Academic Portfolio 2023 - Master of Architecture by Mokshali Khokhani

ARCHITECTURAL PORTFOLIO

01. 5670 _ Advanced Design studio - I _______ Fall 2021 02. 5671 _ Integrative Design studio - I _______ Spring 2022 03. 5670 _ Advanced Design studio - II _______ Fall 2022 OTHER 04. Building Information Modeling _______ Spring 2022 05. Conceptual Drawing _______ Fall 2022

DESIGN STUDIOS

Sky walk

Self supporting concrete structure

Year Location Institute

Instructor

Collaboration

Course

Level

: Fall - 2021

: Corpus Christi, Texas

: UTA - College of Architecture, Planning, and Public Affairs (CAPPA)

: Oswald, Jenewein

: Trong Nguyen

: Advanced Design Studio I

: Graduate design studio

Urban areas are often lacking in a permanent place that provides people with fresh, locally sourced foods, despite being located near agricultural lands. The creation of a public market in Corpus Christi's downtown area aims to bring daily activity to the region and rejuvenate the life surrounding the marina. The primary objective is to establish a bustling, iconic public market that can serve as the heart of the city and attract tourists.

To accomplish this goal, a skywalk will be introduced, which serves as a hybrid permeable roof that can protect and connect all the iconic market and marina facilities modules from the top while also creating a large, open space with natural light and ventilation. The openness of the structure encourages public exploration and provides the market with a distinctive identity and status within the community.

Mokshali Nisarg Shukla 01. Connecting axis between downtown and ocean 02. Creating open area in front of existing structures 03. Connecting two blocks from top05. Roof

SURFACE STUDY - 02

04. Access of roof from opposite ends

PROPOSED SITE PLAN

GROUND LEVEL PLAN

MARKET MODULE PLAN 01'2' 5' 10'

RESIDENTIAL MODULE PLAN 01'2' 5' 10'

Scholars pavilion

Self supporting concrete structure

Year Location Institute Instructor Course Level

: Spring - 2022

: Aspen, Colorado, USA

: The university of Texas at Arlington College of Architecture, Planning and Public Affairs (CAPPA)

: Charles MacBride

: Integrative Design Studio I

: Graduate design studio

The scholars pavilion takes shell form arched through origami fold up. Curve sell shape in the valley of the aspen mountain allows pavilion to merge with outline of surrounding mountains. Combining lightweight two-layered concrete sandwich structure with the strength derived from its curved geometry and origami folds, the roof stands freely on four supports, covering an unobstructed space. It is fully self-supporting and does not require a sub structure. Landscape design at exposed connection of four supports to the ground mimics the language of Anderson Park on the south designed by Herbert Bayer.

FOLDED PLATE

Material:

Strip of paper (1” x 12”) is folded half (1/2” x 12”) to make it strong so that it can be used as a support. Support are woven at edges in both the direction to strengthen the plate. Thickness of plate will remain same at center while weaving of support will change the thickness of plate at edges.

Plate is bundle of different modules made from paper. Strips of different sizes and depths are folded like square and sticked together to make plate. Size of modules is larger at the edge while it becomes smaller and deeper toward the support to maintain structural balance. Thickness of modules will differ due to overlapping hands in each module.

Single 12” x 12” paper is used to make this hyperbolic paraboloid folded self supported plate. Using origami folding techniques paper is in folded such a way that partial unfolding of the paper can become hyperbolic paraboloid structure.Directionofridge and valley folds are shown in figure below. Thickness of plate will remain almost constant.

As shown in figure at bottom all the corners of the paper are taken off. Corners are folded such that it will create the tension in paper towards the center and due to that paper will stand alone like a self supported dome. Thickness of plate will remain constant.

This frame has more weight towards support to counter balance the weight of the cantilever. Shape of outer frame will also allow cantilever structure to stand. Whole structure is covered with paper like skin at the end.

GRADUATION DESIGN STUDIO

12”

Cardstock Paper

Plate size : 12” x 12” Frame size : varies

Mokshali Nisarg Shukla

FRAMED PLATE Material:

176 gsm

8 “8

Material: Cardstock Paper 176 gsm Plate size : 12” x 12”

THIN PLATE

Plate size : 12” x 12”

Cardstock Paper 176 gsm

12” 8” 2” 2” “21 Ridge Fold 1“0 1/2” “8 “4 “6 3 1/2” “4 2 2” “21 BUNDLED PLATE Material: Cardstock Paper 176 gsm Plate size : 12” x 12” Module size : 5” x 5”, 4“ x 4”, 3“ x 3”, 2“ x 2”

Ridge Fold Valley Fold “21 “21 “21 TWO-WAY PLATE Material: Cardstock Paper 176 gsm Plate size : 12” x 12” Support size : 1” x 12” TECTONIC PLATE STUDY

12” 1/4”

7. Connection points to the ground.

6. Adding flaps to add stability and strength to other direction

5. Secondary fold to add more stability and strength to the plate.

4. Primary fold to strengthen the plate and hold the part of plate up above the ground.

Ma oon Creek Cas t e C r ee k Roar n gForkRiver Aspen Mountain Eagle Pines Red Mountain White River National Forest Aspen Institute Aspen Golf Course & Tennis Courts Aspen Highlands Ski Area Aspen Mountain Ski Area Buttermilk Ski Area Maroon Creek Club and Golf Course Aspen Pitkin county Airpor Smuggler Mountain HunterCreek HWY 82 H W Y 8 2 RoaringForkRiver RoaringForkRiver R oari ngForkRiver kRoad RoaringForkRoad ad o w R d M e ad o w Rd C a s t e C e e k WilloughbyWay WilloughbyWay RioGrandeTrail RoaringForkTrail RoG andeTail RioGrandeTrail Koch Seminar Building Benedict Music Tent Walter Paeocke Memorial Building Buckminster-Fuller Geodesic Dome Amyʼs Meadow Harris Hall Tennis court Anderson park Greenwald Pavilion Resnick-Malek Health Center Doerr-Hosier Center Walter Lsaacson Center Proposed site for Scholars Pavilion Anderson Park Greenwald Pavilion Guest Buildings Buck-minster-Fuller Geodesic Dome Koch Seminar Building Walter Paeocke Memorial Building Amyʼs Meadow RoaringForkTrail Roarin gForkT rail WalkingTrail WalkingT a l WalkingTrail RoaringForkRiver Roari n gForkRiver MAP OF ASPEN ASPEN INSTITUTE PLAN SITE PLAN FOR SCHOLARS PAVILION

A Aʼ BC BʼCʼ Scholar room Open to Below Lift DN Anderson Park Greenwald Pavilion Conference area Rest room Work and kitchen Reading area Electrical Mechanical and Store area 0 5' 10'20' SECTION _ AA’ A Aʼ BC BʼCʼ BASEMENT LEVEL PLAN GROUND LEVEL PLAN

DETAILED PLAN DETAILED ELEVATION - SOUTH SIDE 01”3”5” 01”3”5”

01”3”5” 0 5' 10'20' WALL SECTION SECTION _ CC’ EAST-SIDE ELEVATION

SOUTH-SIDE ELEVATION AXONOMETRIC VIEW 01”3”5” 0 5' 10' 20'

01.Shipping Container 02. Taking shape of 5th wheel with Tesla Cybertruck. 03. Coordinating shape at top 04. Coordinating shape at ends 05. Origami surface Roof Deck Folding Deck Pop-out

8’ 32’ Semi open outdoor area Bed area Storage Storage Bath-area Entry Service area Storage and Service area Service area Service wall Overhead storage PLAN _ CLOSED UNIT PLAN _ OPEN UNIT

13.5’ Typical RV usage : 20 kWh per day Tesla power wall: 13 kWh per unit Total energy storage : 104 kWh 5 Days boon-docking TESLA Solar panels Tesla Power-Wall - To store electricity Star-link _ For Internet connection Tesla Solar panel : 400 W per panel (20 sq ft) Solar generation on RV roof 50 kW (125 sq ft) HVAC unit 13500 BTU Service wall AC outlet AC Duct Inverter Battery Black water tank (80 Gallons) Water Heater Gray water tank (70 Gallons) Fresh water tank (100 Gallons) Solar Panels Connection to Battery SERVICES SECTION _ CLOSED UNIT SECTION _ OPEN UNIT HVAC SOLAR WATER

Cold rolled stainless steel Shell and Structural Frame Translucent Fiber-Glass Carbon steel frame and Fiber glass for Chassis Smart Glass Window “Home is Where You Park It.”

CYBER BOX

CYBER TRUCK

UNFOLDED

Year Location Institute Instructor Course

: Fall - 2022

: Vadodara, Gujarat, India

: The University of Texas at Arlington College of Architecture, Planning, and Public Affairs (CAPPA)

: Reece, Donnie Jr

: BIM (Building Information Modeling)

FLOOR PLANS

BIM Residence

04 BUILDING INFORMATION MODELING

Mokshali Nisarg Shukla

SECTIONS

ELEVATIONS

INTERIOR VIEWS EXTERIOR VIEWS

Mokshali Nisarg Shukla

DRAWING MODEL