SURENDAR
JAYACHANDRAN Architecture - Design - Interiors
portfolio
#contents #coded_skin
#Walkie_scorchie
#Salma
#dolce_gabbana
Professional + Academic + Teaching + Competition + Digital_fabrication
Coded Skin -
Architecture for the Human body By Zaha hadid Architects (ZHA CODE) @ Milan The Workshop Involves experimentation with Gyroid Form and thus producing different forms by using and altering its base parammeters and also breaking it down to base forms and rearranging it, arriving at around 8000 different combination and finding a intersting form that can be asthetically used in using for a dress- architecture for the Human body using parametric designing. the workshop involved 3d printing and laser cutting fabrication methid and was presented as ZHA CODE work in the MILAN DESIGNWEEK 2016 .
Presented in Designweek 2016 April Type: Workshop @ ZHA code Involvement in Project: Design Detailing 3D views - renders & Presentation Rhino+ Grasshopper +vray+photoshop+
#the_Research
Parametric Formula for Gyroid form
the formula used to generate the form of gyroid is experimented by changing the parametres in the formula to attain different forms and a few selected ones are shortlisted for the design developement
Trial 3d Printing for form study 3d forms generated as fragments from the given whole modulus experimented with variations in Equation parameters and by physically manupulated forms
Sample 3d printed elements Assembly trial for the Prototyping dresses
Proposed Dress accessorie designs from: 1. Form redevelopement 2. Parametric Form Finding
Presented and Exhibited in
DESIGN_WEEK_MILAN 2016
Alternative fabrication developed by ZHA_code from the results of the research from the Workshop
#Masters_ Thesis (In-Progress) Research and Developement “Deployable Reciprocal Shell Strcutures using Auxetic Behavior� The thesis explores the possibilities of develping a New Modular construction method for Doubly Curved shell structure Counter acting the current methods that are Expensive and Time consuming . Making a Deployable reciprocal strcuture that is flexible to adapt to any form that the site requires making it as a modular constrction adaptable and used everywhere neverthless of the end form , using the principles of Auxetic Behavior Using the help of Parametric equation , Algorithm programming and Digial fabrication the Thesis Research and developement is Underway and forseen to Complete september 2018
salma_construction
Office building design @ Chennai, India
Salma construction, a renowed builder in chennai had a requirement for an outstanding eyecatchy unique building for its office space. The design motto was to show a unique advancement in the latest construction through the facade design and as a landmark design experiment for its future buildings. The concept started with intersecting forms of diagonal and horizontal lines and slowly progressed with developement of the form through Digital computation via simulation until construction details and execution on fragment developement .
CONSTRUCTED Type: Professional@ DQ Involvement in Project: Design Drafting 3D views & Presentation Autocad+Sketchup+3dmax+vray+photoshop+ In Collaboration with: DesignQube
Walkie_Scorchie
Facade Redeisgn @ London_UK
The Walkie talkie building in London has faced Extreme critisim for its consequences of its conceave shape. though the braille sollei has been found for the solution it doesnt allow optimum light increasing its energy usage. So we tried proposing a dynamic facade that optimally controls the wind flow and sun shine inside the building optimizing its energy consumption.
Type: Academic @ Polimi Involvement in Project: Design Detailing 3D views - renders & Presentation Rhino+ Grasshopper +vray+photoshop+
The Existing problem analysis in the facade
Possible Solution for the facade
Developement of Dynamic movement of according to sun position Taking inputs control from sun position & shading Climate data
Construciton details and Dynamicity
DOLCE & GABBANA Facade Redesign proposal For D&G @ Shangai
A redeisgn Elevation proposal for Shangai Dolce & Gabbana store. The concept is derived with a varition of inspiration and thus the final design is a manifestation of all the ideas put together to show a final .The design is an extention until the final construction details for the facade with latest echnology
Involvemnt in Project: Design Drafting 3D views & Presentation Type: Academic @ Polimi
system
630
985
985
660
Frosted Glass fitted to the front of Texo panel to diffuse light uniformly
2250
0
330
1950
ont_4a sez_m
nt_4a sez_mo
ont_4a sez_m
ont_4a sez_m
ont_4a
Detailed drawings - scale- 1:20
West Elevation on 1:50
200
800
700 600 790 600
147
Proposed Facade design for Dolce & Gabbana @ Shangai K11 design Mall
7-12-2017
2000
sez_m
ont_4a
150
890
Space for Store Display
Detailed drawings - scale- 1:20
Surendar Jayachandran
200
1970
960
3000
Done using Parametric extraction 4245
7-12-2017
1970
Proposed Facade design for Dolce & Gabbana @ Shangai K11 design Mall
Surendar Jayachandran
3450
Facade & Lighting Construction details Details of Backlit panels
200
200
Details of Backlit panels 2000
2000
5025
Details of Metal Tesselation
4200
4200 12021
147
4855
960
10000
Non-structural wall th.200 mm
Metal panels to reflect side lights to the Glass Diffuser
2600
LED Strip Ligthting on side
Braket
Single tessellation fractal module (Hollow metal with brass finish- golden shade)
300
147
7634
Steel frame structure to support Metal panel to the existing concrete structure
tessellation below
sez_m
3750
Braket
Rectangular chain link
Details of Metal Tesselation
4200
Metal panels to reflect side lights to the Glass Diffuser
Layout of Backlit panels on West facadeElevation 1:100
supporting the metal 300
ont_4a
3750
LED Strip Ligthting on side
5025
Existing Concrete structure
Single tessellation fractal module (Hollow metal with brass finish- golden shade)
glass in front (as per details)
Non-structural wall th.200 mm
3500
10000
Rectangular chain link supporting the metal tessellation below
sez_m
4855
4200
Steel frame structure to support Metal panel to the existing concrete structure
Frosted Glass fitted to the front of Texo panel to diffuse light uniformly
4855
Steel Frame Connection for Curved Aluminum cladding to main frame structure
ont_3a
Braket
5688.5
3500
Non-structural wall th.200 mm
147
Metal Frame structure connecting the hanging tessellation to the building frame structure
1970
Frosted glass fascia
Clear Glass facade for store display
Metal Frame structure connecting the hanging tessellation to the building frame structure
Tilted Joist Fitting from steel frame to Curved Aluminum cladding system
2100
Clear Glass facade for store display
Layout of Backlit panels on West facadeElevation 1:100 FFL 4.850
Connection of Metal frame to the building frame structure
Details at B @ 1:20
Braket
LEVEL5
5025
FFL 9.050
Existing Concrete structure
sez_m
FFL 4.500
Frosted Glass fitted to the front of Texo panel to diffuse light uniformly
10000
Connection of Metal frame to the building frame Clear Glass fixing for store structure display
Space for Store Display
2600
FFL 4.850
147
Texo metal panels- With LED lights on side
Details at C @ 1:20
1400
FFL 17.000
640
4200
Attachment of electrical boxing to the existing concrete structure
Attachment of Chinese tessellation patterns in metal to the framework
900 230
1970
1425
985
1200
1970
7
2600
565
985
FFL 13.250
Light Space for Product display and manequins
Attachment of Chinese tessellation patterns in Texo metal panelsmetal to the frameworkbacklighted and frosted
Details at B @ 1:20
985
14
Non-structural wall th.200 mm
1970
LED Strip Ligthting on side
Tilted Texo metal panelsWith LED lights on side
Texo metal panelsbacklighted and frostedChinese tessellation glass in front (as per patterns in metal details)
FFL 4.500
985
FFL 4.500
Details at C @ 1:20
Steel Frame Connection for Curved Aluminum cladding to main frame structure
960 147
985
4200
Electrical conduit system for the backlighting and Signages
Curved Aluminum cladding system
FFL 4.850
1970
575
Clear Glass fixing for store display
1200
3500
Space for Store Display
Chinese tessellation Existing concrete structure to support the framework patterns in metal
Braket
985
4855
1425
Steel Boxing System carrying the Electrical conduits
FFLTilted 9.050 Joist Fitting from LED steelwiring frame to system
147
630
985
TexoAluminum metal panelsWith Curved skin layer LED lights on side
Existing concrete structure to support the framework
Details at A @ 1:20
1970
3750
900
1200
147
7
Frosted glass fascia
630 670
985
Light Space for Product
14
147
985
Chinese tessellation display and manequins patterns in metal
Attachment of electricalExisting boxingBuilding Structure to the existing concrete structure
LEVEL5 Details at A @ 1:20
1970
Frosted Glass fitted to the Tilted Texo metal front of Texo panel to panelsdiffuse Withlight LED lights on side
Braket
system
LED wiring system
985
TEXO PANEL
7
FFL 17.000
985
3155
14
Texo metal panels- With LED lights on side
670
1970
1323
985
structure Electrical conduit system for the backlighting and Tilted Joist Fitting from steel frame Signages to Curved Aluminum cladding
Braket
4200 4200
1425
Curved Aluminum skin layer
Steel Boxing System Aluminum Boxing Finish carrying the Electrical Steel Frame Connection for Curved conduits Aluminum cladding to main frame
FFL 13.250
FFL 9.050
3000
90 Existing Building Structure
147
Frosted Glass fitted to the front of Texo panel to diffuse light uniformly
Chinese tessellation patterns in metal
147
et
ll m
diffuse light
2
2
Section on 1:50 SECTION A
Vertical Section AA'
the CROWN
reDesign of technet towers @ Milan
Redesign proposal to add two extra floor in the existing technet tower, milan. The project has to increase the value of the building starting from the project appraisal analysis, until final detailed drawings and structural calculations. The form finding is done with computational design and algorithms as the external shell cover.
Type: Academic @ Polimi- Sem-3 Involvement in Project: Design Drafting 3D views & Presentation Autocad+Sketchup+3dmax+vray+photoshop+
#professional_experience
ARCHITECT-
ASSISTANT PROFESSOR
@DESIGNQUBE ARCHITECTS, Chennai,India
@ MNM jain School of Architecture, Chennai,India
For 38 months from May 2013 - August 2015 & August 2016- August 2017
For 10 months from Nov 2016 - Aug 2017
worked as a Architect in Designqube, Chennai Involvemnt in Projects: Design Drafting 3D views & Presentation + Client Meetings Drawing Corrdination Site Coordination Execution Project completion
#teaching_experience
During this period i was given the responsibilities starting from contacting the client+ designing the project + making 3d views and presentations+ execution drawings + coordination with contractor + execution of project. The studio bagged in around 200 projects in portfolio since its inception until 2015 of which I had the oppurtunity to design 24 projects of which 7 projects have been Constructed.
A short teaching experience as a part time assistant professor in MNM jain college, Chennai filled a year break from my Masters course. In additional to teaching History the Mentoring of Architectural Design studio for the bachelor’s students gave me a wide knowledge about design approach and ideas. The teaching carrer gave me a wider perspective and knowledge through sharing of knowldge from both Professors and students of the University.
.
dot , where it all begins
you can catch the actual complete and detailed works + extra projects on my portfolio website:
https://surendar18391.wixsite.com/portfolio
surendar jayachandran