PORTFOLIO
ARCHITECTURAL+COMPUTATIONAL DESIGN
NAITIK SHARMA
SKILLS
PERSONAL DETAILS D.O.B: MOBILE: E-MAIL: ADDRESS:
EDUCATION
26th January 1995 naitik264@gmail.com
HELLO WORLD, my name is Naitik Sharma I am a 24 year old graduate who has completed his bachelors in architecture from M.B.M Engineering College, Faculty of Architecture and Town-Planning, Jodhpur in 2018. I love everything that has to do with space and design. I feel true devotion for affecting people’s life through the realm of design. I like to fantasize over complex curves and shapes which were until now not possible but luckily with the help of technology everything can be imagined and bring to production. I have 6 years experience in the realm of architecture design through different lenses be it conceptual design, structural design, construction detail, sustainability criteria, theoritical research based on socio-cultural factor. A design enthusiast who is always looking for some challanges to explore.
SCHOOL
COLLEGE
+919829297512 A-118 VAISHALI NAGAR, BEHIND NATIONAL HANDLOOM, JAIPUR-302021
KNOWLEDGE
AFTER COLLEGE
PROFESSIONAL EXPERIENCE
SUMMER INTERNSHIP ACADEMIC TRAINING JUNIOR ARCHITECT JUNIOR ARCHITECT SOFTWARE SKILLS
INTERESTS
• • • • • • • •
Architectural Design Parametric Modelling Computational Thinking Architectural Rendering Photography Graphic Design and Layouts Experimental Form Generation Model Making
2001-2013 1st-12th std. St. Xavier’s Sr. Sec. School, Jaipur 2013-2018 Bachelros in architecture M.B.M Engineering College, Jodhpur 2018-2019 (6 months) Computational Design Course Smartlabs 2.0 - Sushant Verma In FormArchitects, Jaipur 1st July-22nd July 2015 (22 Days) Kshetra Architects, New Delhi 1st June 2016-7th Jan 2017 (6 months) Puklit Soni Architects, Jaipur 14th June-1st Nov 2018 (4.5 months) Ratlab, New Delhi Joined: 27th Feb • • • • • • • • • • • •
AutoCAD • V-Ray Sketchup • Lumion • Climate Consultatnt Rhinoceros • Autodesk Flow Designs Grasshopper Revit • In Design Ecotect • Illustrator Premiere Pro • Photoshop Evolutionary Design Generative Algorithm Energy Optimisation and synthesis of built forms 3D Printing Fabrication using digital tools
PROFESSIONAL EXPERIENCE Kshetra Architects, New Delhi ACADEMIC TRAINING
Puklit Soni Architects, Jaipur JUNIOR ARCHITECT
Ratlab, New Delhi JUNIOR ARCHITECT
Smartlabs 2.0 6-MONTHS COMPUTATIONAL DESIGN WORSHOP
1. 2. 3. 4. 5. 6. 7. 8. 9.
Kanheri Caves Redevelopment- GFC Drawings Kakinada Smart City Project- Competition Entry Connaught Place Pedestrianization Smart City Project, Delhi- Competition Entry Boating and Recreational Club, Vizianagram- Architectural Drawings Saraswati Temple, Nadargui, Hyderabad- Architectural Drawings Jamunajore Drain and Purandaha Lake Redevelopment, Deoghar, Jharkhand- Architectural Drawings National War Memorial, Delhi- Competition Entry National War Museum, Delhi- Competition Entry Baba Baidyanath Precinct Renewal, Deoghar, Jharkand- Site Visit, Surveying & Presentation Drawings
1. School at Vidhani, Jaipur- Architectural Drawings 2. Agarwal Light Shop, Jaipur- Architectural & Working Drawings 3. Sanitary Shop Design- Conceptual Design
1. 2. 3. 4. 5. 6.
Canopy Design Project, Noida: Concept Development Facade Design Project, Hyderabad: Concept Development Furniture Form Generation ‘Spirorat’ Plugin Development: Research Article on Material Technology As Responsive & Enviromental Friendly Solutions: 500 words Developed Augmented Reality App For A Project For Better Vizualisation.
1. 2. 3. 4.
Exhibition Design- Concept & Working Drawings Fabrication Drawings Form Finding 3D Printing
CONTENTS 1. Redevelopment of Kanheri Caves GFC Drawings 2. School at Vidhani, Jaipur 3. Rib Structure For Curved Wall (Waffle Script) 4. Recursive Form Generation (Using Anemone) 5. Recursive Tree Pattern (Using Anemone) 6. Recursive Polygon Pattern (Using Anemone) 7. Point + Curve Attractor systme 8. Deconstructing Al-Bahar Towers 9. Form Development For Skyscrapers 10. Swimming Pool Canopy (Space Frames) 11. Field Line + Point Charge 12. Biothing Pavilion 13. Magnetic Field Lines 14. Canopy Design Options For A Public Plaza 15. Facade Design 16. Furniture Form Generation
Projectconsultancy services for development of tourist infrastructure facilities at KANHERI CAVES, MUMBAI ClientThe Indian Oil Foundation, Delhi
Sheet Tiltle-
Drawing Tiltle-
11/07/2016
Date
SHEET NO
39
1:75
Scale
KC-TC-WD-001
Drawing No. Drawn By
Naitik Sharma
Checked By
Kiran
NORTH
DRAWING LEGENDS D
W
D
W
New Doors/Windows To be Repaired or Replaced
Basalt stone cladding new added stone mason
Existing Walls New Walls
DOORS SCHEDULE
WINDOWS SCHEDULE
FLOOR
SCHEDULE OF FINISHES
CEILING
SKIRTING
TICKET COUNTER
WALLS
syntex water tank
3000
1650
1650
2705
2935
3784
3790
108.0 m
106.40 m 42
WATER
CONDITION MAPPING LEGENDS
4200
4443
tap connection
TANK
1:7
41
40
1:7
3491
3140
lvl-0'-0"
39
1:7
TOIL
2740
ET
syntex water tank
107.40 m
lvl-0'-0"
108.40 m 8310
38
37
1770
4400
1:7 36
105.0
8864
RAG
89
E BL
OCK
INTERPR 9900
8350
10945
STO
79
1335
0
35
ETATIO
N CENTE
34
R
33
32
7682
31
1:6.5 29
30
28
79
59
27
Water supply for cafeteria
25
26
6150
1:7.5
10112
21
9350
22
102.0 m
1:7.5
20
18
19
103.60 m 17
CAFE T VIEW ERIA AN D ING P OINT
23
24
MULTIPURPOSE HALL 8130
1
Redevelopment of Kanheri Caves, Mumbai Academic Training GFC Drawings
1420
0
16
15
14
13
12
11
10
Released for-
9
8
GOOD
7
1:5.5
5
4
Sign & Seal:
3 2
1
100.0 m
Consultants STRUCTURAL DESIGNER:
3
17
65
ARCHITECTS:
TION
NSTRUC
FOR CO
6
MALE TOILET 1640 X 1800
FEMALE TOILET 1640 X 1800
TOILET 2100x1350
TICKETING COUNTER 3500x2850
EXISTING BUILDING
DINING HALL 9300 X 7500
PANTRY 4000 X 2270 KITCHEN 4000 X 3000
TICKETING WINDOW
TICKET COUNTER
CHANGE ROOM 1890 X 2000
STORAGE
CHANGE ROOM 1890 X 2000
TOILET 1000 X 2000
CHANGE ROOM 1890 X 2000
TOILET 1000 X 2000
CHANGE ROOM 1890 X 2000
TOILET 1000 X 2000
TOILET 1000 X 2000
CAFETERIA
LIVING & BED ROOM 3000 X 4755
STORAGE BLOCK
LIVING & BED ROOM 3000 X 4755
LIVING & BED ROOM 3000 X 4755
EXISTING
LIVING & BED ROOM 3000 X 4755
MULTI-PURPOSE HALL
OFFICE 3730x2850
6M WID
STP
6M WIDE ROAD
5
6M WIDE ROAD 9.95
6 M WIDE ROAD
24.1
SETBACK LINE
6
6
24.1
FIRE STAIRCASE
SETBACK LINE
FIRE STAIRCASE
24.1
FIRE STAIRCASE
9.85
9.1
OTHER'S LAND 58.65 12
10.9
4.8
FIRE STAIRCASE
66.35
OAD
FIRE STAIRCASE
FIRE STAIRCASE
12
FIRE STAIRCASE
57.95
5.05
6.6
55.8
6.25
8 M WIDE ROAD
6 M WIDE ROAD
2.5 5
SETBACK LINE
6 M WIDE ROAD
POWER HOUSE
6 M WIDE ROAD
5 M WIDE ROAD
FIRE STAIRCASE
11.5
ACADEMIC BLOCK
25.75
42.1
5 M WIDE ROAD
GUEST HOUSE
30.85
6 M WIDE ROA
D
SETBACK
LINE
11.2
22.5
9
6M WIDE ROAD
E ROAD
OTHER'S LAND
2.5
6M WIDE ROAD
RIICO ROAD 18 M WIDE
6M WIDE R
2
School at Vidhani, Jaipur Office Work Architectural Drawings
ACADEMIC BLOCK Ground Floor
3
Rib Structure For Curved Wall Smartlabs Script Generation (Fabrication)
1
The aim of this project was to develop a script that takes in any type of curved surface gives a rib structure and produce drawings for laser cutting or CNC cutting.
3
2
In this array of points are created. Number of points in x and y direction corresponding to the length and breadth of the surface.
4
Using sine graph mapper the points are moved in z-direction to have a wave like effect.
5
Edges of the surface are extracted and copied in z-direction to give the whole geometry a thickness.
Points in x-direction are interpolated to form a curve and those curves are further lofted to make a surface.
6
Perpendicular sections are cut through the geometry to get a closed curves which will provide us the fins for the rib structure.
Number of teeths are being cut on the fins for interlocking and then orinted on a 2D sheet for production of drawings for machine cutting.
4
Recrsive Form Generation Smartlabs Script Generation (Anemone)
1
A box array of points in x,y& z-direction is created.
6
Loop count: 12
2
A pyramid is introduced at the starting point of the array of points.
7
Loop count: 21
The aim of this project was to develop a script that gives you generative design based on certain parameters and operations. For the sake of this project I used anemone (a tool to create iterations). We commonly know this aspect in the field of computer science as looping.
3
The pyramid calculates the closest point out of the array of points to the closest face of the pyramid. A normal is created between the the closest face and the closest point.
8
Loop count: 42
4
5
Using the normal direction of the closest face, a mirror plane is created which mirrors the pyramid on the normal to its closest face to the found closest point. And the closest point is culled.
The earlier discussed steps are now running in a loop. In the above figure the loop ran for 6 times and hence an output is generated.
Loop count: 72
Loop count: 100
9
10
5
Recursive Tree Pattern Smartlabs Script Generation (Anemone)
1
A line is created with the length of 40 units in the z-direction.
5
Using the normals as the vector the centre point of the mesh faces is moved out in the vector direction and the lenght of the new 3 lines is 70% of the previous line segment.
The aim of this project was to develop a script that gives a tree like growth to the number of iterations we want.
2
3
A perpendicular frame to the end point This polygon is coverted into a pyraof the the line is created which gives mis using weaverbird’s stellate compous the base to create a polygon with 3 nent with the height of 2 units. segments.
6
Using the anemone’s looping system we can loop this algorithm to make the lines grow further to have a treegrowth system upto the number of repetitions we want. Here loop count is 2.
7
Loop count: 4
4
A normal to the center of the 3 faces of the pyramid is computed using mesh normals as the surface is converted into a mesh using simple mesh.
8
Loop count: 9
6
Recursive Polygon Patterns Smartlabs Script Generation (Anemone)
1
A sided polygon is created with radius 8 and 6 segments.
5
Now with earlier defined scaling and rotation these process can be looped to the number of repetitions we want. Here loop count is 4.
The aim of this script anemone is tried out with a hexagon to give whirlpool like effect to level complexity we want. It means to the number of repetitions we want.
2
Polygon is scaled up to a factor of 40% using hexagon centre as the centre point.
6
Loop count:7
3
The scaled out hexagon is rotated by 30 degrees.
7
Loop count: 10
4
The outer polygon is divided into number of segments. The number of segments being a factor of the number of sides of the polygon and the radius.
8
Loop count: 10 But number of divisions to the polygon sides is increased giving us a dense effect.
7
Point+Curve Attractor System Smartlabs Script Generation
1
A hexagonal grid is introduced.
5
A free-form curve is introduced and the distance between the curve and the hexagonal cells is found out.
The aim of this project was to understand the attractor system and how an attractor point or an attractor curve have a global effect on the system.
2
3 points are introduced above the grid to have a global effect on the grid.
6
3
Based on the distance of all the 3 points to the centre of the hexagona cells scaling of the the cells are done.
7
Based on the distance from the curve Cells closer to the curve are of lesser the hexagonal cells are point extruded height. to a certain height.
4
The scaled cells and normal cells are lofted together to have surface.
8
HEXAGONAL PANELS DERIVING FORM
8
Deconstructing Al-Bahar Towers Smartlabs Script Generation
The aim of this project was to understand the shading mechanism of the AlBahar towers and develop a script for the same.
1. Constructing a triangle and extracting its vertices. Constructing 3 circles with those 3 vertices as their centers and extracting intersecting arc and vertices
2. Constructing series of base curves in z-direction depending the number of floors one would need in the building.
1. Dividing hexagonal grids on the earlier derived form.
2. Dividing each hexagon into subsequent six triangular cells. Extracting centroid and midpoints of each side of each triangular cell.
3. Scaling down the curve series 4. Lofting the curves to from top and bottom and bulging get the final form of the it out in the intermediate levels. building.
3. Creating 3 vectors from the midpoints towards the centre. And a vector from the centroid of the triangle to the normal direction of the plane of the triangle.
4. Creating surface by connecting all the dots of the to give the desired look to the panels.
9
Form Development For Skyscrapers Winter School Script Generation
This was a group entry in the summer school-2019 skyscraper workshop conducted by RATLAB. The script was developed to generate a form of a skyscraper.
1
2
3
4
5
6
7
8
10
Swimming Pool Canopy (Space Frames) Office Work Script Generation
The aim o this project was to develop a scipt for space from design over a swimming pool canopy. The script was developed to have ‘n’ number of iterations.
1
2
3
4
5
6
7
8
11
Field Lines+Point Charge Self Explored Script Generation
1
A curve is introduced into grasshpper.
2
The curve is divided into 16 segments equally.
5
Further, circles are introduced on each charge point. These circles are subdivided into 12 segments with 12 points on each circle. This gives us 12 field lines per point.
The aim of this exercise was to undersand how point charges behave collectively inside a magnetic field. And to trace the flow lines of the charges. These flow lines could be further conceptualised into architecture.
3
6
A point charge is introduced on every point.
Image showing interaction of charge points and flow of field lines.
4
7
A bounding curve is introduced which bounds the field lines flow.
Field lines are further extruded to give it a sense of depth and associativeness to any architectural geometry.
12
Biothing Pavilion Self Explored Script Generation
1
2
3
4
5
6
7
8
13
1
Magnetic Field Lines Self Explored Script Generation
2
3
4
5
6
7
14
Canopy Design Options For A Public Plaza Ratlab Form Finding & Script Generation
Option-1
The aim of the project was to develop options for canopy design on a public plaza. For this project form finding technique using physics simulation software (Kangaroo) was deployed on the project.
Option-2
Option-3
Option-4
15
Facade design Ratlab Script Generation
The aim of the project was to develop a facade which has louveres as linear peeling starting from the mid of the height of the building and linearly gradating to the top of the building. During this process different iterations were recorded.
16
Furniture Form Generation Ratlab Form Finding
The aim of the project was to explore seating furnitures with different shapes.
THANK YOU! NAITIK SHARMA +919829297512 naitik264@gmail.com Jaipur-302021