Participant Handbook: rat[LAB] Computational Design Tour INDIA // Filling The Void

[ ] FILLING THE VOID ARCHITECTURE & URBAN SYSTEMS

[ ] CONTENT

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Introduction Tutors Guest Speakers Grasshopper : Tutorials Venue Collaborators Studio Collaborators Software Partners Resource & Media Partners Schedule

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[ ] INTRODUCTION AGENDA // FILLING THE VOID 1 country // 5 cities // 1 agenda // 100+ students // 25+ professionals // 1 publication Void is typically defined as null, invalid, empty or redundant and has a psychological perception of a ‘negative’. Through years of development in India, there has been an organic urban growth and inorganic architectural growth which has led to formation of voids in a physical and a metaphorical sense. There also exist voids as gaps between architecture, cities, education and technology. ‘Filling The Void’ looks at void as an opportunity, potential and a driver of change for architecture & design education in India. rat[LAB] EDUCATION (UK/INDIA), in association with Super-Architects(S//A) (USA) & all its collaborators, launches a new educational model by floating an open design studio that can potentially change the way we conceive spaces within architectural & urban systems and the way architectural education is imparted in the country. We aim to ‘fill the void’ through ‘computation’ and its numerous techniques and methodologies. Voids are interpreted as opportunities of dynamic amalgamation of ideas, spaces and society and to weave the existing disintegrated systems in a city through a series of computational explorations. // Studio // Workshops // Symposia The experimental studio will run across 5 cities in India and investigate the agenda of ‘filling the void’ streamed into two categories / scales / typologies: architecture and urban, through the use of computation and parametric methods. The agenda will be tested across 5 distinct urban contexts / settings leading to diverse spatial, programmatic and structural formations.

Studio is designed as a 3-day event in each city comprising of technical tutorials, teaching sessions & presentations culminating in a symposium / round-table conference / open discussion with leading / emerging professionals that demonstrate computation, parametric design or alternative techniques in their work / practice / academia. The month long tour culminates in New Delhi and selected work of 125+ participants from different cities will be showcased in an exhibition in the capital. A compendium / book will be published later in 2015 to highlight the experimental work that will be carried out in this tour. Architecture students and professionals are encouraged to participate in workshops / studio of their desired city and contribute to the larger agenda of ‘filling the void’. // Teaching Methodology // Tools //Studio is structured to teach participants the use of computational techniques through Grasshopper® (Generative modelling plug-in for Rhino®) and ways to integrate it with architectural & urban systems. //No previous knowledge of Grasshopper & Rhinoceros is required for these workshops as basic technical knowledge will be provided on Day 1. //Pre-designed customizable tools will be provided by rat[LAB] on Day 2 for design explorations & experimentation. //The studio is flexible to basic, intermediate & advanced users of computation.

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rat[LAB] EDUCATION is an initiative by rat[LAB] to start a new discourse in architecture & parallel design disciplines with the use of ‘computational design’ & it’s various subsets. Spread across various cities / countries, we are establishing a global dialogue in the domain of computational design by actively organizing and participating in workshops, lectures, presentations & symposiums. While rat[LAB] has taken a top-down approach of exploring computational design through industry, a parallel, bottom-up approach is also in-line to involve students of all levels, from design & related backgrounds.

Participant work from some recent workshops by rat[LAB] Delhi Studio.

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[ ] TUTORS Sushant Verma Co-founder & Research Head // rat[LAB] - Research in Architecture & Technology M.Arch. Em.Tech.(AA London,UK) B.Arch (SSAA New Delhi), MCoA India

Sushant is an architect & computational designer, currently leading research organization rat[LAB] Research in Architecture & Technology. Former architect at Zaha Hadid Architects London & a Sr. Editor at Arch2O, he holds teaching positions at a number of universities internationally & involved in education for computational & parametric design. Recipient of MAK Schindler Award from Vienna / Los Angeles and a finalist for AIA Emerging Leaders Fellowship from Chicago, his work is widely published and exhibited in London, Los Angeles, New York, San Francisco, Taipei & New Delhi. He was recently shortlisted to exhibit his work at ‘20 under 35’ Exhibition at Alliance Francaise de Delhi selected among 5 emerging architects from Delhi and is the founder for rat[LAB]EDUCATION, an initiative for alternative experimental design studio.

Anusha Tippa Co-founder // Space + Lab Architecture Anusha’s work focuses on Social semiotics in architecture and has an expertise in experimental architectural algorithmic design research that emphasizes innovation & computational research in combination with sustainable approach to technology and heritage. She has previously presented her projects/works at the University of Applied Arts in Vienna and Innsbruck University. SPACE + LAB ARCHITECTURE is a multidiscipline with a core team of Architects and Designers. They have a passion for creating built forms that responds to the environment and people it touches, while keeping their priorities to address the client’s requirements.

Dhruv Seth Founder // Studio Node A collective to inform growing needs of design from object to space. We believe design has unspoken avenues, we attempt to address them using computational and anthropometric tools. We consider good design is informed design , informed about the context, time and user. Our world is made of conscious & sub conscious design decisions. Node became a natural reflex of what we see around us, people from various walks of life coming together to fuse into each others specialisation and become one with the project. Node comes from the Latin word “Nodus” meaning “knot”. Knot is a problem and more importantly holds two or more ends together. Dealing with various scales of design connecting fabricators dealing with different walks of life.

Nitant Hirlekar Artist & Founder // Mutation D-Lab He won the national Gold Medal for Residential Design by Durian Society Interiors Design Awards, 2010 & National Silver Medal for Product Design by Durian Society Interiors Design Awards, 2011.

In his post- Academic days he came across with Emerging Parametric Techniques in Architecture World from where he got inspired to work on his own techniques, in which he uses Computational Power of Computer to Pixelate certain Captured images using Desired Geometrical Forms to give one more layer for finding reality in his Captured Images. He extensively uses Generative Software’s to De-construct the Captured images. He works under the label of “Mutation D-Lab” which is a multidisciplinary Design Cell.

Balaji Rajasekaran Research Head // dMac Experimental Design Group Balaji is an architect, researcher, maker and academician who aspires to influence the design culture both in theory and practice by collaborative and interdisciplinary grounds for design research. He is passionate to explore new vocabularies in architectural expressions and in investing systemic design applications to enable non-standard artifacts in the domain of Architecture and Design. He is heading the research wing of ‘dMac experimental design group’ and has been a tutor & visiting teaching fellow at various International workshops & Architecture schools.

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GUEST LECTURERS : WEB SERIES Julian Lienhard Managing Director // str.ucture GmbH Stuttgart, Germany Julian Lienhard received his Diploma in Civil Engineering at the University of Stuttgart in 2007. In April 2014 he completed his doctorate summa cum laude for his dissertation on ‘bending-active structures’ at the Institute of Building Structures and Structural Design (ITKE), supervised by Prof. Jan Knippers. At the ITKE he played an active part in the academic environment between 2007 and 2013, engaging in research and teaching, where he was leading the German ministry funded research project ‘Pliable Surface Structures on the basis of biomimetic principles. Along with a number of different design studios, he is teaching the ‘Principles of Membrane Structures’ course at the University of Stuttgart. Since 2011 he has been a visiting lecturer for the Masters of Engineering Program at the Technical University of Vienna. He is a co-author of the ‘Construction Manual on Polymers and Membranes’, having written the chapters on form-active structures as well as material properties and construction methods with foils and membranes.

Ben Kikkawa Architect // Zaha Hadid Architects, London, UK Ben Kikkawa was born in London UK, brought up in United States of America (near NY) and Japan (near Tokyo).

He was awarded his Bachelor of Architecture degree in Tokyo and Master of Architecture degree in California.

In his masters at SCI-arc, Los Angeles, he experimented with various aspects of computational design in his academic work and is now working in Zaha Hadid Architects, London for a Stadium Project in Tokyo, Japan.

His professional career has been revolving around multi- cultural settings and his work is an agglomeration of interdisciplinary aspects of sketching, painting and multi-media art. His expertise in advanced 3D modelling skills (revolving around Maya Modelling) has made him undertake a variety of projects & competitions at ZHA and his on-going project will be the main stadium for the Rugby World cup 2019 and then for Tokyo Olympics 2020.

Devin Gharakhanian Co-Founder // Super-Architects (S//A), California, USA Devin Gharakhanian is the co-founder of a global movement called SuperArchitects, a startup publication/ media/news platform, socially advocating exclusive Projects’ that push the boundaries of architecture, urbanism, and design. S//A was manifested in urgency to serve and provide architecture students, emerging practitioners, and unknown creatives an equally loud voice to inspire the world, but more importantly to influence the future of spatial design. This curated collection of work sets to share, inform, inspire, and empower the creative youth, to generate awareness in relation to new ways of thinking of architecture, and utilize the open-network-culture to fuse people, establishments, and projects together; it’s this type of confluence that will help architecture go beyond.

Rishabh Khurana Computation Collaborator // rat[LAB], California, USA Rishabh received his B.Arch degree from Chitkara School of Planning & Architecture, Chandigarh in 2014 an is currently pursuing his Masters in Emergent Systems & Technologies from SCI-Arc, Los Angeles.

His research projects deal with the influence of robotics in the field of architecture not merely as a tool but to inculcate the robots as a part of workflow in the design process. Trying to mimic the digital into an analogue effect robotically, the qualities are fed forward to superimpose an analogue implication with digital process.

This looping between the digital and analogue to create a perception of the augmented object is a broader area of his research.

Pradeep Devadass Architectural Robotics Developer// AA London Dorset, UK & Co-founder // rat[LAB] Pradeep is an architect, researcher and computational designer currently based out of UK as an Architectural Robotics Developer at Architectural Association (AA) School of Architecture. He co-founded rat[LAB] in 2012 and has previously been involved with reputed architectural firms like Mathew & Ghosh Architects, Bangalore and RSP Design Pvt. Ltd., Bangalore. He has also worked at Digital Prototyping Lab at the AA, possessing a good knowledge and experience of prototyping tools such as 3D printing, CNC Milling and Laser Cutting. He is also a recipient of MAK Schindler Award from Vienna / Los Angeles (2013-14).

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[ ] GRASSHOPPER : TUTORIALS Interface Windows Title Bar Main Menu Bar File Browser Control Component Palettes Canvas Tool bar

Canvas This area, indicated by a grid of rectangular boxes, provides an interface with which to open recently accessed file. The 3x3 menu shows the files most recently accessed (chronologically) and will display a red rectangular box if the file cannot be found (which can occur if you move a file to a new folder or delete it).

The status bar tells you what version of Grasshopper is currently installed on your machine. If a newer version is available, a pop-up menu will appear in your tray providing instructions on how to download the latest version.

Drag + Drop a component from the palette to add a component to the canvas.

Category tab - click the black bar to open the sub-category panel menu Sub-category panel Hover your mouse over a component for a short description Drop-down menu

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Grouping A group of components delineated by the Box

Right-click anywhere on the group to edit the name and appearance of the group.

You can also define a group using a meta-ball algorithm by using the Blob Outline profile.

Two groups are nested inside one another. The colour (light blue) has been changed on the outer group to help visually identify one group from the other. Groups are drawn “behind� the components within them and, in cases such as this, there is a depth order to the two groups. To change this, go to Edit > Arrange in the main menu bar.

Search Double-click anywhere on the canvas to invoke a key word search for a particular component found in the Component Panels.

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[ ] GRASSHOPPER : TUTORIALS The Align Widget Align right

Distribute vertically

The Profiler Widget

The Profiler widget gives you visual feedback as to which components in your definition could be causing longer computational times.

The Markov Widget A search for “divide� lists a variety of components.

Division operator component

Divide Surface component

Divide Domain2 component

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Finding

A small arrow will also be displayed next to each item in the list which points to its corresponding component on the canvas. Try moving the Find dialog box around on the canvas and watch the arrows rotate in to keep track of their components. Clicking on the Find result will try to place the component (on the canvas) next to the Find dialog box.

By right-clicking anywhere on the canvas or pressing the F3 key, you can invoke the Find feature.

Start by typing in the name of the component that you are looking for.

The Find feature can be quite helpful to locate a particular component on the canvas. Right-click anywhere on the canvas to launch the Find dialog box.

Radial Menu

The Radial UI menu allows you to quickly access frequently used menu items.

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[ ] GRASSHOPPER : TUTORIALS Canvas Tool Bar

Zoom Extents: Zoom to the extents of your definition. Click on the arrow next to the Zoom Extents icon to select one of the sub-menu items to zoom to a particular region within your Named Views: This feature exposes a menu allowing you to store or recall any view area in your definition.

The Sketch Tool: The sketch tool works similarly to the pencil tool set found in Adobe Photoshop with a few added features.

Zoom Defaults: Default zoom settings that allow you to zoom in or out of your canvas at predefined intervals.

Save File: A shortcut to save the current Open File: A shortcut to open a Grasshopper

Wire-frame preview Turn off preview Shaded preview

Preview Settings: If a Grasshopper component generates some form of geometry, then a preview of this geometry will be visible in the viewport by default. You can disable the preview on a per-object basis by right-clicking each component and de-activating the preview feature, or globally change the preview state by using one of these three buttons.

Preview Selected Objects: With this button toggled, Grasshopper will only display geometry that is part of selected components, even if those components have a preview=off state.

Preview Mesh Quality: For optimization purposes, these settings allow you to control the quality of the mesh/surface display of the geometry rendered in Rhino.

Higher quality settings will cause longer calculation times, whereas lower settings will display less accurate preview geometry.

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Document Preview Settings: Grasshopper has a default colour scheme for selected (semitransparent green) and un-selected (semi-transparent red) geometry.

It is possible to override this colour scheme with the Document Preview Settings dialog.

Parameters - Components - Warnings Geometry parameters can reference geometry from Rhino, or inherit geometry from other components.

The point and curve objects are both geometry parameters.

Input parameters are dynamic interface objects that allow you to interact

A parameter with no warnings or errors A component which contains neither warnings nor errors is shown A component with no warnings or errors

A parameter with warnings

If you hover your mouse over the balloon in the upper right hand corner of the parameter, a tool tip with explain the warning.

A component with warnings A component is always a more involved object, since we have to understand and then coordinate what its inputs and outputs are.

Like parameters, a component with warnings is displayed as orange. Remember, warnings aren’t necessarily bad, it usually just means that Grasshopper is alerting you to a potential problem This component contains a warning because it does not have enough information to create a circle.

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[ ] GRASSHOPPER : TUTORIALS Object Colours A component with preview disabled

A component with an error

A selected component

A component that has been disabled

Grasshopper Component Parts (Inputs / Outputs) The three input parameters of the Circle CNR component.

The output parameter of the Circle CNR

The Circle CNR component area

Components without inputs outputs have a jagged edge.

or

The Circle CNR component in Label Display The Circle CNR component with full names The Circle CNR component in Icon Display

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Location of Components

Hold Cntrl + Alt and click on a component on the canvas to reveal its location in the palettes.

Number Slider Drag the slider grip to change the value - each time you do this, Grasshopper will recompute the solution Right click the slider component to change the name, type, and values Edit able text field for the slider name Select the type of number for the slider to use Edit the range of values

Double click the name portion of the slider component to open the Slider Editor

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[ ] GRASSHOPPER : TUTORIALS Connection Management

Unconnected objects

Left click and drag the wire from the output of one object to the input of another

If you hold down CONTROL, the cursor will become red, and the targeted source will be removed from the source list.

By default, a new connection will erase existing connections. Hold the SHIFT button while dragging connection wires to define multiple sources. The cursor will turn green to indicate the addition behaviour.

When you hover over an item, the wire will be highlighted in red You can also disconnect wires through the context popup menu - right click the grip of the input or output and select disconnect

If there are multiple connections, select the one you want to disconnect from the list.

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Fancy wires Empty Item – An orange wire type indicates that no information is transferred. This parameter generates a warning message because it contains no data, and no information is being sent across wire.

List – If the information flowing out of a component contains a list of information, the wire type will be shown as a grey double line.

Tree – Information transferred between components which contain a data structure will be shown in a grey double-line-dash wire type.

Single Item – The data flowing out of any parameter that contains a single item will be shown with a solid grey line.

Wire Display Default Display – The default wire display will draw all connections (if fancy wires is turned on).

Faint Display – The faint wire display will draw the wire connection as a very thin, semi-transparent line. Faint and Hidden wire displays can be very helpful if you have many source wires coming into a single input.

Hidden Display – When hidden display is selected, the wire will be completely ‘invisible’. The data is transferred ‘wirelessly’ from the source to the input parameter.

If you select the source or target component, a green wire will appear to show you which components are connected to each other. Once you deselect the component, the wire will disappear

* Website: modelab.is **Tutorial data thoughtfully selected from Mode Lab’s Grasshopper Primer Third Edition.

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[ ] V E N U E C O L L A B O R ATO R S

MUMBAI

Indian School of Design Innovation, ISDI Parsons Mumbai launched in year 2013 in collaboration with the prestigious Parsons the New School for Design, New York, is already one of the leading institutions for design and innovation education in the country.

ISDI is committed to a new model of cutting edge design and innovation education, integrated with commercialization of design. The ISDI method of pedagogy is based on intensive specialization built on strong fundamentals of liberal arts, critical thinking, skill training and master classes.

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Creativity, innovation and sustainability form the core of ISDIology.

ISDI students and faculty create an enabling ecosystem in the corporate world (India and abroad) to catalyze design thinking. ISDI brings about an Indianization of global innovations while working out a global perspective to Indian innovations.

www.isdi.in

CHENNAI

Set up in the year 2010 under the leadership of Prof. A. Mohammed Haris, a leading Architect and former Dean of School of Architecture and Planning, Anna University; Mohamed Sathak A.J. Academy of Architecture is much more than a school of architecture. The school is the nexus of global conglomeration of contemporary architectural culture, as well as the glorious pasts. A high-profile events programme that includes a wealth of exhibitions, lectures, symposia, seminars, conversations, research clusters and visits.

All this takes place at Mohamed Sathak A.J. Academy of architecture’s consolidated campus home in Siruseri, its strategically located site in Rajiv Gandhi Salai, a hub for the development of contemporary architectures and sustainable technologies.

www.msajaa.com

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[ ] V E N U E C O L L A B O R ATO R S [THE] Workshop is a state-of-the-art fabrication, technical prototyping and experiential learning facility where designers, innovators, makers and the curious can explore, develop and realize their ideas. It is specifically designed to support radically new approaches of design.

B E N G A LU R U

THE Workshop is also a platform for learning and innovation –– a place to play, create, learn, share, mentor and invent. It is modelled to be a hub for digital skill building and experimenting.

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The facility hosts classes for building of specific classes. It aims to collaborate with the top universities from around the world to host certified intensive training programs over the course of the year. This gives the youth and budding designers of our nation a chance to collaborate and learn from the best universities in the world.

www.the-website.in

sushant school of art and architecture

The Sushant School of Art & Architecture (SSAA) was established in 1989 by Chiranjiv Charitable Trust. In the last 25 years, SSAA has established itself as one of the top three architectural institutes in the Indian subcontinent. (as per the EUMD India List of Top Architectural Institutes in India by the British Council).

NE W D ELHI

In every stage the school has renewed the faith in the agenda of change, which can inspire the students to experiment, create and refine their ideas and encourage a process of guided self-learning. The emphasis is on the development of faculties of perception, analysis, assimilation and decision making with the help of both objective information and subjective attitudes based on reasons. Technology and humanities are integrated with design to enhance this process.

SSAA has a reputed tradition of excellence, which is demonstrated in excellent work being done by the alumni in many countries across the globe. The faculty focuses towards developing, in each student, a strong sense of design, technical sensibility and all–round awareness early in their career.

www.ansaluniversity.edu.in

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[ ] S T U D I O C O L L A B O R ATO R S Space + Lab architecture

www.spacelabarchitecture.com

http://tinyurl.com/pop7yn5

is a multi- discipline with a core team of Architects and Designers having passion for creating built forms that responds to the environment and people it touches. They believe in the power of design to elevate people’s lives and are committed to doing everything necessary to deliver environments that outperform their clients’ expectations, now and in the future. They are creating prototypical design systems which are program and performance driven.

Agenda of social semiotics allows interactive/digital design system to challenge the conventional methods of designing. A building is developed from communications and relationships between people rather than visual composition of the geometrical shapes.

dMac is the experimental design group with young minds working towards providing a progressive design culture by creating collaborative design platforms and enabling nonstandard artefacts in the domain of art, architecture and design. 'dMac' is passionate about leveraging technology by creating platforms for exchange at the intersection of design and education. The group seeks to influence how we think about design by contaminating design education with new vocabularies in design expressions.

Node comes from the Latin word "Nodus" meaning "knot". Knot is a problem and more importantly holds two or more ends together. We are a team of young architects focused towards informed design. Having varied interests from computational design to material exploration, we love to be in a motivational environment with constantly evolving ideas. We get inspired by travellers, typographers, foodies, architects, management gurus to truth seekers. We believe design has unspoken avenues and attempt to address them using computational and anthropometric tools. Being different in all our projects is not our focus, its merely a result of intense care for each project and client in its unique context.

www.instagram.com/StudioNode

www.nitanthirlekar.in

Mutation design lab is a design lab cum studio, founded in 2012 by Nitant Hirlekar, exploring design methods/techniques through research with help of computational processes, material explorations, digital fabrication etc. Researching each project in great detail, use of innovative ideas and technology, careful choice of materials, are parameters of our work, allowing us to deliver personalised results for every client.

By amalgamation of research, creativity and technology Mutation D-Lab attempts to create new and unique experiences. For us each design project is like creating a new design paradigm and setting new standards. rat[LAB] - Research in Architecture & Technology, is an independent research

www.rat-lab.org

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organization and network of designers & researchers specialising in computational design or similar technology-related domains. Operated as a cloud-based organization with an international network of researchers & computational designers spread across UK, USA, Europe & Asia, and a studio in New Delhi, India, the research cell functions as a global collaborative and multidisciplinary laboratory facilitating design research that leads to novel spatial tectonics and smart built environments.

The research agendas broadly focus on use of computational design & parametric design in architecture, with intersections between design & technology spread across scales and disciplines. rat[LAB] offers collaborations to architecture and design firms to develop systemic models using advanced computational techniques and carry out project-specific or agenda-specific research in all fields of design.

S O F T WA R E PA R T N E R S Rhinoceros (typically abbreviated Rhino, or Rhino3D) is a commercial 3D computer graphics and computer-aided design (CAD) application software developed by Robert McNeel & Associates, a privately held, employee-owned company that was founded in 1980 in the United States. Rhino can create, edit, analyze, document, render, animate, and translate NURBS* curves, surfaces, and solids, point clouds, and polygon meshes. There are no limits on complexity, degree, or size beyond those of your hardware.

www.rhino3d.com

www.grasshopper3d.com

For designers who are exploring new shapes using generative algorithms, Grasshopper® is a graphical algorithm editor tightly integrated with Rhino’s 3-D modelling tools. Unlike RhinoScript, Grasshopper requires no knowledge of programming or scripting, but still allows designers to build form generators from the simple to the awe-inspiring.

[ ] R E S O U R C E & M E D I A PA R T N E R S The mission of SUPER // ARCHITECTS is simple: challenge what’s now and embrace the unrealized. The primary goal is to create an international dialogue within a diverse network of students, scholars, professors, advocates, and critical thinkers of spatial design, that is absent from the professional world; for the shear purpose of “critically challenging what architecture is, what it can be, and how it may be represented furthermore realized…”

www.super-architects.com Young Architects (Yarch) is an organisation which aims to connect and support young talents by creating a network in which young professionals will have the opportunity to communicate and exchange ideas. This platform will be publishing a selection of the most interesting examples of design and architecture culture nowadays. A source which will be providing the most worth reading information, interviews, news, projects and surveys.

Yarch formed an experimental workshop; its aim was to bring young designers from different backgrounds together, to work under an intensive program. The outcome of that, gave the initiative for this network to be expanded, in order to continue infiltrating the concept of exchanging ideas.

www.facebook.com/yarch.workshop

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[ ] G R A S S H O P P E R U S A G E / / R AT [ L A B ] P R O J E C T S

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[ ] SCHEDULE Day 1 0900 - 1030 hrs // Registration & Setup 1030 - 1130 hrs // Opening Note + rat[LAB] Presentation 1130 - 1330 hrs // Technical Session 1

•Introduction to Rhinoceros 3D – GUI & Basic Use •Installing Grasshopper & plug-ins •Grasshopper GUI & Basic Functionality •Points, Lines, Surfaces.

•Parameters, Inputs, Numbers.

•Simple & Referenced Geometry, Locally Defined Geometry, Baking, etc.

1330 - 1430 hrs // Lunch Break 1430 - 1630 hrs // Technical Session 2

•Lists & Data Tree Management •Data Manipulation & Visualization •GH Examples (Basic & Intermediate)

1630 - 1700 hrs // Coffee / Tea Break 1700 - 1830 hrs // Design Explorations + Evening Lecture (WEB SESSION)** 1830 - 1900 hrs // Tool distribution for Day 2 + End Note Day 2 0900 - 1000 hrs // Coffee / Tea 1000 - 1300 hrs // Tool Explorations 1300 - 1330 hrs // Group Formations + Design Brief 1330 - 1430 hrs // Lunch Break 1430 - 1630 hrs // Design Explorations 1630 - 1700 hrs // Coffee / Tea Break 1700 - 1830 hrs // Design Explorations + ‘Advanced Studio Session’ 1830 - 1900 hrs // Review & Discussion + Evening Lecture (WEB SESSION)** [26]

Day 3 0900 - 1200 hrs // Documentation by students 1200 - 1300 hrs // Presentations by participants (Groups A) 1300 - 1400 hrs // Lunch Break 1400 - 1500 hrs // Presentations by participants (Groups B) 1500 - 1530 hrs // Guest Speaker 1 1530 - 1600 hrs // Guest Speaker 2 1600 - 1630 hrs // Coffee Break 1630 - 1700 hrs // Presentation by Sushant Verma /rat[LAB] 1700 - 1800 hrs // Round Table / Informal Discussion / Q & A + End Note [All tutors + guest speakers] 1800 - 1830 hrs // Certificate Distribution

*Schedule is broadly designed for all 5 studio & may vary from city to city. **Distinct Web Sessions will take place in different cities / studio. Web Sessions may be replaced by recorded sessions subject to internet connectivity & time-zone suitability of international speakers.

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