SAKSHI SHARMA
Master of Architecture, Building Performance Concentration
@ University of Illinois at Urbana-Champaign
Professional Intern 2022 @ Gensler, Phoenix
SAKSHI SHARMA
sakshi4@illinois.edu | (+1) 5646548450
Portfolio link: https://issuu.com/sakshiisharmaaa/docs/sharma_sakshi_portfolio
LinkedIn link: https://www.linkedin.com/in/sakshi-sharma-a29570174/
Education
Master of Architecture & Building Performance Concentration
University of Illinois at Urbana Champaign (GPA- 3.94)
Professional Experience
Architectural Intern at Gensler_Phoenix
June 2022 - August 2022
Worked on large scale commercial projects where my primary role develop sustainable and Performative design using Rhinoceros, Grasshopper and Revit.
Achievements
Graduate Design Excellence Award
Spring 2022
University of Illinois at Urbana Champaign
Graduate Design Excellence Award
Fall 2021
Bachelor of Architecture
University of Mumbai (GPA- 3.3)
Credential ID: CA/2021/134398
LEED GA Aspirant
USA Licensure Aspirant
Skills
Revit, 3D modeling, Rhinoceros, Grasshopper, Maya, Autocad, Photoshop, Illustrator, InDesign, Sketchup, 3DS Max, Lumion, Enscape, VRay, CoveTool, Design builder, EnergyPlus, OpenStudio, Navisworks, PipeFlo, Collaborative team work, effectively communicative, leadership
Design Intern at DGF Architects
November 2020 - April 2021
Worked on National competitions primarily on conceptual development and design development on Rhinoceros, Grasshopper
Design intern at Dk+N Architects.
May 2020 - October 2020
Worked on the design of multiple commercial, residential, institutional and recreational projects and co-ordinated site visits along with measuring drawings.
Design intern at Point to Point Architects.
November 2019 - April 2020
Worked on concept development, facade treatment, 3D modelling, site documentation, using software such as AutoCAD
2D/3D, SketchUp, Lumion, Revit.
University of Illinois at Urbana Champaign
Student Licensing Advisor
Fall 2021 - Spring 2023
American Institute of Architecture Students
Architecture Design Lead
Fall 2021 - Spring 2023
Illinois Solar Decathlon
Graduate Teaching Assistant
Fall 2021 - Spring 2023
University of Illinois at Urbana Champaign
Design & Managerial Lead
Fall 2016 - Spring 2020
National Association of Students of Architecture
Competition Design Lead
Spring 2019
Indian Institue of Technology, Delhi & Kharagpur
1 2 Design Studio II Responsive Architecture 6-11 12-15 4 Experimental Envelopes Responsive Architecture 22-27 3 Construction Manangement Construction Documentation 5 BUILDING ENERGY RESEARCH Building Performance 28-31
ONGOING PROJECTS
URBAN DESIGN STUDIO
Small Vessel Museum in Paris | Individual Project
The project is focused on conceptual development of a site near Eiffel Tower with close proximity to Seine River in Paris. The exploration seeks viewpoints from and to the Eiffel Tower. The inspiration of concept is Futuristic.
University of Illinois at Urbana-Champaign
EXPERIMENTAL ELECTIVE
Façade and Material exploration | Individual Project
The challenge is to go beyond what exists. A blend of unique materials in façades of 2050. Here, tree threads are amalgamated with paper-like fibres for sustainable façade with ample amount of daylight.
University of Illinois at Urbana-Champaign
LANDSCAPE STUDIO
Urban Landscape in Chicago | Individual Exploration
The project is situated in Chicago. The concept exploration was to make the landscape stand-out in the densely packed skyscrapper city. The design explores elements from nature to allow the city to breathe.
University of Illinois at Urbana-Champaign
COMPUTATION ELECTIVE
City in an a·poc·a·lypse | Individual Project Exploration
The project is focused on exploring artificial intelligence where a city is re-imagined in an apocalypse. The experimentation parameters are futuristic, biomimcry, sustainability in a high density urban environment.
University of Illinois at Urbana-Champaign
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INTERSECTIONALITY
High-Performance Design
Academic Integrative Studio Professor: Yun Kyu, Yi
Collaborator: Wesley Gonsalez, Soham
The project was to design an extension to the Museum of Contemporary Art Chicago Our proposal consisted of the development of parametric algorithms to establish form-finding, building envelope generation, and phenotypic diversification strategies which were supported through the use of Environmental + Daylighting performance tools, Evolutionary Multi-Objective Optimization (EMOO), Artificial Neural Network (ANN), and other AI tools.
Further optimization was done using Climate Studio, LadyBug, Octopus, WallaceiX, and Machine Learning Tool- Teachable Machine to design a High Performance Building for Quantitative and Qualitative Performances.
University of Illinois at Urbana-Champaign
*Second Prize: Graduate Excellence Award
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Exterior Circulation
MEASUREMENTS
INTERSECTION
Program Arrangement
(4) Program Arrangement
Access Points
VIEWS RADIATION
OPTIMIZE VOLUME IN (M³) BETWEEN NORTH, SOUTH AND CENTRAL
Contextual Dynamics
(5) Intersection/deformations
DESIGN OBJECTIVES ACTIONS
- BOUNDARY CONSTRAINTS
- GEOMETRY LOCATION
- DIMENSIONS + PROPORTIONS
- MOVE, SCALE, ROTATE, TWIST
ALLOW DAYLIGHT TO GROUND LEVEL. FORCE VOLUMES TO TWIST. PROMOTE VIEWS DIVERSITY FOR PEDESTRIANS.
OPTIMIZE GEOMETRY RADIATION DEPENDING ON DIFFERENT SURFACE CONFIGURATIONS
- INTERSECTION (VOLUME)
- VIEWPOINTS
- MIRROR-CUT-SURFACE
- DECONSTRUCTION + ANALYSIS
Interlocking
Mirror Distortion
Volumetric Arrangement
Optimized Results
OBSERVATIONS AND FUTURE GENERATIONS
The final iteration (#4) integrates both intersection and sky views. Unpredictably, most Pareto Front values exceeded the target value for over 300400% for the intersection variable. However, Sky View optimization was accurate, where the final selected geometry is 100% the target value (which was 25%). Overall, it will be appropriate to run optimization iterations by increasing the intersection value from 500 m2 to 2000 m2 since the aesthetic and intersection of spaces (as shown in this iteration) with that range complies with the inflated volume number the Octopus calculated. Thus, more iterations with similar arrangements will be generated if the intersection volume target value is increased, optimizing the geometry. Lastly, radiation optimization should be further analyzed.
ASSING REFINING + ITER EW ( % ) 6 SELECTED PARETO FRONT Generations: 5 Population Size: 100 Value to optimize: 4 Critical optimized values: 2 3 2 6 5 OPTIMIZATION (GEN-5): SEL E CTED P ERCENTAGES RE L AT ED TO TARGET A VERAGE WINTE RVS TOTAL RADIAR ) ) MASSING FINAL MASSING REFINING + ITERTV TV ME AN AV ER AG E- VO LU ME TR ICI NT ER SE CT ON ( m 3 ME AN AV ER AG ES KY VI EW ( % ) 5 6 SELECTED PARETO FRONT ND C ON CE PT AC CU RA CY Generations: 5 Population Size: 100 Value to optimize: 4 Critical optimized values: 2 3 2 6 5 OPTIMIZATION (GEN-5): SEL E CTED P ERCENTAGES RE L AT ED TO TARGET A VERAGE WINTE RVS TOTAL RADIA-
ANALYSIS ( AVE. VOL INTERSECTIONT OTAL RADIATION (-) AVE. SKYVIEW (%) WINTER RADIATION (+) TOTAL RADIATION (-) WINTER RADIATION (+) (5/6) (3/6 ) (2/6 ) (6/6
RADIATION
DATA ANALYSIS 9
Envelope Panel Design
SURFACE
SYSTEMS INTEGRATION (MORPH BOX)
GEOMETRY BASE MAX. CONTRACTION AMOUNT OF SURFACE SUB- SURFACE POINT LOCATION DISTANCE FROM ATTRACTOR V-DIR UDIR 3 2 1 7 6 5 4 P 2 2 CONTRACUV = 4 x UV = 3 x UV = 3 x UV = 5 x UV = 5 x UV = 5 x UV = 5 x UV = 4 x SAMPLE OF PANELS VARIATIONS INFLUENCE INTENSITY (DIFFERENCE) HEIGHT VARIATION: MAX + MIN MODIFICATION MODULE
BASE GEOMETRY
INWARD CONTRACTION UPPER CURVE OFFSET POINT ON SRF LOCATION U-DIRECTION AMOUNT V-DIRECTION AMOUNT ATTRACTION POINT LOCATION PER PANEL
DIVERSIFICATION STRATEGY
The Process The Outcome 11
URBAN COCOON
Multi-functional Space and Urban Vertical Park
Academic Integrative Studio Professor: Botond Bognar
Collaborator: Mike Rivera, Sneha Nallagonda
The project where parametric evolution breaks the monotony of the Shibuya District of Tokyo, Japan. The concept is derived from the contours which enhances the the viewpoints and spatial continuum of spaces.
The main idea is to go back to nature and bring back in the design. Accessibility is a prime concern which can be solved with strategically positioning the curves. The interrelationship between built spaces and open spaces forms the backbone of our concept of Urban Cocoon.
The form has been developed on Grasshopper using plugins such as Metaball, Cocoon, Kangaroo. Further investigations were on Qualitative and Quantitative Performance of the spaces.
University of Illinois at Urbana-Champaign
*First Prize: Graduate Excellence Award
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The Process
Iterations Spatial Configuration 1 2 3 4 5 6 7 8 9 10 A B C D E F G BOH Loading/Unloading Dock ADMIN IN-BETWEEN SPACE 1 2 3 10 A B C D E F G OPEN TO BELOW FELLOW STUDIO 06 FELLOW STUDIO 07 CLERICAL STAFF DIRECTOR CORE CORE 1 2 3 4 5 6 7 8 9 10 A B C D E F G OPEN TO BELOW CONFERENCE ROOM CONFERENCE ROOM LOUNGE FELLOW STUDIO 06 FELLOW STUDIO 07 FELLOW STUDIO 08 CLERICAL STAFF FELLOW DIRECTOR 1 2 3 4 5 6 7 8 9 10 A B C D E F G 1 2 3 4 5 6 7 8 9 10 A B C D E F G REPAIR SHOP VIP ROOM Parking (10 cars) BOH Loading/Unloading Dock Services Storage ADMIN ADMIN ADMIN ADMIN CORE CORE CORE IN-BETWEEN SPACE Services Coffee Shop ENTRANCE PERFORMANCE Kitchen Library Cafe BOH Bar Services REHEARSAL REHEARSAL BOH 1 2 3 4 5 6 7 8 9 10 A B C D E F G OPEN TO BELOW CONFERENCE ROOM CONFERENCE ROOM LOUNGE FELLOW STUDIO 06 FELLOW STUDIO 07 FELLOW STUDIO 08 CLERICAL STAFF FELLOW DIRECTOR 1 10 A B C D E F G CORE CORE CORE CORE 1 2 3 4 5 6 7 8 9 10 A B C D E F G 1 2 3 4 5 6 7 8 9 10 A B C D E F G Services FELLOW STUDIO 01 FELLOW STUDIO 02 FELLOW STUDIO 03 REHEARSAL REHEARSAL FELLOW STUDIO 04 BOH Services REHEARSAL BOH REPAIR SHOP VIP ROOM VIP ROOM VIP ROOM VIP ROOM VIP ROOM VIP ROOM Parking (10 cars) BOH Loading/Unloading Dock Services Storage ADMIN ADMIN ADMIN ADMIN CORE CORE CORE IN-BETWEEN SPACE Services Coffee Shop ENTRANCE PERFORMANCE Kitchen Library Cafe BOH Bar 1 2 3 4 5 6 7 8 9 10 A B C D E F G OPEN TO BELOW VIEWING DECK Services REHEARSAL REHEARSAL BOH 1 2 3 4 5 6 7 8 9 10 A B C D E F G OPEN TO BELOW CONFERENCE ROOM CONFERENCE ROOM LOUNGE FELLOW STUDIO 06 FELLOW STUDIO 07 FELLOW STUDIO 08 CLERICAL STAFF FELLOW DIRECTOR 1 2 3 4 5 6 7 8 9 10 A B C D E F G 1 2 3 4 5 6 7 8 9 10 A B C D E F G Services REHEARSAL PREFUNCTION AREA PRODUCTION SERVICES AUDITORIUM CLUB OPEN TO BELOW CORE CORE CORE CORE CORE CORE CORE CORE CORE CORE CORE CORE
Daylight Iterations
Section of the building Visual Landmark
cut
Sectional
model
SPATIATOIRUM Experiential Space+Learning
Academic Integrative Studio Professor: Kapil Jaiswal
Individual Project
The project was to experience historical events in a space. To eulogize military martyrs, leaders and unsung heroes, appraisal of scientific advancements , declarations of technological achievements and advancements.
Emotion is an actual architectural dimension, co-relating to proportions, light and texture, connection to various sources into a kind of vector matrix that isn’t frontal but is embedded in the lives and the history of the city and its people.
Illusory world that is a complex space. Space is something that folds itself into completely different worlds. Conclusively, the project creates spaces that are pluralistic and vibrant by raising them into completely different expectations yet lacking prosaic activities.
University of Mumbai, India.
*First Prize: Under-graduate Excellence Award
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DESIGN STRATEGY
The aim of the project is to create expressive spaces, spaces that are not mute, exhibit through experiential spaces the relics and records. This futuristic architecture triggers the user’s perceptory senses by breaking the monotony of the context. Each space juxtaposes the ordinary making it an interactive informal public learning space.
TECHNOLOGICALACHIEVEMENTSANDADVANCEMENTS.
A A' B B' C C' D D' E E' F G G' F'
ROOTED DEEP IN TRADITION, INDIA WITH ITS RICH MILITARY HERITAGEHASASTORY,WHICHACTSTHEMSELVES,CONVEYSA PARADIGM OF EFFORT AND STRUGGLE AGAINST IMPROBABILITIES. THE INTERACTION WITH THE HISTORY, THE HISTORY THAT IS OFTEN VERY DIFFICULT TO GRAPPLE WITH, TO CREATE A POSITION THAT IS BEYOND OUR NORMAL EXPECTATIONS, BY PAYING A TRIBUTE TO THE GALLANTRY OF INDIAN SOLDIERS WHO HAVE LOST THEIR LIVES IN SERVING THE NATION. TO EXPERIENCE HISTORICAL EVENTS IN A SPACE. TO EULOGIZE MILITARY MARTYRS, LEADERS AND UNSUNG HEROES, APPRAISAL OF SCIENTIFIC ADVANCEMENT DECLARATIONS OF
CONTOURPLAN SCALE1:1250
EXPERIENTIALSPATIATORIUM
1. Land :45acresor 185500sq.m 2. FARpermissible 1 3. Totalbuiltup(Permissible) 185500sq m 4. Totalbuiltuparea 85,500sq.m SECTIONDD' 13 28 SECTIO site SITE + CONTEXT PROPOSED SITE 19
Elevation Section
21
EXPERIMENTAL ENVELOPES
Performative Building Skin
Academic Performance Elective Professor: Scott Murray
Individual Project
The main idea is to experiment with various design ideas to create a visionary material which is very unique and innovative. Artificial Intelligence + image processing tool used : Midjourney Ai to develop these renders of innovate building materials.Building skin that inhales carbon dioxide and impurities from the environment and exhales oxygen for a cleaner, perhaps sustainable environment.Carbon dioxide is trapped in organic tissues of biomaterials.
FIBROIDS SKELETON
Fibroids+MicroAlgae - Bio-Integrated Skin derived from fibroid skeleton which is slimy and changes its form based on AI controlled system.
Few characteristics of these facades are:
• environmentally benign, semitranslucent, 100% natural and biodegradable, a relatively low thermal performance.
University of Illinois at Urbana-Champaign
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EXPERIMENTAL ENVELOPES
Performative Building Skin
Academic Performance Elective Professor: Scott Murray
Individual Project
The project was divided into 3 phases. The initial stages for optimizing the building envelope (with 30% WWR) began with Whole Building EUI as 45.28 kBTU/sqft/yr. Following the process for optimization of the envelope, first the shading devices were added bringing down the EUI to 42.26 kBTU/sqft/yr. Further modifications in shading device parameters based on research of the IECC codes helped in decreasing the annual energy demand to 41.75 kBTU/sqft/yr. Integration of Solar Panels helped decrease EUI to 9.19 kBTU/sqft/yr which were highly beneficial for the climate zone and geographical location. SDA and ASE remained constant with all the interventions. In order to achieve the 2030 Benchmarking Target, the IECC provided R-Values and U-Values had to be modified even further while working with the covetool. The sole reason behind changing the values was the requirement of the climate zone which asked for lower U-value and higher R-values, which resulted in a relatively lower EUI of 28.41 kBTU/sqft/yr.
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University of Illinois at Urbana-Champaign
SITE A: CHAMPAIGN, ILLINOIS (CLIMATIC ZONE 5)
30% WINDOW WALL RATIO WITH SHADING DEVICE
ALTERING ENVELOPE
South-East
North-West
CHANGING ENVELOPE PROPERTIES ADDING PV PANELS ON
South-East
North-West
EUI reduced from 45.28 to 42.26
SDA reduced from 91% to 87%
ASE reduced from 90% to 88%
South East
North West
25
PROTOTYPE 1
30% WINDOW WALL RATIO
South-East
North-West
PROTOTYPE 2
60% WINDOW WALL RATIO
South-East
North-West
SITE B: Rio de Janeiro, Brazil (Climatic Zone 1)
29.5 29.5
SITE C: Reykjavik, Iceland (Climatic Zone 7)
Wall structure details for the building: 6” Wall
- Plywood 0.625 inch x 2= 0.56 x 2 = 1.12
-Rigid Foam Insulation = R- 5 (show in wall section) 5 * 4.75
- Total R-value of the wall assembly= R- 25.32 (1.12 + 0.45 + 23.75 )
UNITIZED CURTAIN WALL SYSTEM
1. Horizontal fins
2. Anchor joint
3. Horizontal aluminium mullions with thermal break
4. Rigid foam insulation r value - 5 per inch
5. Spandrel box panel
6. Double glazing with 1” panes: uncoated clear | low- e (0.05) With 1/2” argon space Shgc- 0.33, U value - 0.25
7. Plywood 0.625 Inch x 2 r value- 1.12
8. Plywood 2 feet wide curving at 30 degree angle
9. Steel i-section edge beam 700mm deep with fire resistant coating
10.Bolt fixing of column
1 2 3 4 6 5 1 7 8 10 9 15.0000 5.0 3.0 0.3 1.5 2.0 Section Elevation Perspective View
ENERGY RESEARCH
High Building Performance
Academic Performance Elective Professor: Richard Strand Individual Project
The project comparing strategies of Window to Wall Ratio, Conductivity, Orientation and Lighting and Shading Control of a Office Building on two extreme climatic zones and proposing solutions to minimize Energy and ASE, to maximize Daylight.
The main idea is to research on a office building in Burkina Faso, Africa and Chicago, IL to optimize its Energy Use Intensity (EUI), Spatial Daylight Autonomy (sDA), Useful Daylight Illuminance (UDI).
The study includes research on two different climatic zone and proposing design strategies that respond to the weather conditions of the location based on Building Performance.
SUMMER SOLSTICE @ 2 PM [WITHOUT FINS]
Covers 0% of the window in elevation (i.e. does not block any visual transmittance)
DAYLIGHT STRATEGIES
University of Illinois at Urbana-Champaign
increasing SDA by adding one more window and reduction in ASE from 52% to 5% by providing shade.
STRATEGY
SUN SHADING
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CHICAGO, ILLINOIS DESIGN STRATEGIES:
• For passive solar heating, most of the glass area are aligned to the South to maximize winter sun exposure, but design overhangs to fully shade in summer.
• Provide double pane High Performance Glazing (Low-E) on west, north and east but clear on south for maximum passive solar gain.
• Extra insulation will increase occupant comfort by keeping indoor temperatures more uniform.
• Floor organization in a way that winter sun penetrates daytime use spaces with specific functions that coincide with solar orientation
• Insulting blinds, operable window shutters willhelp reduce winter night time heat loses.
• Trees are positioned at 45 degree angle and are not blocking passive solar windows
PRESSURE PERFORMANCE ANALYSIS
• Trees are positioned at 45 degree angle
SPATIAL DAYLIGHT AUTONOMY
N S
East-West
BURKINA FASO DESIGN STRATEGIES:
• Well shaded courtyard to provide for hot windy dry climates as a design strategy.
• Minimize or eliminate west facing glazing to reduce summer and fall heat gain.
• Flat roofs might work well in Hot Dry Climate like Burkina Faso.
• Mass construction - thick walls with small recessed shading openings
• Use of colored building material with high emissivity to minimize conducted heat gain
• Provide double pane High Performance Glazing (Low-E) on all orientation
• In this climate, air conditioning will always be needed, but can be greatly reduced if building design minimizes.
Overall though few strategies were not recommended after the results were not satisfying, the simulation process is a good exercise in studying the performance of the building.
Facade Moss Wall: Bio Wall several advantages such as cooling effect, energy provision, clean air and ventilation
Weather Analysis: For detail study of strategies to implement
SUMMER SOLSTICE @ 2 PM [WITH FINS] Blocks 100% of Sunlight at 2:00 Solar Time on the Summer Solstice
W
E
Conclusively, after running the simulations to ameliorate the Energy Performance of the Building, the first calibrated initial strategies found the loopholes likely Harsh Sunlight, Excessive Energy Consumption, Electricity usage. Design strategies were implemented them to improvise the lighting, air pressure, temperature conditions including electricity and energy consumption.
After applying the Design Strategies imporvised the values in Daylight factor, Illuminance, and reduction in electricity consumption and reduced the load on HVAC. Additionally, after running the CFD (Computer Fluid Dynamics) for external part of the building there was a successful result in control in Air Pressure and Wind speed / Air Velocity.
LEED Certification points were the baseline of the project and this project earned a credit of 1 point after implementing design startegies
Plan View not to scale Isometric View not to scale
To propose the most efficient project management plan.
SINGLE
FAMILY HOUSING Construction Management
Academic Professor: Khaled A El-Rayes Collaborative Project
The project was divided into several phases. The goal of the project was to manage and control project constraints by ensuring project plans are implemented on schedule, within scope, and budget.
The milestones were the Activity List, Cost Estimation, Job Logic, Time-Cost Tradeoff and Cost Control
The outcome showcases the understanding of construction project planning and control as well as optimizing schedule and budget.
Project Type: Single-Family Home
Location: Champaign, IL
Floor Area: 3275 sq. ft.
Start: August 1st , 2023
End: December 23rd,2023 (Expected)
Features: 5 bed / 3.5 bath
|6| isometric elevation
University of Illinois at Urbana-Champaign
Resource profile for labourers after performing resource allocation with effect on project duration
Excavation
Forms in place for footings
Reinforcing in place for footings
Structural steel columns
Project Management plan for the construction of a Real-Life
Pouring concrete for footings
Masonry accessories, vent boxes at foundation
Vapor retarders (polyethylene vapor barrier)
Forms in place for footings
Backfill
Reinforcing in place for footings
Form in place for slab on grade
Structural steel columns
Framing, wood floor beam
Pouring concrete for footings
Framing, floor joists
Masonry accessories, vent boxes at foundation
Slab reinforcement (welded wire fabric)
Vapor retarders (polyethylene vapor barrier)
Backfill
Pouring concrete for slab
Wood framing, bridging
Form in place for slab on grade
Sheathing, subfloor plywood
Framing, wood floor beam
"Wall framing, columnsColumns 4" x 6"
Framing, floor joists
"Wall framing, columnsColumns 6" x 6"
Slab reinforcement (welded wire fabric)
Pouring concrete for slab
"Wood framing, external wallsStuds 2" x 6" studs
"Wood framing, external wallsHeaders 2" x 6"
Wood framing, bridging
"Wood framing, external wallsHeaders 2" x 8"
Sheathing, subfloor plywood
Wood framing, external walls
"Wall framing, columnsColumns 4" x 6"
"Wood framing, interior wallsStuds 2" x 4"
"Wall framing, columnsColumns 6" x 6"
"Wood framing, interior wallsHeaders 2" x 12"
"Wood framing, external wallsStuds 2" x 6" studs
"Structural steel members W 12"x 26 "
"Wood framing, external wallsHeaders 2" x 6"
"Structural steel members W 16" x 40 "
"Wood framing, external wallsHeaders 2" x 8"
Prefabricated structural wood for wood trusses
Wood framing, external walls
Sheathing, plywood for soffit
"Wood framing, interior wallsStuds 2" x 4"
Sheathing, plywood pneumatic nailed for roof
"Wood framing, interior wallsHeaders 2" x 12"
Sheathing, plywood for exterior wall
"Structural steel members W 12"x 26 "
Place asphalt shingles, felt underlayment
"Structural steel members W 16" x 40 "
Stucco for exterior
Prefabricated structural wood for wood trusses
Masonry anchor and reinforcement, wall ties
Sheathing, plywood for soffit
Sheathing, plywood pneumatic nailed for roof
Sheathing, plywood for exterior wall
Place asphalt shingles for roof
Brick veneer
Place asphalt shingles, felt underlayment
Stucco for exterior
Masonry anchor and reinforcement, wall ties
Place asphalt shingles for roof
Brick veneer
T T F S S T T F S S T T F S S T T F S S T T F S S T T F S S T T F S S T T F S S T T F S S T T F S S T T F S S T T F S S T T F S S T T F S S T T F Jul 30 Aug 06 Aug 13 Aug 20 Aug 27 Sep 03 Sep 10 Sep 17 Sep 24 Oct 01 Oct 08 Oct 15 Oct 22 Oct 29 Nov 05
Actual Level of Effort Actual Work Remaining Work Critical Remainin... Page 1 of 4 TASK filter: All Activities © Oracle Corporation
Actual Level of Effort Actual Work Remaining Work Critical Remainin... Page 1 of 4
All Activities © Oracle Corporation Primavera Gantt Chart: Helps to plan work around deadlines and properly allocate resources
TASK filter:
Assuming the presence of material at site at least one day prior to the scheduled installation date, the delivery date and the order dates are derived by back calculating with the collected information on lead times from industry procurement database.
• RS Means 2021 Utilized
• Total indirect cost is 15%
• 10% Overhead costs
• 5% general, office and administrative
• 5% increase in labor wage on November
• 5% increase in labor wage = $627
• 5% Interest rate
• Project Duration = 87 work-days
Total value including overhead and profit: $1,297,361
Total cost (direct + indirect): $1,235,582
Total profit after project completion: $36,632
36
Crowd segregation
FRE-QUINTE
Merging African-American Jazz
Academic Integrative Studio Professor: Thomas Leslie
Collaborator: Sparsh Rastogi
The site is located in Chicago’s Wabash district. The location is premium and attracts incredible views near Lake Michigan and skyline of the Loop. The final form serves as an icon for the city’s skyline having public interactive spaces at its base. Chicago’s huge Auditorium for Jazz follows the top floor with a pattern of experiential journey. It encourages view cones to facilitate social interaction from inside to outside. The form encourages folks to enter the space due to unique characteristics.
Summer Solstice
Winter Solstice
University of Illinois at Urbana-Champaign
June 21 12:00 PM WS 5:15 PM December 8:1621 AM 3:00 PM WS NE
The main concept of Frequinte is FREquency of Jazz music merged with Unity in harmony which is deep rooted in America’s history with R&B music. Frequinte is a space for all.
1st bounce- 0.6 secs
39
2nd bounce- 0.9 secs
Selected Work Samples, 2019-22. Thank you for viewing this portfolio.
sakshi4@illinois.edu
linkedin.com/in/sakshi-sharma-a29570174
Please contact me for collaboration. I would love to work with you and hope to see you again. Contact: Illinois, USA.
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