Sahil Sharma Selected Works 2015
CONTACT Sahil Sharma B. Arch, MAA sahil.sharma.arts@gmail.com | shlsharma.com |
Europe : +45-61-95-33-06
India : +91-805-4924-514
Sahil is an architect and design professional with many years of experience in international urban and architectural projects. He has a masters degree in advanced architecture from the Institute for Advanced Architecture of Catalunya (IaaC) in Barcelona, Spain and a Bachelor's in architecture from Chandigarh college of architecture (CCA) in Chandigarh, India. He has been of director at Alishan interior and furnitures pvt. ltd. an architectural, interior and product design firm in Chandigarh, contributing his expertise in architectural and service detailing, 3d modelling and on-site execution. He has held positions at Chandigarh college of architecture's consultation cell in Chandigarh, contributing his expertize in rendering and architectural detailing and at ABDArchitetti in Brescia, contributing his expertize modelling specialist and designer. In 2015 he founded Cipher Lab Co., a platform to share ideas and expertise related to digital fabrication and material research in product design. His capacity to bridge multi-scalar approach to architecture through digital technologies, hand crafting, construction management and conceptual narratives has collectively led development of his diverse portfolio.
San Francisco, USA Oslo, Norway Copenhagen Denmark Chandigarh, India
Barcelona, Spain Los Angles, USA
Brescia, Italy Dubai, UAE
Singapore
Office / Institutions Professional projects Workshops / summer schools / tours`
“Don’t fight forces, use them” -R. Buckminster Fuller
CV + Projects
prominent 11/2015 Lenin boutique for Alishan interior 06/2015 Whorloax for Cipher lab co. 01/2015-Present Robustic at IaaC 02/2015 Craving at Contrumat 04/2014 Nubular 04/2014 Drxya at DemoFutures 02/2014 AmpLeaf at Llum BCN 2014 07/2012 Parking solution for Chandigarh administration 10/2011 Cemetery Enlargement 08/2011 Magredi Documentation centre 07/2011 Community centre 05/2010 Lighting Design for Le Corbusier's capitol complex 09/2009 Urban redesign for Le Corbusier's Sukhna Lake
| [Product design] | [Prototype] | [Exhibition] | [Design built] | [Exhibition] | [Exhibition] | [Project] | [Project] | [Project] | [Competition] | [Installation] | [Project] | [Design built]
type
office/institution
professional professional academic academic academic academic academic academic professional professional professional professional professional
Alishan interior and furniture pvt. ltd. Cipher lab co. IaaC research project IaaC special competition IaaC competition IaaC exhibition prototype IaaC energy research Chandigarh College of architecture ABDArchitetti ABDArchitetti ABDArchitetti
CCA consultation cell CCA consultation cell
academic 09/2013-06/2015 MAA Masters in advanced architecture 08/2008-06/2013 BArch. Bachelor's in architecture 08/2008-07/2011 BBS Bachelor's in building sciences
| (IaaC) Institute for advanced architecture of Catalonia [Final : 9.0] | (CCA) Chandigarh College of Architecture [Final GPA : 3.5] | (CCA) Chandigarh College of Architecture
professional 02/2015-Present 08/2011-Present 02/2012-04/2013 05/2011-11/2011 06/2009-03/2011
Founder / Project manager Director / Project architect Student Architect Intern Architect Student Architect
| | | | |
Cipher lab co. (digital fabrication & material research collaborative) Alishan Interior & furniture pvt. ltd., Chandigarh, India CCA consultation cell, Chandigarh administration, India ABDArchitetti, Brescia, Italy CCA consultation cell, Chandigarh administration, India
Office/Institution ABDArchitetti Chandigarh college of architecture Alishan Interior and furniture pvt. ltd. Institute for advanced architecture (IaaC)
Typology Urban design Architecture design Interior design Energy Efficiency Responsive architecture Experimental structures Material research Computational designing Design Built Rapid prototyping Product Design
Software tools 3ds Max AutoCAD Revit Adobe creative suite Rhinoceros Grasshopper Ecotect Maya Processing/Visual coding Arduino/Chipset coding Kangaroo physics simulation Karamba FEA analysis Ansys Fluid dynamics V-ray Keyshot
Fabrication tools Laser cutting CNC milling 3d printing Carpentry
Year 2010 2011 2012 2013 2014 2015
Lighting Capitol Lighting design for Corbusier’s Capitol
Expansion of Cemetery Materializing peace & scerinity
Enveloped Multi-purpose cultural centre
Professional Projects
Lenin boutique Men’s formal clothing space
Lighting Capitol
Lighting design for Corbusier’s Capitol Location : Le Corbusier's capitol complex, Chandigarh, India
team member Sahil Sharma Shani Kumar Vinay Suri
project leader
duration
P.K Bhagat
09/2009-11/2009
Lighting Capitol was a project initiated by the Chandigarh administration in order to revive Corbusier’s the aim of the project was to light up the three major buildings and the five monuments in the complex with a vision to open the capitol complex at night time to the public, because of the busy day working of the government complex and high security Capitol is not open for the public to visit during the day time closing the access to the famous architectural entities. The lighting design becomes an initiative that not only lights the buildings at night making them visible to the rest of the city, but also recharges the massive urban space by drawing in social activity during the night time making the space a better socially activated urban landmark.
Expansion of Cemetery Materializing peace & scerinity location : Induino Olona, Italy client : Commune Di Induno Olona area : 500 meter square cost : 660,000 Euro
design team
project lead
duration
Gerardo Ubeda Rueda Ing. Paolo Dellana Sahil Sharma Xristina Tsonpanoglou
Camillo Botticini
07/ 2011-10/ 2011
The intention of the project is to providing a structure which causes least amount of destruction to the existing structure and sits within the existing site in the most transparent ways possible, but provides a space of tranquility and calmness to the user that accesses the cemetery. The concept was to have an open porch niche that is distanced from existing volumes, in order to illuminate the niche. A nice garden with pebbles, bamboo and water is provided in the gap area. The upper floors that are very visible, are defined as a sort of background wall of stone that closes the upper part and is provided with vertical cuts that lead the light within, highlighting a discreet and neutral character.
Exhibition
06/2014_ Innesti/Grafting exhibition, Italian Pavilion, la biennale 2014, Venice, Italy .`
|
la biennale 2014 exhibition
http://www.innesti-grafting.it
Enveloped Multi-purpose cultural centre location : Sappada, Veneto, Italy client : Commune Di Sappada area : 4,868 meter square cost : 4,437,872 Euro
design team Gerardo Ubeda Sahil Sharma
project lead
Giulia De Appolonia .
duration 04/2011-10/2011
Cultural Centre at Sappada is a competition project. Reinforcing the idea of conceptual departure that sees the different volumes organized in form of a upward spiral, whereas the enclosing skin defines kind of a fence on the perimeter which wraps around and closes on the south facade of the structure, defining second spiral. The aim of the project was to generate an extremely simple integrated built structure, produced by superposition of four independent volumes, within the same enclosure. For the centre choosing a coating material that was strongly rooted in place was a key to provide integration to the surroundings, the structure largely consisted of wood. The uniform skin that gives recognition to the structure, while ensuring the uniformity of the image, and also respond to different needs related to exposure and functional program.
-
Lenin boutique
Men’s formal clothing space Location : Sector-8, Chandigarh, India
team member Sahil Sharma Anil Sharma
project leader
duration
Sahil Sharma
11/2015-present
Lenin Boutique is a interior design project that creates a minimal design boutique for tailored clothing and Indian wedding clothing for men. The project re-thinks rich and elaborate Indian traditional architecture in a minimal and contemporary manner. Following the old traditional Indian building style of creating arches and elaborative mesh screens, the main aisle of the store is covered by a arch structure and the back end of the store is installed with a Indian screen like back-lit wall panel. The arch structure forms the storage display on the bottom level and then continues upwards forming a false-ceiling for the space. Following a wavy undulating form the structure creates a division into smaller zones and gives the space a more contemporary feel. The structure is made in an inter-locking waffle structure system, which is digitally fabricated and assembled on-site. The back-lit screen on the end wall of the store portrays a more contemporary version of the traditional Indian screens and formulates a differentiation between zones required in the space. Following a wavy pattern in the screen design combined with the form of the arch structure provide the store with a theme keeping the designing very minimal.
Office/Institution ABDArchitetti Chandigarh college of architecture (CCA) Alishan Interior and furniture pvt. ltd. Institute for advanced architecture (IaaC)
Typology Urban design Architecture design Interior design Energy Efficiency Responsive architecture Experimental structures Material research Computational designing Design Built Rapid prototyping Product Design
Software tools 3ds Max AutoCAD Revit Adobe creative suite Rhinoceros Grasshopper Ecotect Maya Processing/Visual coding Arduino/Chipset coding Kangaroo physics simulation Karamba FEA analysis Ansys Fluid dynamics V-ray Keyshot
Fabrication tools Laser cutting CNC milling 3d printing Carpentry
Year 2010 2011 2012 2013 2014 2015
Ampleaf : Ecological Resonance Wind energy harvesting urban device
Stick tower Woven plywood tower
Nubular : Conflated Pavilion Composite material based lightweight structure
Drxya : robotic facade Intelligent responsive system
[Re]phemeral : intelligent social urbanism Technology integrated temporal urban infrastructure
Craving : hacked metabolic cave Reinventing existing energy cycles with technology
Robustic : deformation informed bending Strategic material deformation based structural system
Academic/Research projects
AmpLeaf
Ecological Resonance location : IaaC, Barcelona, Spain
www.iaac.net
design team
instructors
duration
Kateryna Rogynska Ramin Shambayati Robert Mckaye Douglas Sahil Sharma
Javier Pena Rodrigo Rubio
09/2013-12/2013
AmpLeaf is a new cycle of architectural Eco-infrastructure that promotes the regeneration of local and native plant species with the help of wind vibrations that acts as a platform for low-impact environmental energy harvesting. Inspired from nature AmpLeaf mimics behavior of Leaves, the structural design of leaves and the study of behavior of leaves in response wind have been the key factors to define the design and material of the sheets. AmpLeaf is Designed to fit the needs of on-site customization and adaptability, with one sheet embedded with the electronics required for energy harvesting and conversion into light and sound emission and an additional sheet to enhance material’s reverberation to achieve maximum energy production. Energy production with AmpLeaf is simple. Wind flows over and between the surfaces, due to which vibration occurs along the materials, activating the nano- energy generating piezos. Energy from the piezos is transferred through a harvester setup and stored in a lithium battery, where it is stored for use in powering light and sound. An integrated LDR light sensor is programmed to take light reading. During daytime, the speaker is activated, playing bird sounds. During night, the neopixel LEDs are activated that give a directional sense through dark areas at night.
Exhibition
12/2013_ Research presentation 02/2014_ Interactive exhibition (Llum BCN 2014)
Publication
04/2014_ adafruit blog 'Ampleaf : Ecological resonance' 02/2015_ IaaC bits 1.6.1 - 'Atmospheric Conditions - 1'
| |
IaaC Valldaura self sufficient lab IaaC special project http:\\santaeulalia.bcn.cat\eng
| |
https://blog.adafruit.com/2014/08/18/ampleaf-ecological-resonance/ Author Javier Pena http://issuu.com/iaacbits/docs/_1.6.1_javier_pe__a
Stick tower
Weaving and bending plywood location : IaaC, Barcelona, Spain
www.iaac.net
team member
instructors
duration
Archana K Ramesh Ian Harry Mann Sahil Sharma
Edouard Cabay Alexander Dubor
09/2013-10/2013
The Stick tower is an experimental structural exploration in creating a tower taking advantage of plywood’s active bending behavior and combining it with weaving logics. The structural exploration gives an insight on determined limitations and threshold parameters. One of the major observations made as a result of the exploration was the understanding of the co-relation between the diameter of the structure and the threshold height achievable corresponding to the radius with the play of self-load of the structure and the natural forces such as wind and gravity. Weaving in a criss-cross fashion helps provide the structure adequate stiffness even without and joinery in between the sticks making the whole structure as a whole act as one with the load well distributed and spread evenly throughout the structure.
Exhibition
06/2015_ IaaC tower fabrication exhibition
|
IaaC seminar project, Barcelona, Spain
Nubular
Conflated Lightweight Structure location : IaaC, Barcelona, Spain
www.iaac.net
design team
instructors
build duration
Alessio Verdolino Kateryna Rogynska Ramin Shambayati Robert Mckaye Douglas Sahil Sharma Tobias Lund Ohrstrom
Silvia Brandi Rodrigo Rubio Maria Kupstova (A)
12-20/05/2014
exhibition 22/05/2014
The Nubular lightweight structure is an exploration into material exploration and how component based structural elements can be converted in a structural design using generative design based scripting. An injection-based method is used to an homogeneous building material, in this case a perforated PVC skin, to create tubes of custom lengths and angles, which are then filled with one’s material of choice depending on the chosen tube’s position within the overall structure. The bottom components of the structure are filled with a soil and sawdust combination and the top is composed of lighter Styrofoam balls. Each tube length is split into 3 with a maximum part length of around 800mm with 50mm flat gaps in between and on the ends for making the connections.
Exhibition
06/2014_ Lightweight structure exhibition, IaaC, Barcelona
Publication
01/2015_ Innovatiecatalogus 2015 'Natuurlijk Licth' article
|
IaaC seminar exhibition
|
Stedebouw & Architectuur
www.stedebouwarchitectuur.nl
Drxya
User responsive facade location : IaaC, Barcelona, Spain
www.iaac.net
design team
instructors
duration
Christoffer Ryan Chau Luca Gamberini Ramin Shambayati Robert Mckaye Douglas Sahil Sharma Tou Foo Wen Shan
Alex Posada Guillem Camprodon
01/2014-04/2014
The Drxya is an intelligent responsive facade system and an interactive visual installation that, is calibrated to change its color and position based on the actions of a user scanned with a Kinect sensor. The on-screen visualization relays the information in form of a interactive visual, which in turn activates both the lighting sequences and the movement in X and Y directions. The presence of a user within 1.5m from the facade activates the control, and the color of the ring changes from a rainbow to blue. When the user raises his hand second user activation takes place, and the color of the inner ring changes to an animated purple sequence and the user is able to control the position of the ring in the facade relative to the position of his hand. This responsive system has many implication as responsive facades, interior partition light systems, 3D mapping, and visual communications based architectural systems.
Exhibition
04/2014_ Physical computing exhibition, IaaC, Barcelona 05/2014_ Demo Futures, Fabrica Moritz, Barcelona
Publication
06/2014_ Pasajes Arquitectura, No. 133, Madrid, Spain 07/2015_ IaaC bits 3.4.1 - 'Interactive and responsive facade systems'
| |
IaaC IaaC exhibition prototype
| |
http://pasajesarquitectura.com IaaC research http://issuu.com/iaacbits/docs/iaac_research
http://demo.adifad.org
[Re]phemeral Intelligent Social Urbanism location : IaaC, Barcelona, Spain
www.iaac.net
team member
instructors
duration
Chirana Sumendap Robert Mckaye Douglas Sahil Sharma
Hernan Diaz Alonso Willy Muller Pablo Ros Jordi Vivaldi Piera (A)
01/2014-06/2014
The project conveys that the role of the architect is not becoming obsolete, it is changing in coherence with the shift towards this model of distributed intelligence. The site here is acting as a platform for discussing the future of socially, politically and geographically marginalized communities, where rapid urban transformations IaaC have MAA_01emerged 2012-2013 the decaying of street life, patterns 24 of low education and skill levels, poor environmental consciousness, recreation and health. The New Urban Toolbox is a social architecture platform for the future city that is a receiver of real time data, receiving through the installation of smart building components. The interaction with the Toolbox will be made possible through digital interfaces such as mobile devices and public displays. The Toolbox outputs functional agendas as temporary interventions divided into a catalog with pillars categorized as : (1) new cycles of production,(2) informal education, (3) recreation and sport, (4) social action, and (5) energy harvesting. The project is creating a feedback loop between the Catalog, the installation and the function of the program, and the communication of critical parameters back to the Toolbox, through a new urban materiality. The project defines a new materiality that integrates technology and digital fabrication with rethinking new ways of recycling materialsphrased as 'hair of the city'. Metaphorically, inspired by hair as an evolutionary by-product. Hair is produced through the passing of dead cells within the body as they are replaced by new ones. Similarly, catalog outputs from the toolbox are derived through the collection of data acquired through the participation of the users. Physically, hair is a composite material which represents the two complementary physical properties of rigidity and flexibility, as well as high conductivity and combine-ability.
Publication
07/2015_ IaaC bits 3.2.2 'App City'
|
Author Pablo Ros
http://issuu.com/iaacbits/docs/pablo_ros
[Re]phemeral ral - Intelligent Social Urbanism
34
IaaC
MAA_01
2012-2013
85
Craving
Hacked Metabolic Caves location : IaaC, Barcelona, Spain
www.iaac.net
team member
instructors
duration
Sahil Sharma
Javier Pena Rodrigo Rubio Silvia Brandi
09/2014-12/2014
Craving is a self-sufficient house project that aims at creating a conceptual house with metabolic energy efficient cycle using methane (bio-gas) as source of energy and adding value to the existing systems by taking advantage of layering technology over known systems, together they become a support to each other optimizing the efficiency of the energy cycle, making passive energy based system more viable to use in architecture. Taking advantage of the stored energy to create new innovative hack inputs based architectural systems, using advanced material and pressure developed by stored gas. The cycle realizes how potential of stored energy can be maximized. The design strategy of the project is digging a cave to minimize heat energy loss of the cycle by taking advantage of the depth of the substrate that will help in minimizing variation in temperature. This design strategy helps optimize the ratio of energy consumed to energy produced, maximizing potential of the energy cycle. There are constant openings to the surface positioned and directed based on maximum natural light exposure analysis of the site to achieve a normal ventilation and light level in the cave, providing comfortable living space in a contrasting environment. Furthermore, advantage of this design is that it provides a clear ground surface. This helps research house develop a system of interaction with the local community, by providing a shared farm on the surface and a community kitchen that acts as a platform of interaction between researchers and neighbors. recycling all organic waste produced
open source cellars community kitchen
common community dines and fests
Community farming
open pasture lands
Exhibition
02/2015_ Torre Baro self sufficient house proposals exhibition
|
IaaC special project
Construmat Barcelona 2015, Barcelona, Spain
Pneumatic Solar Lens Waste Input from farming, cattle and human waste
Convex Lens
SOLAR EXPOSURE
Bio Fertilizer collected for Crop Plantation
Movable ETFE fabric
PHOTO SENSOR Readings of maximum solar exposure
Pneumatic Gas Chamber
PNEUMATIC GAS CHAMBER
Gas Valve
ямВow of gas controls direction of lens to get maximum light inside rooms
GAS VALVE
Shading System (SMP based shading system)
ARDUINO BOARD
Heat reactive shading system
Shape Memory Polymer Retractor SWITCH ON/ OFF
Expands with hot water closing the fabric preventing light inside, then contracting with absence of hot water to open the fabric
ARDUINO BOARD
STEPPING MOTOR
EXPENDABLE FLEXIBLE FABRIC BIO GAS TO STORAGE TANK VALVE Hot water into system
Bio Gas Production Unit
HOT WATER TO FEED SHADING DEVICE
WASTE COLLECTION TANK
RADIATOR
FERTILIZER STORAGE
BIOGAS DIGESTER
Hot Water Outlets Hot Water Heating System WATER BOILER
BIO GAS/ METHANE FEEDING WATER BOILER
TAP WATER
SHOWER WATER WASHING MACHINE TOILET WATER
Robustic
Deformations informed bending system location : IaaC, Barcelona, Spain
www.iaac.net
master research thesis instructors
thesis duration
Sahil Sharma
01/2015-06/2015
Lluis viu rebes Jordi Pages
Robustic is a material and digital fabrication research in finding new structural system with plywood. With the help of fabrication techniques (kerfing) strategic weakening of the material is done to achieve a tensioning based structural system. This structural system takes advantage of bending strength of plywood to form curvilinear geometrical assemblies out of plane sheets of plywood. The kerfing fabrication technique based weakenings guide the form to be achieved in the structure system. The systems achieves greater structural strength using thinner and lighter material. The project finds new ways of combining structural performance knowledge with digital fabrication techniques to create lightweight, material optimized and high strength structural components.
Kerfs at 0.3 mm gap
Multiple Kerfs for limiting bend to risk point
Depth of kerf is excluding one ply
Re-thinking Fabrication techniques based on material performance knowledge
Exhibition
06/2015_ IaaC master thesis exhibition
|
IaaC thesis project, Barcelona, Spain
Gas Tank
ADVANTAGES OF THE EARTH SUBSTRATE Water Tank
-Minimizing temperature variations -Using the surface for farming -Deconstruction of the house unit into segments -Easier to create isolation environments -Less consumption of energy
1
Hot Water Pipes Heating Chamber
2
Form the test results of the initial tests the explorations further would be to combine the structural strengths of the cylindrical shape with the elasticity of the concaving Vent
Door
Vent
Door
DIGGING INTO A SLOPE
Waste Collection Pipes
Door
DIGGING INTO A HILL
DIGGING DOWN IN THE GROUND
Methane Digester
METHANE NETWORK SCHEMATIC
AVING based structure (Fig. 51). The loads acting on the structure from the top andCtheR bottom You Grow, We Cook part of the structure are introduced in the axis of the planar surfaces the column will convergence pattern towards the surface center of the curved surface (Fig. 54), These force lines are then taken as inputs for the kerf fabrication and re-adjusted according to
The fabricated active bending element forms a smooth double curvature based surface, at the end of the surface it causes fault lines and successively fractures in top and bottom part of the surface of the active bending elements.
Actively bend element
Kerfed Planar sheets
Laser cut details
Planar Plywood Panels
Figure 54. Conversion into optimized double curvature surface
Upper and lower coupling extensions
Actively bent surface held in place by Fluorocarbon strings
Side Flat extensions provide stiffness and space to hold the surface in tensioning
Optimized kerfing for variable curvature
Figure 58. Double curvature column detail
Office/Institution ABDArchitetti Chandigarh college of architecture Alishan Interior and furniture pvt. ltd. Institute for advanced architecture (IaaC) cipher lab co.
Typology Urban design Architecture design Interior design Energy Efficiency Responsive architecture Experimental structures Material research Computational designing Design Built Rapid prototyping Product Design
Software tools 3ds Max AutoCAD Revit Adobe creative suite Rhinoceros Grasshopper Ecotect Maya Processing/Visual coding Arduino/Chipset coding Kangaroo physics simulation Karamba FEA analysis Ansys Fluid dynamics V-ray Keyshot
Fabrication tools Laser cutting CNC milling 3d printing Carpentry
Year 2010 2011 2012 2013 2014 2015
Fractile Re-imagining Gaudi’s tile
Swad(e)l Snug light emitter
Whorloax Persuasive twists
Product Design
Fractile
Re-imagining Gaudi’s tile location : IaaC, Barcelona, Spain
www.iaac.net
team member
instructors
duration
Efilena Baseta Sahil Sharma Svetlana Matushko
Edouard Cabay Alexander Dubor
10/2013-11/2013
Fractile is a cement tile casted in a milled foam mold. Being inspired by the perpetual geometry of fractals in which similar shapes recur at progressively bigger scales, a flower-like pattern based on a Grasshopper definition was generated. The shape and concept of pattern continuity is researched and inspired from the famous Gaudi’s Barcelona tile. Shallow in the middle and gradually deeper towards the edges, "Fractile" works as a landscape, driving the water flow outwards. The recesses on each side give to the tile the capability to be connected with identical tiles, creating a more dynamic pattern, dense in some sides and sparse to others.
Exhibition
11/2013_ IaaC digital fabrication exhibition
|
IaaC seminar project, Barcelona, Spain
Swad(e)l
Snug light emitter location : Cipher Lab co.
team member
project leader
duration
Louise Friberg
Sahil Sharma
11/2014-present
The Swad(e)l is a lamp design with a fusion of Danish minimalism and Indian detailed ornamental approach. It is digitally fabricated product with a component based design and a convenient assembly. Inspired from a cocoon the design incorporates a imaginary dual skin, outer thin skin and an inner think skin with intricate cut outs inspired from the design of Indian light screens. The lamp can be used as a table lamp or a hanging pendant in a space. The light pattern provides a cozy atmosphere to a place with a light effect similar to that of a lantern. The lamp is available in a range of different material ranging from wood and plastics to metals.
Whorloax
Persuasive twists location : Cipher Lab co.
team member
project leader
duration
Louise Friberg
Sahil Sharma
11/2014-present
Design- Build collaborative project into material and design exploration.
Design- Build collaborative project into material and design exploration. The Whorloax is a lamp design that combines traditional lantern light emittance pattern with a contemporary design. The lamp design is derived by generative simulation of fractal growth of spiral as that of matter wrapping or growing in nature. The lamp is digitally fabricated into components that are easy to transport and assemble. The lamp is 1.5 meters tall and can be used as a tower lamp being. The lamp is available in a range of different material ranging from wood and plastics to metals.
Contact Sahil Sharma sahil.sharma.arts@gmail.com +91 - 805 49 24 514 +45 - 619 533 06 www.shlsharma.com