Jesse VK Nedunuri
Architectural P o r t f o l i o
s
Time-Line
2013-15
2011-12
2006-11
Graduate School Projects Green Curtain_Studio Fall 2013 Robotics Research_2013-2014
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Smart Materials_Urban Stage Spring 2014 Interactive Computational Design_Processing
Sketch Design Studio Machilipatnam Restaurant
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Thesis_Adaptive Building Skins
Undergraduate School Projects
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Internship, New Delhi Undergraduate Works - Thesis_Techno Park - Golkonda Neighborhood Center
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- IIT Hyderabad Campus - Wedding Mall - Competitions
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- Art Work
Three Axis Prototype
Robotics Research 1� stem holes at 1.5� increments
The three-axis robot prototype helped us visualize the different type of movements that can be done with the robot. It also allowed for a visualization of different tools and how they can be adapted to the robot. Its limitations showed lack of pressure and its ability use of only three axis. However, this prototype led to the creation of end tool adapter to the robot.
counter wights
PONGRATZgen_DESIGN
2D & 3D pattern Exploration
movable tool
base
The three-axis robot prototype helped us visualize the different type of movements that can be done with the robot. It also allowed for a movable tool
robot. Its limitations showed lack of pressure and its ability use of only
counter wights
three axis. However, this prototype led to the creation of end tool sand/clay box
Ro_B_ionics generative_design
Ro_B_ionics generative_design
visualization of different tools and how they can be adapted to the
adapter to the robot.
Workshop Part group project Starting with a space filling polyhedron, develop a repeatable component and array system that can translate into a physical installation. At the same time, investigate materiality, fabrication methods, and integrated joining methods. latitudinal Elevation
subdivided rhombic dodecahedron bkn.iii
plan original
cluster section
Exploded cluster axon
bkn.i
bkn.ii
Elevation Joint evolution
Process
Joint evolution
Module was iterated through powder based 3D-printing. Initial digital mockups explored All evolutions were rapidly prototyped. This allowed for scaling of module. discovering of new configurations of modules.
A digital reverse mold was generated of the module and was split in half to be CNC milled. This was done at full scale to allow for the casting of full scale modules.
bkn.iii split module
th 10 sem Resulting CNC mills. Multiple layers of high density foam had to be laminated together. These seams were then smoothed out with
Professional practice
DLF phase II
putty. The last mold was damaged during a thermoforming incident.
Rapid Metro Station, Gurgaon
Haptic Surface Idea is to make sine curve visibly moving, which distinguishes between the physical object and to its smooth transitional movement. The physical object is relates to the sense of touch, in particular relating to the perception and manipulation of objects using the senses of touch and proprioception. It responds to touch and isolating the movement implying the user being the artist/choreographer.
Sine wave interpretation through architectural apparatus
Urban Stage_Bench Design
Interactive Computational Design The idea was built on the basis on human emotion and facial expressions interpreted in computational method. The integration of Xbox 360 kinect, microphone and use of open-source computational coding software Processing, this was achievable. The frequency of sound received by microphone by a person or many is translated into emotions of the south park characters.
CODE
r > 200
if (r<100) { context.getJointPositionSkeleton(uid, SimpleOpenNI.SKEL_HEAD, realHead); context.convertRealWorldToProjective(realHead, projHead); image(Kyle1, projHead.x-64, projTorso.y+150);
class Kyle { PImage Kyle1, Kyle2, Kyle3, Kyle4; void display() {
} if (r>100 && r<150) { context.getJointPositionSkeleton(uid, SimpleOpenNI.SKEL_HEAD, realHead); context.convertRealWorldToProjective(realHead, projHead); image(Kyle2, projHead.x-64, projTorso.y+150-r*1.01); }
Kyle1 = loadImage("Data/Kyle/Kyle1.png"); Kyle2 = loadImage("Data/Kyle/Kyle2.png"); Kyle3 = loadImage("Data/Kyle/Kyle3.png"); Kyle4 = loadImage("Data/Kyle/Kyle4.png"); int[] users=context.getUsers(); ellipseMode(CENTER); for (int i=0; i < users.length; i++) { int uid=users[i]; if (context.isTrackingSkeleton(uid)) { noFill(); strokeWeight (1); r = in.right.level()*1000;
if (r>150 && r<200) { context.getJointPositionSkeleton(uid, SimpleOpenNI.SKEL_HEAD, realHead); context.convertRealWorldToProjective(realHead, projHead); image(Kyle3, projHead.x-64, projTorso.y+150-r*1.2); }
150 < r > 200
100 < r > 150
if (r>200) { context.getJointPositionSkeleton(uid, SimpleOpenNI.SKEL_HEAD, realHead); context.convertRealWorldToProjective(realHead, projHead); image(Kyle4, projHead.x-64, projTorso.y+150-r*2); }
PVector realTorso = new PVector(); context.getJointPositionSkeleton(uid, SimpleOpenNI.SKEL_TORSO, realTorso); PVector projTorso = new PVector(); context.convertRealWorldToProjective(realTorso, projTorso); stroke(0, 255, 0); noFill();
} PVector realCoM=new PVector(); context.getCoM(uid, realCoM); PVector projCoM=new PVector(); context.convertRealWorldToProjective(realCoM, projCoM);
PVector realHead = new PVector(); PVector projHead = new PVector();
r < 100
} } }
r = Sound Level
Thesis_Adaptive Solar Power Harvesting Building skin Building skins inspired from Indian architectural patterns culture, heritage and Biomimicry.
Grasshopper script for adaptive skin
Physical computation of the adaptive Building This is adaptive skin was inspired from the phenomenon of heliotropism which can be observed in Sunflowers. As the Sunflower orients itself to sunâ&#x20AC;&#x2122;s trajectory and absorbs sun light to produce energy through photosynthesis. To demonstrate this dynamic nature of this building skin, Arduino Uno board, servo motor with tilt-pan kit, and solar photovoltaics were used.
Solar Tracker
3D rendering images
P r o p o s a l s
Restaurant at Machilipatnam, Andra Pradesh, 2012
Internship-New Delhi 2010-11
Sectional elevations
Thesis-Techno Park at Kozhikode
Site schematic zoning and massing
Elevation
Master Plan
View
View
Elevation
Urban Design Project_Golkonda Neighborhood Center
Site Analysis: Identifying the Vantage points
Business Centers and Commercial Complex-
Hotel and Business Centers
Site schematics and site mass-
Indian Institute of Technology-Hyderabad Campus
Gated Community
Library
Legend Entrance 1 Visitorâ&#x20AC;&#x2122;s Parking 2,3 Staff Cottages 4-8; 27,28 Administrative block 9 Auditorium 10 Stadium 11 Library 12 Open air theater 13 Academic blocks 14-18 Cafeteria 20 Dining halls 21,26 Student clubs 23,24 Commercial stalls 22 Student accomodation 25
Wedding Mall
Competitions
National Association of Student of Architecture, Trophy works Louis I. Kahn Trophy, 2008,2009
Art Work
Missing Faces
Water based Painting_Poster against Terrorism