Jayesh More | Architecture and Design Portfolio |2019 - 2022

C U R R I C U L U M V I TA E JAYESH PRAMOD MORE 23 | Gwalior,India

Hello, I’m Jayesh More, currently pursuing Bachelor of Architecture from School of planning and Architecture, New Delhi. My constant urge to learn new skills and interest in various realms of architecture universe gave me way to pursue this field. I like to travel to unexplored places to loose myself in the joy of observing. I am open for exploring and taking up new challenges.

D.O.B. E-MAIL PHONE jayesh._more

19 Oct 1999 jayeshpramodmore@gmail.com [INDIA] +91-9009789347 Jayesh More

Languages English Hindi Marathi

Proficient in Speaking and Writing Proficient in Speaking Mother Tongue

C U R R I C U L U M V I TA E

EDUCATION 2022

WORKSHOPS AND COURSES

Bachelor’s of Architecture

School of Planning and Architecture, New Delhi Under Top 15 in batch of 120 students

2018

Grade CBSE XII - 92.4%

2016

Grade CBSE X - 9.8 CGPA

Gwalior Gory High School, Gwalior, Madhya Pradesh School Topper | Award for Best Conduct

Gwalior GLory High School, Gwalior, Madhya Pradesh Gold Medalist for 5 years | SOF Gold Medalist

ACHIEVEMENTS 2022

2022

WINNER | Solar Decathlon India

Educational Division | NetZero Energy Building 800+ Entries | Role - Design Lead

Low Cost Housing Design Competition 300+ Entries

Erfurt Exchange Program, Germany

2021-22

Co-ordinator of SPAkriti

2020

TOP 40 % | ANDC Trophy NASA India

2019

AIR 203 | JEE Mains Paper 2

2016

EXCELLENCE AWARD | QCFI

University of Erfurt, Germany 18 Studentes selected

Installation Society of SPA, New Delhi Managed the design and making of Installations

Shortlised for Bus terminal design 400+ Entries

Autodesk AutoCAD Autodesk Revit Trimble SketchUp

Adobe Creative Suite Premier Pro Lightroom

Regenerative Processes | Workshop

2022-21

Course on Net Zero Energy Building | SDI

2022

3D Print Design Method | Elective

2022

Universal Design | Elective

2021

Deducing Design Processes | Elective

2020

Theory of Architecture | Elective

2022

Lumion

Simulations Autodesk Formit

2022

Figma

Elective course addressing the Question - “Does One Design Fit All”

Elective course about understanding the Design Processses through steps of product designing

Elective course about various art movements and periods, design theories and architecture

Framework for Net Positive Water Management System

Chhatrapati Shivaji Maharaj International Airport, Mumbai

2021

Pearl Academy, Jaipur

2021

Bada Bagh Chattris, Jaisalmer

Documentation and analysis of college building, highlighting the connection between the vernacular and the mordern

A city level study of Jaisalmer and documentation of Bada Bagh Chattris - Measured drawing

EXPERIENCE 2021-22

[SCIENTIST] architects

2020-22

Freelance

Design Builder

Google Suite

Elective course about understanding of new design methods to fully utilize the capabilities of new construction techniques

A guided study tour of international airport by Ar. Lalit Jain and team, indepth understanding of operations and zoning of airport

Insight 360

Presentation

Self Learning Modules and Weekly Webinars for 16 Weeks

A case study of School of Planning and Architecture, New Delhi

Visualitization Enscape 3D

Ar. Gaurav Shorey, Ms. Shamita Chaudhary

RESEARCH AND DEVELOPMENT

Quality Circle Forum of India HQ 49th Convention | Pune chapter

Drafting and Modelling

Indesign

2022

JEE Percentile - 99.92

SOFTWARE SKILLS

India Canada Research Studio Laurentian University Ontario Summer Semester joint Design Exercise

TOP 6 | HUDCO Trophy NASA India

2022

Photoshop

2022

Gwalior, Madhya Pradesh Worked on Design Development of Residences, Commercial Complexes, Office spaces, Retail malls.

3D Visualizations, Working Drawings, Modelling, Site visits.

Residence design, 3D visualizations, magazine design, illustrations, digital art.

[SCIENTIST] architects.

Ref: WC/58

Date: 04/10/2022

WORK EXPERIENCE CERTIFICATE

TO WHOMSOEVER IT MAY CONCERN This is to cerCfy that Mr. Jayesh More, a student of B.Arch programme from School of Planning and Architecture, New Delhi has successfully completed his two short internship periods ( Dec 2021 - Jan 2022 and May 2022 - Jun 2022) at [SCIENTIST] architects, Gwalior, Madhya Pradesh.

He impressed me with her promptness and zeal towards the profession. Considering his dedicaCon, I appointed him for more complex projects like Commercial Projects Design Development. There were various deadlines which were challenging but in those adversiCes, he stood firm and overcame them successfully. I can state that he possesses a diverse skill set along with brilliant analyCcal and creaCve abiliCes. Mr. Jayesh was involved in architectural design development process at our firm. His scope of work included concept and design development, design detailing, form development and 3D modelling.

He worked on mulCple projects varying from residenCal and commercial projects.

During his both internship periods, he worked on following projects : Chanakyapuri Residence, Goyal ji Residence, 23X45 Residence,DaCa Commercial, HG Commercial Complex, Gurgaon Residence, Sanjay Singh Residence, Govinddham Office For any further query and validaCon related to his work and conduct, please feel free to contact.

Ar. Sudhanshu Mandlik CA/2007/40182 (M. Arch, Architectural AssociaCon School of Architecture, London) Principal Architect [SCIENTIST] architects Office & Studio : D-15, UBITECH ROAD, KAILISH NAGAR, GWALIOR -474011 Phone: +919755464274 Email:

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scienCst.studio@gmail.com

SELECTED WORKS BAC H E LO R O F A R C H I T E CT U R E

V vi iv iii

v. WORKING DRAWING New Delhi

SITY STUDY DOCUMENTATION

vi. MESEAURED DRAWING BADA BAGH CHATTRIS Jaisalmer, Rajasthan

vii. MISCELLANEOUS COMIC STRIPS PHOTOGRAPHY

NET ZERO ENERGY EDUCATIONAL

i. TRIBHUVAN UNIVERSITY MEDICAL ACADEMIC BLOCK Kathmandu, Nepal

RECREATIONAL

ii. BHAKTI BHAWAN AUDITORIUM Kathmandu, Nepal

HUDCO LOW-COST HOUSING

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iii. VANSARTHIKA NASA 2022 Ahemdabad, Gujarat

WORKING DWG 3D VISUALIZATION

iv. WORK EXPERIENCE EQUILIBRIUM 23X45 RESIDENCE DATIA COMMERCIAL HG COMMERCIAL Gwalior, MP

TRIBHUVAN UNIVERSITY N E T Z E R O E N E R GY A N D WAT E R B U I L D I N G K AT H M A N D U, N E PA L WINNER | Solar Decathlon India 2022

T

his project was a part of super speciality medical institution in Kathmandu, Nepal, that not only fosters a supportive learning atmosphere for students to share information, but also upholds environmental responsibility by becoming a net-zero energy and water building. The medical college is situated on a gradual, south-facing slope as part of a broader construction project. The area is vulnerable to monsoon flooding and earthquakes (seismic zone V). In order to provide the students with a safe environment and an overall comfortable space to be in, 10 contests were worked in detail.

The ten contest were : Energy performance, water performance, affodability, innovation, health and well being, architectural design, engineering and operation, resilience, scalabilty and marketing, communication, solid waste management.

Status of the project : Master planning complete Site area : 8115 sqm Profile of occupants : 300 Students & 80 Faculty Hours of operation : 9 hours per day, 6 days per week

SITE CONTEXT The site is located South West of Kathmandu city in Kirtipur District - one of the five municipalities in the valley. Tribhuvan University’s surrounding district has become a popular area for out-station students and teachers to settle and live in. The site is approximately 0.33 Km away from the ring road, which acts as the majorlink to the rest of Kirtipur.

Location

: Kathmandu, Nepal

Elevation

: 1337 m

Climate

: Cold

Latitude

: 28.3949 N, 84.1240 E

Max temp

: 30.5 C in summers

Min temp

: -1 C in winters

Percipitation

: 362mm in monsoons and annual precipitation 1440 mm

Rh levels

: 50 % - 90%

CEPT CARBSE

Centre for Advanced research

OBJECTIVES

Case study - Net Zer

Demonstration of low energy building design to achieve Net Zero Energy building.

Research and practice of appropriate strategies to achieve thermal comfort.

Southern side has clerestory to allow minimum south light.

Harness and maximize the usage of daylight.

Integrate renewable energy sources as part of architectural design.

GOALS Generate robust knowledge database for strengthening of energy efficiency.

Create enhanced knowledge of construction materials and practices for energy efficient architecture.

DESIGN STRATEGIES - Building massing and orientation - Optimized building envelope - Optimized thermal and luminous environment.

Cool air from southern windows enters in the building.

E, Ahemdabad

in Building science and energy

STACK EFFECT

ro Energy Building

The hypothesis of Net Zero Energy Building (NZEB) - a building which generates as much energy as it uses over the duration of one whole year

Warm air in the building exits from the mezzanine floor above.

It is the difference in pressure caused by the difference in elevation between two locations, conveying heated gases at zero gas flow.

Principles used in the processCross ventilation Venturi effect Buoyancy of warm air

BUILDING ENVELOP OPTIMIZATION Windows design fenestration shading day lighting analysis

PASSIVE SYSTEM Light shelves Courtyards Building orientation Earth berming Stack effect

ACTIVE SYSTEM Radiant cooling Dedicated Outdoor Air System Variable Refrigerant Flow

The concept of biophilia blurs the border between indoor and outdoor living environments and aims to redefine urban lipfe by promoting health and wellbeing. It is is fundamental to develop harmonious relationships between humans and the biosphere. Unfortunately, modern people, especially children, lack direct and frequent contact with Nature and this can have negative consequences on their physical and mental health.

rendered using ‘Midjourney’

Biophilia

Proxemics Theory

rendered using ‘Midjourney’

The study of the various ways people understand and use space in a cultural context. Perception of the levels of intimacy of space is culturally determined. People from different cultures perceive space (and place) differently. It is the understanding of space in the holistic sense, as well as the cultural association we place upon space. It is the study of how an environment, at the interactive and interpretive level, is bestowed with meaning by people in daily life.

form development

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1. Drop-off 2. Entry 3. Link to hospital 4. Multi-speciality block 5. Oat 6. Auditorium 7. Recreactional Park

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8. Parking entry 9. Parking exit

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1. Library 2. Staircase 3. Restroom 4. Lift Lobby 5. Entry & Exit 6. Atrium 7. Cafeteria 8. Conference Room 5

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9. Planning & Evaluation room

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10. Procurement Section 15

11. Medical Record Room 12. Finance Section 13. Reception 14. Seminar Hall 15. General Admin 16. Social And Welfare Section

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Stepped library view

HVAC SYSTEM The proposed system for institutional building is a combination of a Ground Source Heat Pump along with a Dedicated Outdoor Air System. While the ground source heat pump takes care of the latent heat load, the DOAS takes care of the sensible heat load. Two systems have been deployed for the institute, where they work parallelly instead of letting one system take on a load of Kathmandu’s cold and humid climate.

Sections showing working of HVAC during different months

SETBACK & SETPOINT TEMP :

OPERATING SCHEDULE :

Comfort setpoint and setback temperatures have been set according to Comfort Temperatures Analysis according to ASHRAE 2019. This helps in decreasing the overall loads on the system.

The system is operated an hour prior to the starting of the university, with the temperature set back to ease the load on the system to directly condition the space and help achieve comfort.

TEMPERATURES ACHIEVED :

ENERGY SAVING : Through multiple iterations and simulations, after incorporating passive strategies, enhancing the building envelope and incorporating our proposed HVAC System, a reduction of 68% in heating loads and 84% in cooling loads of the building.

Indoor Temperatures achieved using simulation

HEALTH AND WELLBEING MEASURES INDOOR AIR QUALITY : Created a green barrier using native plant species on the North-Eastern facade. This physical barrier cuts down the sun in summers and provides PM filtration as well. Plants with dehumidification and producing oxygen properties were planted throughout the atrium.

These help in keeping CO2 levels below 1000 ppm (as per ASHRAE standards).

ROOF GARDEN FOR FILTERATION : The DOAS unit placed on top of the roof takes in fresh air directly after it goes through a terrace garden surrounding the unit. The vegetation chosen black pine and golden dhupi are native and are known to assist in the deposition and removal of particulate pollutants as the air passes through the leaves

Roof Schematic

HVAC DUCTING & FILTERS : The system has been laid out in a way to provide suitable air pressure, velocity and temperatures in the spaces. For the same, the fresh air supply ducts have been placed in the lower end of the walls and the exhausts have been placed on the ceiling level. Furthermore, media filters have been placed in the ducts as they are good for filtering out bacteria and fungus.

Ducting Schematic

SOLID WASTE MANAGEMENT Setting up a Material Recovery Facility (MRF) onsite which is used to segregate the waste and create clean waste from the mixed waste. This clean waste is used to earn profit by selling it to the respective buyers and consumers.

The recyclable materials are sold to the recyclers and some industries, whereas the non-recyclables are sold to specific industries interested in buying this clean waste.

ENERGY PERFORMANCE DAYLIGHTING ANALYSIS : In terms of daylighting, For the Base case the window-wall ratio as 40% was considered, windows have no shading and have single 6mm glass panes. Also, there are no shading devices installed for the atrium skylight. For the proposed case, shading device were used which were designed using shading mask.

Simulations done on Design Builder

PERFORMANCE INDEX :

ENERGY GENERATION :

Energy efficient measures were taken to reduce the electrical consumption. After all the simulations a final energy consumption comparison between the base case and the proposed case was done. Overall there was a 25% decrease in energy consumption.

REQUIREMENT

37.5 kWh/sqm/year

GENERATION

38.4 kWh/sqm/year

Net Zero energy status of the building = 38.4 - 37.5 = 0.9 kWh/sqm/year (Net Zero Achieved)

BUILDING ENVELOPE EXTERNAL WALL SECTION : Cement Concrete Coping (100 x 350) Brick Wall (230) Brick Flooring (50) Cement Screed (1:3:6, 50)

Nepal has a humid climate for 50% of the year and heavy rainfall during the monsoon months, thus a terracotta ventilated facade system was used. Due to terracotta’s high water absorption capacity it draws moisture away from the structure and protects the hempcrete wall while also preventing rise in humidity indoors.

Cement Concrete Fillet (1:2:4, 75x75) Vermiculite mixed with Cement (4:1, 150) Silicon Aerogel Waterproofing Layer Light-shelf (750) Wooden Window Frame RCC Cill (100 x 350) Terracota Cladding (25) SS Framing (75) External Cement Plaster (15)

Isometric of Roof Assembly

RCC Slab (150) RCC Beam (750) RCC Lintel (100 x 350) Vertical Louvre (175) SS Framing (50 x 25) RCC Cill (100 x 350) Hempcrete Wall (250) Internal Cement Plaster (12) RCC Beam (Elevation) Flooring (40) PCC Sub- Floor (60) Radiant Heating & Cooling Piping (25) Skirting (125 x 15) Transom (67 x 130) Mullion (130) Double Glazed Unit (6+12+6) Vertical Louvre (175) SS Framing (50) Ceiling Plaster (6) Concrete Block (50 x 100) Plinth Protection (1500) RCC Retaining Wall (230) Brick Wall (115) Tremix Flooring (100) PCC (250) Sand (450) RCC Foundation (600) PCC Gola (75 x 75) Stone Waterproofing (25) PCC (1:4:8, 75)

Isometric of Wall Assembly

FACADE AND ROOF TREATMENT : For the wall and roof assembly of the building, ECBC Guidelines were refered to maximise the building’s efficiency.

WATER PERFORMANCE The goal to develop a net zero water building was achieved thanks to the abundant rainfall in Kathmandu, Nepal.

Water for domestic use was collected from the roof surfaces & hardscapes. After an analysis of the drainage & contours, an artificial pond storing harvested rainwater all year round was proposed.

WATER CYCLE DIAGRAM :

The harvested rainwater is stored on campus for daily potable use. The grey water generated is recycled for use in cooling & irrigation. Black water is treated & then used for irrigation.

For on-site wastewater treatment, we used DEWAT Systems and Constructed Wetlands as a cost effective, natural and sustainable treatment system for wastewater.

Water system proposed for design

AFFORDABILITY : Cost Breakdown, Life Cycle Cost and Savings BASELINE COST BREAKDOWN :

PROPOSED COST BREAKDOWN :

Total cost - 469.91 million NPR. (294.56 INR) Cost per Sqm - 28917.6 NPR (17,961 INR) OPEX- 99 million NPR (62.05 million INR)

Total cost - 513.42 million NPR (321.84 INR) Cost per Sqm - 31,594.6 NPR (19,624 INR) OPEX- 49 million NPR (30.7 million INR)

• • •

Proposed design is 9.3% more expensive than the base case.

Life cycle cost decreased by 25% i.e. from 1101 million (Basecase) to 826 million (Proposed).

Operational cost is reduced to almost half, from 99 Million NPR to 49 Million NPR.

RESILIENCE FIRE RESILIENCE :

PUBLIC HAZARD :

Our building is designed in accordance with the fire safety norms of the Nepal NBC 107 : 1994. All the staircases are compliant to fire safety.

Indoor air recirculation shall be prevented or reduced to the greatest extent practicable. One of the initiatives we took to achieve this in ourinterior areas was to install a DOAS (Dedicated Outdoor Air System).

Fire Safety Plan

Indoor Air Circulation : Labs

B H A K T I B H AWA AU D I T O R I U M B L O C K , T R I B H U VA N U K AT H M A N D U, N E PA L

AN NIVERSITY

T

he project is a part of Tribhuvan University Medical expansion project. Brief was to build an auditorium with a capacity of 500 people. The auditorium block is next to the academic block. Little Theatre Group (LTG) Auditorium, New Delhi was visited as primary case study.

Site Area Built-Up Area -

2400 sqm 1600 sqm

Area Programme Foyer / Exhibit area Hall Stage Green rooms VIP lounges Prop storage Rehersal room Washrooms AHU

: : : : : : : : :

92.4 sqm 480 sqm 167.5 sqm 57.6 sqm 23.2 sqm 24 sqm 47.2 sqm 97 sqm 13.4 sqm

Site Plan 0

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Upper Floor Plan 0

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L OW C O S

HUDCO 2022

ST HOUSING DESIGN COMPETITON A H E M D A B A D, G U JA R AT

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hmedabad was founded in 1411 by Sultan Ahmed, to serve as the capital of the Gujarat Sultanate.

The city is now the hub of industrial, trade, and commerce activities in Western India. Ahmedabad has a segmented development pattern due to a high concentration of textile mills in the eastern part and rental housing for industrial workers in the form of Chawls – single-room housing units with common water and sanitation facilities – that were built in the proximity of the textile mills in the East. The migrant labour and other low-income families had to find shelter in the slums that emerged as a response to the demand for low-income housing. Thus, there was a huge increase in the number of chawls from 1990 to 2001. Ahmedabad is one of the few cities in India that has a pro-poor policy for the provision of water and sanitation to slums. Making Ahmedabad a slum-free city was a goal in the City Development Plan (CDP) prepared in 2006. Ahmedabad Municipal Corporation’s ‘Slum Free City Action Plan’ is a part of its overall strategy that comes under the Rajiv Awas Yojana.

The main focus of this scheme is in:

• • •

Bringing existing slums within the formal system and enabling them to avail of a similar level of basic amenities as the rest of the town/ city.

Redressing the failures of the formal system that underlie the creation of slums.

Tackling the shortages of urban land and housing that keep shelter out of reach of the urban poor and compelte them to resort to extralegal solutions in a bid to retain their sources of livelihood and employment.

THE TIMLINE : SLUMS IN AHEMDABAD

Urban land and ceiling act 1976

Many private companies provided low-cost rental units to migrant industrial workers.

No new Chawls were built.

Low-income families had to find shelter in the slums

Rajeev Awas Yojana 2009

Many new slums also came up in Ahmedabad due to the Urban Land Ceiling Act.

Total Slum Settlements in Ahmedabad

The presence of mills led to widespread encroachment, leading to a sudden increase of the number of slums.

The growth rate declined at a negative rate of 0.3%, with 19,355 households living in 67 pockets by 2012.

Change in the Percentage of Slum Housing over the Years

The city is expected to grow at a moderate rate and stabilize by the year 2035 with a population of 11 million. The plan for a city without slums will have to take cognizance of this projected growth and ensure that new slums do not occur in the future.

SITE STUDY RAINFALL (LOWEST)

Arid- 350mm per year Semi arid- 500mm per year

HUMIDITY

Low 10-15%

DURATION

April - June

TEMPERATURE

Around 30 -32 C

A Glance at Hot and Dry Region in India

SITE CONTEXT

SKY CONDITION

Cloudless skies, high solar radiation, (clausing glare)

STRATEGIES

INTERNAL COURTYARD Cross ventilation and Thermal buffer.

RADIATION BARRIER

Canopies, Chajjas,and long verandahs etc. on the west side

EXTERNAL WALLS

VEGETATION

Walls are thick and hollow for insulation.

For purification of air and increasing humidity in and around

ROOFS

SMALL WINDOW OPENINGS

Applying light and ahining paints to reflect solar radiation.

Small and minimal to reduce heat gain

SUSTAINABLE MATERIAL

CLAY

BAMBOO

EARTH CONCRETE

STRAW BALE

KHADI PAINT

LINSEED OIL

AREA PROGRAMME

300 MM THK. STRAWBALE 40 MM THK. CLAY PLASTER 0.5 MM POLYPROPYLENE MESH 125X35 TIMBER PANEL 125 MM THK. CLAY INFILL WALL 12MM THK LIME PLASTER 75 MM DIA. BAMBOO FRAMING

DETAIL A A 24 MM THK. PLYWOOD

50X75 WINDOW FRAME 350X380 HARDWOOD 24 MM THK. PLYWOOD 50 MM THK. TIMBER PANEL

75 MM DIA. BAMBOO FRAMING PLAN

DETAIL B DETAIL C

125 MM THK CLAY INFILL WALL 12 MM THK. LIME PLASTER 125X35 TIMBER PANEL 24 MM THK. PLYWOOD 85X100 DOOR FRAME 330X300 HARDWOOD 50 MM THK. TIMBER PANEL

DETAIL A

DETAIL B

DETAIL C

DETAIL D

B

B’ 85X100 DOOR PANEL 125X35 TIMBER PANEL 125X35 HARDWOOD 125 MM THK. CLAY INFILL 12 MM THK. LIME PLASTER 25MM THK. DOOR SHUTTER

DETAIL D

PLAN

A’

KITCHEN

LIVING

BATHROOM

SECTION AA’ BATHROOM TOILET

BEDROOM

SECTION BB’

TOILET BATHROOM

BEDROOM

LIVING ROOM

KITCHEN

ISOMETRIC PLAN

View of living room facing the Kitchen

View of the living room facing the Entrance

SKYLIGHT

MASONRY WALL

TIMBER SLITS

SKYLIGHT DETAIL

KHADI PRAKRITI PAINT CLAY PLASTER (40 MM)

STRAW BALE UNITS (350X350X950)

35 MM THICK EARTHERN FLOORING TRANSVERSE BAMBOO FLOORING LONGITUDINAL BAMBOO FLOORING 100 MM PCC (1:3) FINE AGGREGATE (100 MM THK) COARSE AGGREGATE (150 MM THK) CONCRETE BLOCK (225X100X100) DRAINAGE GRAVEL CONCRETE PAD

WALL SECTION

EXPLODED ROOF ASSEMBLY

SKYLIGHT

PARAPET

CHINA MOSAIC FINISH

MUD CONCRETE

MUD ROLLS

BAMBOO SUPPORT FRAME

AREA PROGRAMME 12 MM THK. LIME PLASTER 65X100 DOOR FRAME 35X125 MM TIMBER PANEL 125 MM THK. CLAY INFILL

DETAIL A

35X125 MM TIMBER PANEL 125X55 HARDWOOD 35X125 MM TIMBER PANEL

BEDROOM

12 MM THK. LIME PLASTER 125 MM THK. CLAY INFILL

25.4 %

HALL

49.4 % 9.2 %

KITCHEN

DETAIL B

16.1 %

BATHROOM

DETAIL A

DETAIL B

PLAN - UPPER LEVEL

PLAN - LOWER LEVEL

KITCHEN STAIRCASE

BEDROOM

SECTION

View from the Staircase

View of the Living Room

BEDROOM

BATHROOM

STAIRCASE

KITCHEN

TOILET LIVING ROOM

ISOMETRIC PLAN

TRANSVERSE BAMBOO FLOORING LAONGITUDINAL BAMBOO FLOORING BAMBOO EDGE BEAM

KHADI PRAKRATIK PAINT CLAY PLASTER (40 MM)

TIMBER SUTTER (40 MM)

TIMBER WINDOW FRAMES (40 MM)

STRAW BALE UNITS (350X350X950)

35 MM THICK EARTHERN FLOORING TRANSVERSE BAMBOO FLOORING LONGITUDINAL BAMBOO FLOORING 100 MM PCC (1:3) FINE AGGREGATE (100 MM THK) COARSE AGGREGATE (150 MM THK) RAMMED EARTH CONCRETE BLOCK (225X100X100) DRAINAGE GRAVEL CONCRETE PAD

WALL SECTION

EXPLODED ROOF ASSEMBLY

SKYLIGHTS

HALF BAMBOO SHINGLES

WATERPROOFING MEMBRANE

FLAT BAMBOO SHINGLES

BAMBOO PURLINS

BAMBOO MAP CEILING FINISH

BAMBOO TRUSS

I N T E R N S H I P WO R K S D E S I G N A N D 3 D V I S UA L I Z AT I O N S GWA L I O R , I N D I A

EQUILIBRIUM GWA L I O R , M A D H YA P R A D E S H Stage - Under-Construction

A residence for a family of four with office space on ground floor. Folded Plate is the key design element of the form design. The plate wrapps around the space inside. Site is a corner plot inside a residencial society

Site Area Built Up Area -

2,580 sqft (240 sqm) 8,800 sqft (817 sqm)

Site plan

Exploded isometric view

Ground Floor Plan

Elevation showcasing V column

Section through double height space

First Floor Plan

Front elevation

Third Floor Plan

Side elevation

23X45 RESIDENCE GWA L I O R , M A D H YA P R A D E S H Stage - Design Development

A small residence for a family of four. Ground floor has drawing hall, pooja room and guest room. First floor has master bedroom, kitchen and a living room. The terrace floor also has a bedroom.

Site Area Built Up Area -

GROUND FLOOR PLAN

1035 sqf t (96 sqm) 2480 sqf t (230 sqm)

FIRST FLOOR PLAN

TERRACE FLOOR PLAN

D AT I A C O M M E R C I A L D AT I A D I S T R I CT, M A D H YA P R A D E S H Stage - Design Development A commerical building coming up in Datia, MP that houses cafeteria in basement, shops and offices on ground floor, banquet hall on first floor, hotel rooms on second and third floor and swimming pool on terrace floor. The form is inspired from Datai Fort.

Site Area Built Up Area -

GROUND FLOOR PLAN

FIRST FLOOR PLAN

550 sqm (5920 sqft) 2295 sqm (24,700 sqft)

SECOND AND THRID FLOOR PLAN

TERRACE FLOOR PLAN

HG COMMERCIAL GWA L I O R , M A D H YA P R A D E S H Stage - Design Development

These two building are part of the ongoing coming HG plotted develepment project. Building facade and form were developed. More than 10 diffrent iterations were explored and analysed, finally this iteration was finalized with the client. Club House has one basement and four floors with facalities like gym area, banquet halls, indoor play zone and swimming pool. HG commercial has shops and offices.

Club House built up area HG Commercial built up area -

Site plan

1300 sqm (14000 sqft) 2500 sqm (27000 sqft)

WO R K I N G D R AW I N G S G u i d e - A r. P u n n e t S e t h i Semester - VI

M E A S U R E D D R AW I N G B A D A B A G H C H AT T R I S, JA I S A L M E R Hand rendered - Micron Pen Stippling

MISCELLANEOUS Photography and sketching

Mumbai Airport

Mumbai Airport

Comic strip - Cube exploration

BOOKLET DESIGN Based on Helvetica typeface

THANK YOU!

Jayesh Pramod More / 9009789347 / jayeshpramodmore@gmail.com