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ABOUT I am an Architect, Designer and Technologist, a graduate from the Arts University Bournemouth, an experimental design school in the UK and a Master in Advanced Architecture from IAAC in Barcelona and 3 years of International Work Experience. I have a passion for software and design and have lived and worked in India, UK, China and Spain in various architecture firms and design collectives over. My previous experience has allowed me to work on projects ranging from small industrial design projects like pollution masks to large urban infrastructure projects. I specially enjoy making things with contemporary tools and workflows, from custom 3D Printed fashion pieces to building columns with a 6-axis robotic arm.
SPECIALISM COMPUTATIONAL DESIGN PROGRAMMING COMPUTATIONAL FLUID DYNAMICS DESIGN - FABRICATION
LANGUAGES
ami nigam
English - Native Proficiency Hindi - Native Proficiency Mandarin - Conversational Spanish - Beginner
EXHIBITIONS
+34 665 186 165 anigam@hotmail.co.uk
• Hive, Beijing Design Week 2015, China • Living in Future Cities - 2016, MUHBA OLIVA ARTÉS, Barcelona • Living Room Interactive Installation - 2016, Barcelona
DOB : 18/06/1992 NATIONALITY : INDIAN CURRENT LOCATION : BCN, SPAIN aminigam.tumblr.com
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ESP
2018
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2016
CAREER
SKILLS
MASTERS IN ADVANCED ARCHITECTURE - 2018 Institute of Advanced Architecture of Catalonia (IAAC) Masters Thesis : Integration of CFD in Design & Thermal Delight in Architecture 2016-2018
ARCHITECTURAL DESIGN • Rhinoceros 3D • VISARQ BIM • Autodesk Revit • Adobe Creative Suite • Adobe Film Suite • Houdini FX • Autodesk Maya • Rhino CFD • Sim-Scale Simulation Platform • Multi-physics Simulations
• WVA ARCHITECTS Architect Beijing, China 2015-2016 http://wva.hk/ • DesignFactory (DEFACTO) Beijing Co-founder Beijing, China 2014-2016 http://www.defactobeijing.com/
COMPUTATIONAL DESIGN • Grasshopper 3D • Generative / Parametric Design • Computational Fluid Dynamics • Karamba Structural Analysis • Genetic Optimization • Topological Reduction • Agent Based Intelligent Design • Custom Scripted Components • GIS System • ECOTECT Analysis • Ladybug Environmental Analysis • Kangaroo Physics • Paneling Tools
• LCC ARCHITECTS Junior Architect Beijing, China 2014-15 • XD ARCHITECTS Architectural Intern Beijing, China 2014 http://www.xdarchitects.com/ • DPA LONDON ARCHITECTS Architectural Intern London, UK 2013 http://www.dpa-architects.co.uk/
UK
2014
• Programming / Scripting • Python : Rhinoceros • JAVA : Processing • C++ : OpenFrameWorks • C# : UNITY • VEX : Houdini FX • Genetic Algorithms • Interactive Systems • Computer Vision Algorithms • Physical Computing with Arduino
• BA (HONS.) ARCHITECTURE - 2013 Arts University Bournemouth, UK Royal Institute of British Architects I Architects Registration Board I
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• HIGHER SECONDARY CERTIFICATE - 2010 A Levels Mumbai, India
DIGITAL FABRICATION • Design-Fabrication Parametric Workflows PORTFOLIO https://issuu.com/aminigam/docs/portfo-
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ACADEMIC RESEARCH
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RESEARCH DRIVEN PROJECTS FOCUSSED ON COMPUTATIONAL FLUID DYNAMICS, EMERGENT DESIGN, MULTI-PHYSICS SIMULATIONS, PROGRAMMING AND INTERACTIVE EXPERIENTAL DESIGN
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Form Follows Flow
KEYWORDS : METEOROLOGICAL ARCHITECTURE, THERMODYNAMICS, FORM-FINDING, MULTI-PHYSICS SIMULATION, COMPUTATIONAL FLUID DYNAMICS, CLIMATIC ARCHITECTUREADVANCED FABRICATION
MASTERS THESIS CLIMATIC COLUMNS TECHNIQUES : DIGITAL FORM-FINDING, PHOTOGRAMMETRY, 3D SCANNING, MORPHOGENETIC OPTIMIZATION, MULTI-PHYSICS SIMULATION, COMPUTATIONAL FLUID DYNAMICS, DIGITAL FABRICATION, CASTING, 3D PRINTING SOFTWARE : HOUDINI FX, RHINOCEROS 3D, GRASSHOPPER, PROCESSING WORKFLOW : EXPERIMENTAL FORM FINDING, 3D SCANNING, SIMULATING FLUID BEHAVIOR, MULTI-PHYSICS SIMULATIONS, SYSTEMIZATION ALGORITHMS Form Follows Flow is an Individual Masters Thesis Project from Climatic Matter Research Studio at Institute of Advanced Architecture of Catalonia. This thesis is an investigation into the early use of Computational Fluid Dynamics in architectural design and is based around the theoretical framework of Thermal Delight in Architecture.
A 3D PRINTED PROPELLER IS PLACED INSIDE A BODY OF WATER
TURNING OF THE PROPELLER PRODUCES A VORTEX IN THE WATER
MOLTEN HYDROPHOBIC WAX IS POURED INTO THE VORTEX
FLUID FORM FINIDNG VIDEO : https://www.youtube.com/watch?v=F_zmqAejzLM DIGITAL FORM FINDING VIDEO : https://www.youtube.com/watch?v=I1-7GWCntAc DISSIPATION DESIGN VIDEO : https://www.youtube.com/watch?v=fA1_nNjmyS8 THERMOCHROMIC COLUMN VIDEO : https://www.youtube.com/watch?v=RcU_xgw_86c Digital Workflow https://www. youtube.com/ watch?v=ZRuA_ xsNeKc
Repository https://aminigam. tumblr.com/
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https://www.youtube.com/watch?v=F_zmqAejzLM : FLUID FORM FINIDNG VIDEO
3D SCANS OF FLUID FORMS : PHOTOGRAMMETRY + PROCESSING
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WIND PROFILES AROUND COLUMNS - GEOMETRY ANALYSIS 8
https://www.youtube.com/watch?v=I1-7GWCntAc : DIGITAL FORM FINDING VIDEO
SIMULATIED WIND TUNNEL TESTING : PRIMITIVE COLUMN
SIMULATIED WIND TUNNEL TESTING : CLIMATIC COLUMN
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WIND VELOCITY AROUND COLUMNS - CFD ANALYSIS 10
https://www.youtube.com/watch?v=fA1_nNjmyS8 : DISSIPATION DESIGN VIDEO
WIND VELOCITIES
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TEMPERATURE DISSIPATION
TEMPERATURE ADVECTION THROUGH CLIMATIC COLUMNS - MULTIPHYSICS SIMULATION 11
THERMAL SECTION 12
https://www.youtube.com/watch?v=RcU_xgw_86c : THERMOCHROMIC COLUMN VIDEO
3D PRINTED THERMOCHROMIC COLUMNS 13
Passive High-Rise
The objective of this project is to create a parametric high rise tower in a dense neighbourhood in Barcelona. The building is designed to maximise solar heat gain to passively heat the space in winter months. An exoskeletal skin allows heat inside the building while providing shade in the summer months. Computational tools like Grasshopper and Ladybug are used for environmental analysis. This analysis data is then used in conjunction with FAR requirements and context geometry in a multi-parameter genetic algorithm with evolutionary solving using Octopus to form-find the optimised tower. The skin emerges out of agents that exhibit swarm intelligence.
SITE
DRY BULB TEMPERATURE (° C), BCN, ESP
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KEYWORDS : PARAMETRIC DESIGN, ENVIRONMENTAL ANALYSIS, GENETIC ALGORITHM, GRASSHOPPER, LADYBUG, OCTOPUS, GALAPAGOS, FORM-FINDING, MULTI-PHYSICS SIMULATION, CLIMATIC ARCHITECTURE, SUSTAINABLE DESIGN
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ENVIRONMENTAL ANALYSIS : TOTAL RADIATION
SITE ANALYSIS : SUN PATH WHEN OUTSIDE TEMPERATURE<24 ° C
RECEIVED RADIATION FOR A PRIMITIVE BOX
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POSSIBLE DESIGN SCENARIOS : EVLOUTIONARY SOLVING - OCTOPUS | GRASSHOPPER
A MULTI-PARAMETER GENETIC ALGORITHM WITH EVOLUTIONARY SOLVING IS USED TO EXPLORE THOUSANDS OF OPTIONS IN THE POSSIBLE SOLUTION SPACE, THEY ARE MAPPED IN 3 AXES BASED ON THEIR FITNESS CALCULATED FROM • TOTAL FLOOR AREA (F.A.R REQUIREMENTS) • TOTAL SURFACE AREA EXPOSED TO THE SUN WHEN THE TEMPERATURE<24° C (PASSIVE HEAT GAIN) • COLLISION WITH CONTEXT GEOMETRY (VOLUME) 16
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AGENTS EMBEDDED WITH INTELLIGENT SWARM BEHAVIOUR LEAD TO THE EMERGENCE OF AN EXOSKELETAL SKIN THAT ACTS AS A SHADING MECHANISM IN SUMMER MONTHS TO REDUCE HEAT GAIN. THESE AGENTS ARE SELF-AWARE AND AWARE OF THEIR FLOCK. THEY START AT THE HIGHEST POINT OF THE TOWER AND THEIR BEHAVIOURS ARE AS FOLLOWS: • FIND 5 CLOSEST POINTS ON THE MESH • EVALUATE THE AMOUNT OF RADIATION RECEIVED BY THOSE POINTS • IF THE POINT IS : MAXIMISE SURFACE COVERAGE (REPEL FLOCK) • IF THE POINT IS : CRISS-CROSS (ATTRACT + REPEL FLOCK) • IF THE POINT IS : MINIMISE SURFACE COVERAGE (ATTRACT FLOCK) • MOVE TO THE IDEAL POINT
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Computer Vision
PROGRAMMING, GENERATIVE WORLDS, COMPUTER VISION, ALGORITHMS, SKELETON TRACKING, KINECT EXPERIMENTS IN INTERACTIVITY - COMPUTER VISION ADVANCED INTERACTION STUDIO, IAAC STUDENTS : AMI NIGAM & CRISTINA PARDO TUTORS : LUIS FRAGUADA & KLAUS OBERMEIER TECHNIQUES : PROCESSING, COMPUTER VISION ALGORITHMS, SKELETAL TRACKING, IMMERSIVE WORLD GENERATION
BODY This project was an exploration into interaction, space making, movement and algorithms. A Kinect was used to track the skeletal data of the user and an algorithm would generatively create different worlds, immersing the user to an environment where their movement within the space affected how they viewed themselves.
MOVEMENT
IMAGE
The skeletal tracking of a user is done using KinectPV1 Library for Processing. This provides data for various joints from the head to the feet. This can be analysed and transposed in realtime to study how the user is moving and interacting with the installation.
The data acquired is then used to alter the image that the user sees, which comes directly from the camera feed. Using this technique, the user is able to modify their own image leading to surrealist images with deformed bodies and faces.
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MOVEMENT TRACKING DATA - PROCESSING
1 USER 1 HAND
1 USER 2 HANDS
1 USER MULTIPLE JOINTS
2 USERS 1 HAND
2 USERS 2 HANDS
3 USERS 2 HANDS
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COMPOSITE IMAGE - KINECT + PROCESSING
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DESIGN + BUILD PROJECTS
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PERSONAL COLLABORATIONS & PROJECTS FOCUSSED ON COMPUTATIONAL DESIGN, DIGITAL FABRICATION & NEW WAYS OF MAKING
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LOCATION : PARK VIEW GREEN, BEIJING, CHINA YEAR : 2015 WORKFLOW : RHINO-GRASSHOPPER | 3D PRINT DEFACTO
Hive
HIVE was a project by Ami Nigam, Leandro Rolon & David Doepel under the collective DeFacto for Beijing Design Week 2015. It consists of the ‘HIVE’, a pop-up structure made of 3D Printed connectors and MDF Rods, the hive houses the ‘QUEEN’, a Generative Fashion piece 3D Printed using Nylon Powder. This project was an exploration into community built structures, fashion design, temporary structures, contemporary fabrication technology, 3D Printing & modular fashion. HIVE Video - Click Here
KEYWORDS : 3D PRINTING, POP-UP STRUCTURE, 3D PRINTED FASHION, EASY - BUILD, GENERATIVE DESIGN, FLAT-PACK, 28
Initial Model
Planar Panelization
Easy-Build
HIVE is made up of 142 MDF sticks and 96 3D Printed connectors. The whole pavilion packs in a backpack and is easy to construct. All we need is a connection document that tells us which connector connects to which stick like an IKEA manual. This makes HIVE it a community building exercise where anyone can come and help build the pavilion. Moreover, the ease of assembly makes it so that the entire pavilion can be constructed in less than an hour. • Grab a few people • Sort and lay out the sticks and connectors on the floor from the backpack • Create a datum • Mark the lengths and draw lines as per the instructions • Place the bottom connectors and sticks • Keep adding sticks and connectors as mentioned in the connection document • This process quickly builds a spatial element that can house people during emergencies or be used at festivals and other outdoor activities.
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Hive
HIVE & QUEEN ON DISPLAY AT BEIJING DESIGN WEEK 2015 30
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QUEEN A 3D Printed Nylon fashion piece designed on 3D Scans of the model. Pictured here with a traditional chinese Qipao 32
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KEYWORDS : DIGITAL FABRICATION, DIGITAL WORKFLOW, INTERIOR ARCHITECTURE, CNC FITOUT, PROBLEM SOLVING, FABLAB
1. Blank Site
2. Envelope blocking the sunlight & Noise
3. Breaking up the envelope to filter the light & noise
4. Sculpting the envelope to create a nested environment
5. Sub-dividing the envelope for CNC
6. Envelope creating seating and furniture elements
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Huamei Cafe
LCC ARCHITECTS ROLE : ARCHITECTURAL ASSISTANT LOCATION : SHANXI, CHINA YEAR : 2014 WORKFLOW : RHINO-GRASSHOPPER | CNC MILL TASKS : CONCEPTUAL DESIGN, DESIGN OPTIONS, COMPUTATIONAL DESIGN, FABRICATION DESIGN
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1. South facing glazed wall covered with mullions to filter the amount of sunlight 2. Big glazed wall facing the mall broken up to create a buffer from the noise and movement 3. Exposed equipment concealed by the panels
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PROFESSIONAL PRACTICE
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PROJECTS FROM PROFESSIONAL PRACTICE FOCUSSED ON SPATIAL DESIGN & ARCHITECTURAL COMPETITIONS
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Dachang Opera + Library
WVA ARCHITECTS Role : Architect Location : Dachang, China Year : 2014-16 Competition Entry, Winner Tasks : • Conceptual Design • Schematic Design • Design Development • Design Options • Computational Design • Project Diagrams • Submission Drawings
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立面方案一首层平面图 - 功能分析
立面方案一首层平面图 - 流线分析
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Pingju Opera Library Archives Library
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小排练厅 VIP 42㎡
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数字化用房 档案库房 73㎡ 196㎡
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会议室 档案库房 115㎡ 62㎡
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设备机房 14㎡
56200
数字化用房 73㎡
8500
上空
侧舞台 46㎡
7700
主舞台
9600
侧舞台 46㎡
1170011700
套房
33㎡
+0.800 +9.700
3100 21700
办公区 53㎡
+0.800
单人间 单人间 单人间 单人间 单人间 24㎡ 24㎡ 24㎡ 24㎡ 上空 上空 上空 上空
附属用房 34㎡
10800
上空
8500
上空
8000
上空 上空
2900
上空
8400 8400
11600
会议室 62㎡ 上空
3360033600 6900 6900 6900 6900
7700
2300 23002200 22006900 6900
2900
23300
11700
8500
8400
8000
6900
立面方案一二层平面图 - 流线分析
2300
33600 6900
6900
56200
2200
10800
2300
立面方案一四层平面图 - 功能分析
2900
立面方案一二层平面图 - 功能分析
44
45
New Shenzhen Art Museum
WVA ARCHITECTS Role : Architect Location : Shenzhen, China Year : 2015 Competition Entry Tasks : • Conceptual Design • Schematic Design • Design Development • Project Diagrams • Submission Drawings
46
47
48
49
50
51
Nanshan Plaza : Eco Urban Resort
LCC ARCHITECTS Role : Architectural Assistant Location : Xiamen, China Year : 2014 Competition Entry Tasks : • Conceptual Design • Schematic Design • Design Development • Project Diagrams • Submission Drawings • Computational Design
52
PROGRAM POSITION STRATEGY
VIEWS + LANDSCAPE STRATEGY
ADDED VALUE
53
SUNLIGHT / SHADOW STUDY
54
55
code
AGENT BASED DESIGN
KARAMBA - STRUCTURAL OPTIMIZATION
56
GALAPAGOS - GENETIC OPTIMIZATION
KANGAROO - INTERACTIVE PHYSICS
PROCESSING - GENETIC ALGORITHM
57
THESIS - MULTI-PHYSICS SIMULATIONS
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