campus’s reorganization in the competing market. Guided by the inclusive design and decision makers—the strategic planning process was inclusive and involved more than 200 staff and users on seven task forces, as well as input from external stakeholders. Each task force focused on one of the following areas: Mission, Vision, and Values; Learning; Discovery, Creativity, and Innovation; Health Care; Engagement; Institutional Image and Communication; and Resource Needs, Infrastructure, and Development.
Massing - Main Building
The overall process was collaborative. Biweekly updates were provided to the campus community on-line with a feedback component and in a series of open forums. The strategic plan document represents an evolution from initial discussions through task force reports and various iterations of a plan. The final Strategic Plan 2016–2020 was approved by the board. The Strategic Plan proposed a new mission for the hospital, offered a vision of what the campus could look like in 2020, and expressed the values that would guide the university throughout its development.
Design development and construction documents by BIAD, Beijing.
Development Phases and Program Distribution
Axonometric - Programmatic Stacking for Main Patient
Site Plan Features & Intents Master plan thought of as a set of principles that serve as a blueprint for design, expansion, finance, land acquisition and operation. 1. Efficiency: accessibility, connectivity 2. Sustainability 3. Data integrated : building of virtual campus as implementation of technology parallel to built environments 4. Demography responsive: addresses trending health concerns and population indicators or the coming future. 5. Preventive care : screening , community outreach, clinics, seminars ( education of public)
Fathimuthu Hospital 2,000,000 SFT | 2018 | Thirunelveli , India Located on the outskirts of Tirunelveli in Tamilnadu, this project is dialogue between the idea of a phased master plan, a seasonal water feature, the severe climate of the southern India and state-of-the-art functionality. The negotiations and inspirations that each of these factors brought forth led to a clear vision of a world class facility that could grow while creating a distinct eco-system with its surroundings. The plan is developed with a central circulation spine that allows for modular additions in a phased manner while also defining its geometry as shaped by climatic conditions.
Site Plan
View From Highway
Axonometric - Flow and Program
Massing sequence - Phased Development The mid-rise medium-density mass is offset from the main road by a substantial green space around a mosque. The massing also increases in height as it moves away from the main road. The façade is designed with a mesh “skin” addressing the climate and noise from the west and south.
Cantina Laredo 12,000 GSF | 2020 ( Completed & Operational) | $2M | Virginia Beach, USA Cantina Laredo in the town center of Virginia Beach sits on the second floor, vertically layered between high end retail stores at first floor level and equally high-end apartments above. Porous concrete paved promenade in front of it connects to ZeidersAmerican Dream Theater across at second floor plaza level. The site was bare and hidden, causing a tension between the urge to shelter and protect people and the desire to give them a fantastic view of the town center around.
Night view - Corner of Commerce St & Central Park Ave
Interior View of Bar Rejecting the ubiquitous “Mexican� restaurant feel, the design evokes a more familiar experience of the texture and richness of Virginia Beach, of an interesting property of overlapping ocean waves. Specifically, the destructive interference, where in the waves cancel each other and constructive interference where two waves line up crest to crest or trough to trough, adding up and creating each wave to be of different sizes. Unexpectedly, the most critical influence of this concept on the design of the building is the island bar ceiling, which became the focal point of the space that would open the building up to the urban landscape outside through breezy patios while tastefully integrating rest of dining spaces cladded with Douglas fir wood. The finished bar ceiling structure is made from long, undulating ribbons of decorative wood beams carefully designed and engineered through digital print media technology.
Crossing the building from back to front, the angled geometry of the linear decorative wood beam ceiling articulates the otherwise flat space that encases the dining and the back of the house. Along the front of the building is a revolving door that leads to the restaurant to be greeted by backlit onyx hostess station. The destructive wave pattern is reflected through an elaborate array of pixelated lights in private dining within the restaurant enclosed by frameless sliding glass door.
Interior View - Entrance & Hostess Stand Exterior View - Entrance
Interior View - Main Dining Area
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2
3
4
5
19' - 11 1/2" 4' - 3 1/2"
GENERAL NOTES :
3' - 5 1/2"
10 3" X 12" PINE WOOD PERIPHERAL BEAMS
B1
PROJECT COORDINATION / DESIGN CONSULTANT
1.
SEE INTERIOR FINISH SCHEDULE ON SHEET AE104 FOR FINISH DESCRIPTION. REFER SHEET AE102 FOR CEILING PLAN.
2.
PLYWOOD USED IN NON BEARING PARTITIONS AND OTHER LOCATIONS SHOULD COMPLY WITH SECTION 603, 2012 VIRGINIA CONSTRUCTION CODE. PROVIDE FIRE-RETARDANT-TREATED WOOD. CONSOLIDATED RESTAURANTS OPERATIONS INC.
B2 2" X 8" BEAMS CURVED TO PROFILE @ 15"O.C
B3
12200 STEMMONS FREEWAY, SUITE 100 DALLAS, TEXAS 75234 PHONE: 972-241-5500 EMAIL: CRO_CONTACT@CROINC.COM
B4 BOTTOM OF FIXTURE +8'- 6" A.F.F.
BOTTOM OF FIXTURE +8'- 6" A.F.F.
L1
L2
L3
L4
L5
L6
L7
L8
L9
L10
L11
+1"
+0"
+1"
+2"
+3"
+4"
+3"
+2"
+1"
+0"
+1"
B7 B8
WALK-IN COOLER / FREEZER
PROJECT ARCHITECT
B6
DINING
25' - 2 1/2"
B5
GRIDS L1 TO L11
B9 BOTTOM OF FIXTURE +8'- 6" A.F.F.
B10
DINING
B13
2'-0"
- LIQUID-APPLIED WEATHER BARRIER - 5/8" DENSGLAS SHEATHING - 6" MTL STUDS @ 16" O.C. - R-13 BATT INSULATION - 5/8" GWB, TAPED AND BEDDED
B12
K1
K2
K3
K4
K5
K6
K7
K8
K9
K10
K11
+0"
+1"
+2"
+3"
+4"
+5"
+6"
+5"
+4"
+3"
+2"
WALK-IN COOLER / FREEZER
PROJECT ENGINEER
B11
GRIDS K1 TO K11
201 COLLEGE PL. SUITE 109B NORFOLK, VA 23322
B14 B19
B20
B21
B22
PHONE: 757-627-9100 FAX: 757-627-9250
2'-0"
BAR REFLECTED CEILING PLAN 1/4" = 1'-0"
REMOVE EXISTING EIFS FINISH, PREPARE SHEATHING FOR NEW ARMSTRONG WOOD PLANK CEILING
J4
J5
J6
J7
J8
J9
J10
J11
+1"
+2"
+3"
+4"
+5"
+6"
+5"
+4"
+3"
+2"
+0"
SEAL
06/21/2019
DINING
H1
B23 PROFILE
+0"
H2
H3
H4
H5
H6
H7
H8
H9
H10
H11
+1"
+2"
+3"
+4"
+5"
+6"
+5"
+4"
+3"
+2"
ARCH. / ENG. PROJECT NO (S): DRAWN BY:
GRIDS H1 TO H11
CHECKED BY:
BOTTOM OF FIXTURE +8'- 6" A.F.F.
WOOD CEILING DETAIL NOT SCALE 12" TO = 1'-0"
CG005-18 CA RS
LANDLORD MODIFIED WORK AND TENANT WORK
DINING
G1
B5 PROFILE
+2"
G2
G3
G4
G5
G6
G7
G8
G9
G10
G11
+0"
+1"
+2"
+3"
+4"
+5"
+6"
+5"
+4"
+3"
WALK-IN COOLER / FREEZER
C2
B4 PROFILE
GRIDS G1 TO G11
13' - 11" 10' - 0"
EQ.
F2
F3
F4
F5
F6
F7
F8
F9
F10
F11
+3"
+2"
+1"
+0"
+1"
+2"
+3"
+4"
+3"
+2"
+1"
GRIDS F1 TO F11
10 COLUMNS AT EQUAL SPACING 4' - 0"
H1
A2
G11
G1
F11
F1
E11
E1
D11
D1
C11
C1
KITCHEN SIDE
10"
E4
E5
E6
E7
E8
E9
E10
E11
+1"
+0"
+1"
+2"
+3"
+4"
+5"
+6"
+5"
+4"
+3"
B3
GRIDS E1 TO E11
B3
B3
B3
B3
B3
A1
DINING
B3
2' - 0"
2' - 0"
2' - 0"
+0"
D2
+1"
D3
D4
+2"
+3"
D5
+4"
D6
+5"
D7
+6"
D8
+5"
D9
+4"
D10
+3"
D11
+2"
GRIDS D1 TO D11
10"
A11
B3
NO.
BOTTOM OF FIXTURE +8'- 6" A.F.F.
REVISIONS
DATE
1
LANDLORD REVIEW COMMENTS
02.13.19
2
PERMIT REVIEW COMMENTS
02.27.19
3
CRO REVIEW COMMENTS
02.27.19
4
CRO FF&E CHANGES
04.04.19
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CRO FF&E CHANGES
05.28.19
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LANDLORD MODIFIED SET
06.21.19
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O/A/C MEETING CHANGES
08.24.19
BOTTOM OF FIXTURE +8'- 6" A.F.F.
2' - 0" 2' - 1 1/2"
30' -- 0" 0" +10'
BOOTH SEATING
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
C11
+2"
+3"
+4"
+5"
+6"
+5"
+4"
+3"
+2"
+0"
A.F.F. DINING
6 B13 PROFILE
B2
E3
B3
SOFFIT AT BOOTH 3/4" = 1'-0"
+1"
OWNER / TENANT
GRIDS C1 TO C11
PRIVATE DINING - ENLARGED REFLECTED CEILING PLAN 1/4" = 1'-0"
CANTINA OF VIRGINIA BEACH
BOTTOM OF FIXTURE +8'- 6" A.F.F.
DINING
B14 PROFILE
B15 PROFILE
B1
B2
B3
B4
B5
B6
B7
B8
B9
B10
B11
+0"
+1"
+2"
+3"
+4"
+5"
+6"
+5"
+4"
+3"
+2"
2434 GUM ROAD CHESAPEAKE, VA 23321
WALK-IN COOLER / FREEZER
B12 PROFILE
B3
B1
2' - 11 1/2"
REFER TO INTERIOR ELEVATIONS FOR WALL FINISHES
E2
D1
10"
EQ 1.
B11 PROFILE
B3
DINING
J1
H11
2' - 0"
K1
J11
E1
B3
1' - 11 3/4"
K11
B11
ACOUSTIC CEILING TILE, HANGARS, REFER TO REFLECTED CEILING PLAN FOR TYPE
B3
L1
2' - 0"
B3
DINING
B3
2' - 0"
B3
2' - 0"
RECESSED LIGHT FIXTURE REFER TO REFLECTED CEILING PLAN
B3
L11
1' - 11 3/4"
B10 PROFILE
10' - 0"
2'- 3" TO CENTERLINE OF BOOTH TABLE
B3
10 ROWS AT EQUAL SPACING
B9 PROFILE
13' - 7 1/2"
WALK-IN COOLER / FREEZER
EQ. 1
B8 PROFILE
BOTTOM OF FIXTURE +8'- 6" A.F.F.
WALK-IN COOLER / FREEZER
EQ.
F1
WALK-IN COOLER / FREEZER
3 X 12 WD DECORATIVE WOODEN BEAMS @ 30" O.C
B7 PROFILE
DINING
3-5/8" METAL STUD AT 4'-0" O.C.
WALK-IN COOLER / FREEZER
B6 PROFILE
WALK-IN COOLER / FREEZER
BOTTOM OF FIXTURE +8'- 6" A.F.F.
3-5/8" METAL STUD DIAGONAL BRACING
PHONE: 757-465-8282 FAX: 757-627-9250 LANDLORD
GRIDS B1 TO B11
NO.12 GAUGE WIRE (TYP.)
B17 PROFILE
CROSS RUNNERS
2. THE CONTRACTOR SHALL PROVIDE ALL MATERIAL AND LABOR REQUIRED TO SECURE THE WIRE HANGERS TO THE STRUCTURE ABOVE. THE METHOD USED MAY VARY DEPENDING UPON THE TYPE OF STRUCTURE. THE CONTRACTOR SHALL PROVIDE A DETAILED SHOP DRAWING WHICH CLEARLY INDICATES THE TYPE OF FASTENERS TO BE USED. THIS DRAWING SHALL BE SUBMITTED TO THE LOCAL BUILDING INSPECTOR FOR APPROVAL PRIOR TO FABRICATION OF THE SYSTEM.
B18 PROFILE
B19 PROFILE
3. SUSPENDED CEILING SHALL COMPLY WITH INTERMEDIATE DUTY SYSTEM CLASSIFICATION. CONTRACTOR SHALL SUBMIT SHOP DRAWING TO THE NOT TO SCALE BUILDING DEPARTMENT PRIOR TO INSTALLATION.
B20 PROFILE
A2
LAY-IN LIGHT FIXTURE
ATTACH FIXTURE HOUSING TO CEILING SYSTEM WITH TWO (2) GA. HANGER WIRE - ONE AT EACH END
A4
A3
A4
A5
A6
A7
A8
A9
A10
A11
+2"
+0"
+1"
+2"
+3"
+4"
+5"
+6"
+5"
+4"
+3"
PRIVATE DINING CHANDELIER LIGHT MOUNTING HEIGHT 1/4" = 1'-0"
T.O. TRACK LIGHT +10'- 6" A.F.F.
(4) NO. 12 SPLAY WIRES IN PLANE OF RUNNERS. ATTACH TO FRAMING AS SHOWN IN THIS DETAIL @ 12'-0" O.C. 6'-0" MAX. FROM WALL
NOT TO SCALE
A3
2
3
01/18/2019
LANDLORD REVIEW ISSUE DATE :
01/18/2019
BUILDING REVIEW ISSUE DATE : CONSTRUCTION ISSUE DATE :
01/21/2019 01/29/2019 XX/XX/2019
DRAWING TITLE
UNISTRUT AS REQUIRED TO MOUNT TRACK LIGHT
PLAN NORTH
GRAPHIC SCALE: 1/4" = 1' - 0"
TRACK LIGHTING, SEE AE102 FOR LIGHT FIXTURE SCHEDULE
DRAWING TITLE
3/4" = 1' - 0"
AE504
1-1/2" = 1' - 0"
TRACK LIGHT MOUNT 1 1/2" = 1'-0"
7
1
TENANT REVIEW ISSUE DATE :
HEALTH DEPARTMENT REVIEW ISSUE DATE :
THREADED ROD
MAIN RUNNER AT 4'-0" O.C. (TYP.)
CEILING FIXTURE HANGING DETAILS AND NOTES 1/4" = 1'-0"
A2
GRIDS A1 TO A11
NO. 12 HANGING WIRE @ 4'-0" O.C. ATTACHED TO FRAMING, SIMILAR TO DETAIL SHOWN
CROSS RUNNER @ 2'-0" O.C. (TYP.)
A1
WALK-IN COOLER / FREEZER
BOTTOM OF FIXTURE +8'- 6" A.F.F.
MAIN RUNNERS
DINING
1. LATERAL BRACING FOR SUSPENDED CEILING MUST BE PROVIDED PER CODE REQUIREMENTS WHERE CEILING LOADS ARE LESS THAN 5# PER FT. AND NOT SUPPORTING INTERIOR PARTITIONS. CEILING BRACING SHALL BE PROVIDED BY FOUR NO. 12 GAUGE WIRES SECURED TO THE MAIN RUNNER WITHIN 2" OF THE CROSS RUNNER INTERSECTION AND SPLAYED 90° FROM THE PLAN OF THE CEILING. THESE HORIZONTAL RESTRAINT POINTS SHALL BE PLACED AT 12'-0" O.C. IN BOTH DIRECTIONS, WITH THE FIRST POINT WITHIN 6'-0" FROM EACH WALL. ATTACHMENT OF THE RESTRAINT WIRES TO THE STRUCTURE ABOVE SHALL BE ADEQUATE FOR THE LOAD IMPOSED.
B16 PROFILE
8/26/2019 1:08:19 AM
Details Construction Drawing - Decorative beams over bar & Fixing details
B3 PROFILE
J3
BOTTOM OF FIXTURE +8'- 6" A.F.F.
ARMSTRONG WOODWORKS LINEAR SOLID PANEL EXT. 1X8 SYSTEM ON ALUM. CHANNELS @ 24" O.C., W/ CONCEALED FASTENERS AND 3/4" OPEN JOINTS FOR VENTING BETWEEN PANELS. INSTALL IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS.
B22 PROFILE
J2
GRIDS J1 TO J11
REPAIR EXISTING SHEATHING AS REQUIRED AND REPLACE EXISTING CONT. WEATHER-BARRIER B2 PROFILE
J1
RETURN EIFS TO CREATE A PERIMETER BAND AT WOOD SOFFIT PANELS AS SHOWN
ADD 5/8" GYPSUM WALLBOARD OVER EXISTING METAL STUD, PAINT BLACK (P-6) , SEE LANDLORD PLAN FOR EXTENTS B21 PROFILE
B1 PROFILE
BOTTOM OF FIXTURE +8'- 6" A.F.F.
6"
B23
WALK-IN COOLER / FREEZER
B18
B17
WALK-IN COOLER / FREEZER
D2
B16
DINING
B15
4
5
© 2019 CUBOID
Mellen St , Historic Phoebus Adaptive Reuse - Various Buildings (Under Construction)| 2019-20 | Phoebus, VA Phoebus retail incentive program, formed by City of Hampton enables retail business owners to increase their presence in Phoebus. As part of this initiative, renovation and adaptive reuse of 4 buildings were designed(both floors of 2 buildings). The Phoebus National Historic District encompasses an 86-acre section of the community and includes the historic business area on Mellen and Mallory Streets and a significant number of homes. These projects not only aimed to address client aspirations, but also were designed to work with the City’s desire to create seasonal and temporal urban experiences for its visitors. The designs include in-between patios, parklets, extended decks and canopied storefronts to include pedestrians and incidental traffic. FF - Restaurant Design | 2500 sft
SF - Apartment Units |
SF - Apartment Units | 2000 sft
2600 sft
SF - Apartment Units | 2600 sft FF - Commercial Space | 2600 sft
FF - Bakery | 2000 sft
Selected Project List 2016 - 2020 Large Scale Mixed Use & Master Plans - C40 Texas Innovates | 600,000 sft - Beijing Yanhua Hospital Master plan | 10 M sft - JIPMER Master Plan | 10 M sft - RD College Master plan | 1.5M sft Retail & Commercial - Cantina Laredo | 12,000 sft - Einstein Bagels | 2,000 sft - Scratch Bakey | 2,000 sft - The Baker’s Wife | 2,000 sft Residential - Urban Lofts, Mellen St | 4,000 sft - Urban Lofts, GranbySt | 5,000 aft - Patel Residence | 6,000 sft - Modern Farmhouse | 3,000 sft - Kim’s Residence | 5,000 sft Healthcare & Institurional - Fathimuthu Hospital | 2M sft - Shekhar Eye Hospital | 50,000 sft - Rio Children’s Hospital | 25,000 sft - SM Hospital | 25,000 sft - RD College Phase 1 | 50,000 sft
MADHAVI JANDHYALA S • 7+yrs experience in Architecture & Interior Design in residential, institutional, commercial, mixed use, and large-scale developments ranging from 1000 sft to 1,000,000 sft. • 14+ years global experience in Architecture & Design, including: • 7+years managing and leading own Architectural practice in Bangalore, India including an In-house Interior Design practice. • Proven team leadership, proactive approach to projects, high level of client satisfaction; versatile design, presentation and communication skills. • MS (AAD) Columbia University, NY (2007), winner of William Kinne Fellows Prize. • Software expertise in AutoCAD, Adobe Illustrator, Adobe Photoshop, Adobe InDesign, 3D Studio Max, MS Office Suite, Revit.
CONTACT madhavi.jandhyala@gmail.com 201 772 6675 (Cell) 2173 NE Noble St, Issaquah WA 98029 www.linkedin.com/in/madhavi-jandhyala
website of work 2004 - 2011 http://madhavijandhyala.wix.com/madhavi