Portfolio by Ychegu

PORTFOLIO

2022 - 2024

YUKTA CHEGU

BEST SELECTION WORK 2022 - 2024 ARCHITECTURE BSc

CONTENTS

01 02 03 STREET FACADE 1:200

INDESEM/23 G

TITLE

A written description of the proposed design, highlighting how it contributes to the vision and objectives of the student village, including an explanation of how it pushes the limits of architecture. (500 words) Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc ac leo feugiat, imperdiet leo nec, pharetra orci. Morbi risus nisi, scelerisque eget metus cursus, mollis egestas justo. Ut nec tellus eros. Pellentesque id nunc aliquam, ullamcorper justo eu, tristique leo. Praesent egestas, ipsum vitae feugiat feugiat, velit elit suscipit ipsum, vel tempus velit elit at nisi. Morbi tellus turpis, aliquam ac scelerisque at, euismod at sapien. Nunc nec enim ante. Nam accumsan ante eget pharetra maximus. Pellentesque tempor elementum ipsum, ac congue turpis interdum a. Pellentesque mi neque, tempus eget lorem vel, sollicitudin facilisis purus. Nam nec volutpat mauris. Maecenas luctus tortor finibus, euismod mauris nec, malesuada elit. Morbi molestie porttitor est vitae malesuada. Nam euismod metus ut varius eleifend. In pharetra nibh quam, quis pharetra dui rutrum ac. Donec non congue elit. Nullam porta porttitor sapien, id bibendum risus sagittis non. Mauris molestie tortor ac pulvinar vestibulum. Integer ut risus ultricies, vulputate augue at, condimentum enim. Cras sed hendrerit elit. Etiam ac enim dictum, aliquet sem venenatis, fermentum erat. Fusce quis orci maximus, tincidunt libero eu, mattis risus. Mauris sit amet feugiat elit. Vivamus fringilla consequat ultrices. Donec suscipit imperdiet turpis ut dignissim. Nam quis 1:150 ullamcorper lorem, varius auctor nunc. Vestibulum ante ipsum primis in faucibus orci luctus et ultrices posuere cubilia curae; Vivamus in felis facilisis, porttitor ligula eu, consectetur odio. Quisque eu enim laoreet elit tempor fringilla. Aenean at dui arcu. Nulla sit amet est sed arcu congue lobortis vitae non erat. Phasellus nec lorem nec orci dapibus efficitur ac eget magna. Aliquam a odio eu augue gravida fermentum vitae et augue. Nam lorem nisl, rhoncus at euismod vel, cursus eu nisi. Maecenas molestie, velit quis pharetra porta, quam erat tempus metus, et vestibulum purus sem sed lectus. Vestibulum ornare, magna vel interdum finibus, orci purus viverra augue, a dapibus sapien velit nec velit. Ut non tempus velit. Curabitur nec tempus sapien. Duis porta dui vel neque fermentum volutpat. Aenean tincidunt lacinia pellentesque. Proin pellentesque velit in pulvinar consequat. Vestibulum ante ipsum primis in faucibus orci luctus et ultrices posuere cubilia curae; Donec scelerisque, justo sit amet imperdiet cursus, tortor dui ultricies ex, at congue metus lacus ultrices nibh. Vestibulum ante ipsum primis in faucibus orci luctus et ultrices posuere cubilia curae; Maecenas ac mi sed diam mollis elementum. Cras a consequat justo. Integer facilisis metus eu nisl cursus, non molestie augue congue. Suspendisse neque sapien, malesuada vitae felis eu, sollicitudin malesuada ante. Praesent convallis lectus lectus, eget auctor ligula blandit sed. Maecenas efficitur diam vel consequat sollicitudin. Ut tristique suscipit orci, a convallis nibh commodo sit amet. Phasellus convallis, dolor in congue tempor, arcu libero eleifend erat, non tincidunt ligula nisl in orci. Donec vestibulum tincidunt enim vel dictum. Suspendisse potenti. Curabitur scelerisque, nisl sit amet dignissim venenatis, lorem justo porta neque, a ullamcorper ex enim id mi. Sed eget dolor consequat, rutrum mauris vitae, sagittis ipsum. Donec lobortis ac ex vel bibendum. Suspendisse suscipit rutrum mi, ut efficitur ipsum sollicitudin ut. Proin rhoncus dictum urna.

INDESEM/23 G

THE CHATTERBOX

In the pursuit of creating an adaptable and inviting space for students to enjoy and socialise, our design plan takes into consideration their unique needs and preferences. Focusing on the seamless integration of private and communal areas, as well as the semi-permeability of the facade, we aim to foster an environment that promotes comfort, interaction, and a sense of ownership among the residents. Communal staircases that snake up the facade act as buffer zones between the private and public spheres, facilitating chance social interractions to improve social cohesion. With bedrooms lined along the north wall, these private spaces create a buffer zone that separates them from the communal living areas. We have employed intermediary rooms using partition walls to strike a balance between personal privacy and a sense of connection with the shared spaces. This arrangement allows for a smooth transition from private retreats to open communal spaces. The undefined communal living area intentionally creates a versatile space that can be adapted to suit a variety of activities and lifestyles. Taking inspiration from the Japanese concept of ‘shoji,’ sliding facade panels have been incorporated into the design. These panels can be effortlessly moved according to individual preference, granting the users control over the penetration of sunlight, ventilation, and privacy. By allowing natural light to permeate through the space and providing opportunities for fresh air circulation, we create an ambiance that promotes well-being and comfort. Our choice of construction materials further enhances the adaptability and sustainability of the space. Utilising cross-laminated timber (CLT) beams and columns in the timber frame construction not only enables long spans and flexible spaces but also ensures that materials can be reused after the building’s lifecycle. Drawing inspiration from the efficient itakura method of Japanese wood joining processes, we prioritize structural integrity and efficiency in the design of the joints. To minimise operational energy consumption, photovoltaic glass panels have been integrated into the facade. These panels harness solar energy, providing a renewable source of power for the building. Additionally, the communal living space serves as a thermal buffer, utilising solar and thermal benefits for indirect gains. This environmentally conscious design approach is further augmented by the incorporation of an urban farm on the roof, promoting biodiversity and self-sufficiency. Furthermore, the implementation of a water retention lake parallel to the building significantly increases the capacity to handle extreme rainfall, adding to the project’s overall environmental responsibility. The semi-permeability of the facade, achieved through sliding and movable partition walls, empowers users with control over privacy, ventilation, and solar exposure. The simplicity of the design allows for easy reproduction and rearrangement to accommodate various configurations, ranging from studios to double-height apartments. The ground floor plan includes a laundry bar, bicycle storage, shops and rental spaces to provide the community with easily accessible facilities and to support future adaptability. By remaining adaptable to changing market demand and user preferences, our architecture ensures its longevity and relevance in response to evolving circumstances. In conclusion, our design narrative weaves together the concepts of adaptability, sustainability, and user empowerment to create an environment that students can truly call their own. By seamlessly blending private and communal spaces, incorporating sliding facade panels, and employing sustainable materials and technologies, we aim to establish a vibrant and harmonious living space that fosters connection, comfort, and well-being.

CV EXPERIENCE :

SOM WINTER SHADOWSHIP JAN 2024 Skidmore, Owings and Merrill, London

ARCHITECTURAL INTERN JUL - SEPT 2023 Osel Architecture, London

INTERNATIONAL DESIGN SEMINAR PARTICIPANT MAY 2023 TU Delft, Netherlands

EDUCATION :

ARCHITECTURE BSc (Hons) with Thin Sandwich Placement University of Bath First year grade average: First Class Modules: Environmental engineering, Structural engineering, History and theory, Practice and management.

SKILLS :

~ RHINOCEROS 3D

~ INITIATIVE

~ REVIT

~ CONCEPTUALISATION

~ AUTOCAD

~ COMMUNICATION

~ ADOBE SUITE

~ RESEARCH

TIMBER FRAME + STRAW BALE

MEDICAL CENTRE

GROWTH, PEACE, AND HEALING Centrally located on campus, this medical centre features Passivhausinspired timber-framed construction for energy efficiency. The atrium, with a winding staircase, serves as a healing green oasis. Internal fractal, tree-like columns echo the surrounding forestation. Sustainability highlights include rainwater harvesting, PV-covered roof, and straw bale insulation for Passivhaus compliance. Beyond function, the Medical Centre aims to rejuvenate, fostering well-being for the diverse University and public community it serves.

FROM THE EARTH

FRACTALS Inspired by the fractal nature of trees, the columns in the waiting space mimic a tree’s flaring branches, gradually opening under each floor. This design not only offers viewers a preview of the upcoming floor, echoing the effect seen on the roof, but also provides additional support to the first and second-floor slabs, reinforcing the entire structure. The tree-inspired columns not only enhance the aesthetic appeal but also bring a natural and organic element to the overall architectural concept.

THE FRAME

EVOLUTION

PLANS

Proposed New Road Edge

1932

435

200

5000

Waste Storage

Plant Store

Storage

Cleaner's Storage

3015

12870

Pharmacy

Toilets

Medical Record Storage

Lift Manager's Office Reception

2.5

20 m

1:100 @ A3

2450

7743

1247

700

GROUND FLOOR PLAN

2450

Treatment Store

3500

Treatment Room

Examination Room

3000

Treatment Room Examination Room

Treatment Store

3000

Consultation Room 1

3000

Chiropractor + Accupunturist

Toilets

Lift

3000

Consultation Room 2

Children's Play Space Consultation Room 3

3047

Internal Waiting Space

Winter Garden + Waiting Space

2.5

FIRST FLOOR PLAN

20 m

1:100 @A3

Toilets

Nurse's Room

Interview Room

Counsellor's Room

Lift

Staff Room + Kitchenette

SECOND FLOOR PLAN

2.5

1:100 @A3

20 m

THE DETAILS

photovoltaic laminate (adhesive) single ply membrane 15mm marine ply 300mm hemp bio-baord insulation waterproof membrane 15mm wood fibreboard substrate fascia soffit

glulam structure

90 x 40 stud wall @ 400 centres with 50mm acoustic insulation 12.5mm plasterboard 10mm plasterboard and skim?

56mm triple glaze unit with argon gas 73% transmission, u-value 0.73 flush casement

TNG pine floor boards (locally sourced) pipes for under-floor heating 18mm chipboard with grooves for pipes 100mm acoustic insulation 200mm timber battens

polycarbonate panel on timber frame rainwater drain channel rain chain

30mm plywood board 12mm plaster finish

12mm high quality timber cladding 20mm vertical battens

20mm horizontal battens moisture resistant membrane 12mm wood fibre sheathing 50 x 300 stud wall @ 600 centres with 300mm straw bale

Waste Storage

Plant Store

Storage

Cleaner's Storage

Toilets

Lift

Manager's Office

12mm lime plaster finish TNG pine floorboards (locally sourced) pipes for under-floor heating 80mm lime screed with holes for pipes 150mm cellulose insulation limecrete strip foundation 600 x 400 rock hardcore

vapour control layer damp proof membrane

concealed skirting with integrated lighting 10mm gap for timber movement stormwater planter with pebbles limecrete

2.5

5.0

10.0

ipes polycarbonate panel on timber frame rainwater drain channel rain chain

photovoltaic laminate (adhesive) single ply membrane 15mm marine ply 300mm hemp bio-baord insulation waterproof membrane 15mm wood fibreboard substrate fascia soffit

triple glaze unit with argon gas ransmission, u-value 0.73 flush casement

TNG pine floor boards (locally so pipes for under-floor heatin 18mm chipboard 100mm ac 200mm

12mm high quality timber cladding 20mm vertical battens

20mm horizontal battens moisture resistant membrane 12mm wood fibre sheathing 50 xpanel 300 stud wall @ 600 centres polycarbonate with 300mm straw bale on timber frame

photovoltaic laminate (adhesive) single ply membrane 15mm marine ply

rainwater drain channel rain chain

300mm hemp bio-baord insulation waterproof membrane 15mm wood fibreboard substrate fascia

12mm lime plaster finish

[EXTERNAL STRAW BALE WALL]

[ROOF OVERHANG AND GUTTER]

cealed skirting with integrated lighting 10mm gap for timber movement

stormwater planter with pebbles limecrete

triple glaze unit with argon gas ansmission, u-value 0.73 flush high casement 12mm quality timber cladding 20mm vertical battens

Waste Storage

polycarbonate panel on timber frame

Plant Store

Pharmacy

Storage

Cleaner's Storage

TNG pine floorboards (locally sourced)

rainwater drain channel

Toilets

pipes for under-floor heating

rain chain

12mm lime plaster finish

flush casement

Medical Record Storage

Lift

Reception

Manager's Office

80mm lime screed with holes for pipes 150mm cellulose insulation limecrete strip foundation 600 x 400 rock hardcore

56mm triple glaze unit with argon gas 73% transmission, u-value 0.73

vapour control layer damp proof membrane

10.0

stormwater planter with pebbles limecrete

12mm high quality timber cladding 20mm vertical battens

[DRAIN CHAIN] 20mm horizontal battens moisture resistant membrane 12mm wood fibre sheathing 50 x 300 stud wall @ 600 centres with 300mm straw bale

[GROUND FLOOR] polycarbonate panel on timber frame rainwater drain channel rain chain

Waste Storage

Plant Store

Pharmacy

Storage

Cleaner's Storage

Medical Record Storage

Toilets

Lift

Reception Manager's Office

12mm lime plaster finish

Plant Store

Storage

Cleaner's Storage

Toilets

soffit

20mm horizontal battens moisture resistant membrane 12mm wood fibre sheathing 50 x 300 stud wall @ 600 centres with 300mm straw bale

Waste Storage

Lift

Manager's Office

30mm ply 12mm plaste

INSIDE THE ATRIUM Here, the central staircase snakes up the levels, seamlessly connecting the spaces and rooms. The timber structure overhead mimics the dense woodland to the south of the site, growing from the ground.

ART:SPACE

1. Timber panel internal cladding 2. Timber battens 3. Plywood board 4. Insulation 5. Timber stud wall 6. Plywood board 7. C-Section steel framing 8. Steel brackets 9. Perforated brass cladding

Exploded view 50

150 15 102

100 10

PERFORATED BRASS

Isometric view

800

The Holburne Museum’s multifunctional art workshop pavilion features a perforated brass facade with images from the collection, creating a distractionfree, creative space for young artists. The design enhances the learning environment by connecting with the natural surroundings and encouraging 1500

engagement with the museum’s collection, aligning with Holburne’s mission to inspire.

Close-up view Detail section

ART:SPACE A

ROOF PLAN

TITLE: CLIENT: DRAWN BY: DIMENSIONS: STATUS:

3000

PROPOSED PAVILION THE HOLBURNE MUSEUM YUKTA CHEGU ALL MM PRELIMINARY

2100

NORTH-EAST ELEVATION

PROJECT NORTH

SCALE 1:75 1:100 1:100 1:100 1:1000

FLOOR PLAN ELEVATIONS SECTION ROOF PLAN SITE PLAN

SOUTH-EAST ELEVATION

A1.1 LONG SECTION 2.5

20 m

THE FRAME

STREET FACADE

CHATTERBOX TITLE

1:200

INDESEM/23 G

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INTERNATIONAL DESIGN SEMINAR TU DELFT 2023

24-HOUR DESIGN COMPETITION

Chance interations and

Sliding facade panels

The design seamlessly

casual socialising is made

give users a sense of

merges private and

possible through an

ownsership and facilitate

communal spaces using

externally places staircase

easy transitions between

transition spaces and

personal and shared

buffer zones.

spaces.

OPPORTUNITIES CHANCE INTERACTIONS

THRESHOLDS PRIVATE TO PUBLIC

CUSTOMISATION PERSONALISABLE FACADE

04 PROFESSIONAL WORK

The primary goal for the new building is to enhance the streetscape with a defined building line and engaging street presence. The west-facing facade features strategically placed windows and balconies, creating a dynamic design. The ‘L’ shaped internal layout includes walkways and habitable rooms with views of the enclosed car park. This design reestablishes the building line, promoting passive surveillance and benefiting the street and neighboring commercial properties.

NEW RESIDENTIAL DESIGN

Scale of development

Set back Uniform design

Active street

is in keeping with

at top

with private

frontage

development and

floor

balconies

emerging massing along the street

Massing view looking north

KAIRA LOORO

DESIGN COMPETITION 2023

PRIMARY SCHOOL EDUCATION

SOUTH SENEGAL ARID REGIONS

RAMMED EARTH

In line with regional climatic

sourced materials take center stage,

considerations, the design emphasiSes a

contributing to the school’s aesthetic

courtyard layout, creating micro-climates

appeal and environmental compatibility.

for enhanced thermal comfort within the

By blending traditional and contemporary

school. The courtyard fosters community

elements, the design ensures the school

and collaboration, serving as a versatile

remains rooted in its cultural context while

space for outdoor learning, activities,

embracing present possibilities.

and social interaction, enriching the educational experience.

A notable feature of the school’s design is its repetitive and symmetrical nature. The

While embracing vernacular traditions,

plan structures elements like classrooms

the design concept also incorporates

and corridors in a uniform layout,

a modern approach. All construction

enhancing construction efficiency and

materials and techniques are regionally

providing a sense of order and balance to

common, promoting local expertise and

the overall design.

economic sustainability. Natural, locally

BEST SELECTION WORK 2022 - 2024 YUKTA CHEGU

CONTACT EMAIL yc2674@bath.ac.uk

LINKEDIN @YuktaChegu