2023 Portfolio

“Whatever good thing we build, end up building us...”

CEJAS MARIE

https://www.linkedin.com/in/marie-cejas-044908138

WORK/LIFE BALANCE

042 159 4818

mariebcejas@gmail.com

work play family

PERSONAL SKILLS

Communication

Teamwork

Creativity

PROFESSIONAL SKILLS

3D Modelling

Rendering

2D Drafting

Photo editing

Graphic Design

am an intuitive designer journeying towards her true north. find grandeur in simplicity & aspire to understand the complexity in every design. My personal journey & work experiences go hand in hand on how I define & understand the built environment for people in all walks of life. find my passion in designing spaces that focuses on the way people experience it. I am dedicated, constantly motivated and I strongly value a positive culture built on trust and honesty.

INFO

0421594818

mariebcejas@gmail.com

Autocad

Revit

Sketchup Rhino

Enscape

Vray

Indesign Photoshop

Illustrator

Archicad

2020-2022

Masters in Architecture

Curtin University

2016-2018

Masters in Project Management

Edith Cowan University

2005-2011

EDUCATION EMPLOYMENT

2022-present

Bachelors in Architecture

University of San Carlos

Philippines

Kohl Ent. (Osborne Park)

Revit Draftsperson

2013-2015 Focus Global Inc. (Philippines)

2021-2022

Unique Balustrading (Balcatta)

Architectural Draftsperson

2011-2013

Kitchen/Interior Designer Chora Architects (Philippines)

Graduate of Architecture

2019-2020

Artex Enterprises (Kelmscott)

Architectural Draftsperson

2017-2018

Indesign Kitchen (Subiaco)

Kitchen Designer

2015-2016

a+p grp (Philippines/Singapore)

Graduate Architect

Thesis Dissertation

Restructure. Recreate. Rebuild

Women and children going through a difficult crisis as a result from abandonment, abuse or many other issues (e.g. financial, psychological, etc) are usually left traumatised by their experience and endure lasting impacts in their overall well-being (Bradbury-Jones and Isham 2021; Department of Communities Western Australia 2021; Roy 2021). Having immediate access to the basic necessities such as food, shelter and safety are crucial to their recovery, however having access to other forms of support (e.g. counselling, legal and housing assistance) in the immediate and long-term are just as detrimental to eventually help them regain their loss of dignity and independence.

The study explores on the potential of designing for spatial flexibility and adaptability as a holistic result to empower the women and children in crisis centres and refuges through the (a) effective arrangement of spaces (2) its ability to respond or allow changes in the space thereby (3) given a sense of control in the relationship between spaces and (4) a sense of freedom as to how the users eventually appropriate the given spaces.

Design Principles

Based on the cumulative readings and research done about women shelters and its support services , the study has identified that every refuge design responds to 4 common design drivers: (1) user-centred (2) safety (3) healing and (4) empowerment.

A modular approach is nominated for the study based on its affordability, sustainability and ease of construction. A defined set of parameters for the base module is utilised to ensure coherence for all the dwellings whilst allowing variation and customisation for the individuals.

WANNEROO LIBRARY & MUSEUM

3- ST ANTHONY’S PRIMARY SCHOOL

4- BERT TONGO PARK

5- WANNEROO CENTRAL

6- HULSE PARK (TRAIL)

7- BOYAGIN PARK

8- DBCA PARKS & WILDLIFE SERVICE

FLEXIBLE & ADAPTABLE DESIGN

INSTALL SANITARY FITTINGS

INSERT PREFAB BATHROOM MODULES

INSTALL KITCHEN CABINETRY & TAP WARE

INFILL PANELS SLOTTED INTO HORIZONTAL BEAMS & MECHANICALLY FIXED TO FLOORS

INSTALL PREFAB DOORS & WINDOWS

INSTALL PREFAB FLOOR (IN PANEL SIZE OR MAXIMUM 2.4m WIDTH

STRUCTURAL TIMBER GRID FRAMING SYSTEM (OPTIONAL STEEL OR HYBRID

STRUCTURAL PILES/FOOTING (MINIMAL IMPACT TO GROUND LEVEL)

WOMEN’S SHED

6M x 6M

2-bedroom

1-bedroom studio

CO-HOUSING SEMI-PERMANENT HOUSING

MEDIHOTEL A HEALING CIRCLE

By: MARIE CEJAS

This project seeks to challenge the standard MediHotel designs to promote and aid recovery times as an intrinsic factor in designing health care facilities.

The design concept transcends from the idea of a healing circle. Representing the interconnectivity of all living beings, including the natural as a stronghold of such interdependence. Defined by the circular shape which corresponds to spatial openness --minimising the restriction created abruptly by walls.

The continuity of the circle signifies no beginning nor end, allowing a sense of belongingness and equality to each individual who will experience the space. The approach aims to reduce anti-social behaviour in the area and allows residents and passerbys to freely use the open spaces at ground level whilst offering private healing spaces on the upper levels and corridors.

Healing Through Nature

The medihotel emphasizes its connection with nature throughout its spaces. Providing private and public access to nature with gardens in every corner, every floor and every room. Ensuring each individual will be able to access nature as they enter the site.

Healing Through Community

Having a key support and role towards the community in providing care ensures recovery and rehabilitation from any form of trauma. The medihotel aspires to strengthen communal spaces, whether privately or publicly accessed by the hotel guests and the community as a whole. Providing public open spaces for play and gathering to reinforce a sense of community throughout the space.

Healing Through Inclusivity

Recognising individuality and respecting differences as an opportunity for healing. The medihotel aims to bring forth open connections with inclusivity for all types of age, gender and culture.

NORTH ELEVATION

SOUTH ELEVATION

“We don’t heal in isolation, but in community.” – S. Kelley Harrell

INSIDE OUT | OUTSIDE IN

By: MARIE CEJAS

inside out adverb

1: in such a manner that the inner surface becomes the outer

A sustainable response towards an adaptive reuse of an abandoned warehouse into a residential and mixed-use area by bringing the outdoors in & taking the indoors out. Defining its spaces to foster environmental, economic and social sustainability. It aims to focus on passive design principles, the circular economy, biophilia and constructability in its design and construction.

It aspires to retain the warehouse’s original structure and heritage façade to preserve its historical connection while it paves its way for a new build of modular apartments and student accommodation to adapt to its changing need.

Nestled in a vast industrial setting of warehouses, the design aims to incorporate an enriching sense of nature to soften its industrial environment at the same

time foster a sense of community for its residents. Hence, bringing the outdoors or nature inside and encouraging community interaction by taking the inside outside.

Striving for user comfort and value for money over time, it applies constructability in its modular construction which can function either collectively or separately. Bringing altogether a sense of being one with nature and the community in its form and function.

Passive & Active Design Systems

Thermal comfort, acoustic and HVAC performance were considered in the design of each module to improve air quality and reduce electrical consumption. The design response maximises its potential solar access to allow natural ventilation and considered shading elements to reduce unwanted solar heat gain from the harsh western sun. It also deliberates the use of solar panels, which can be easily integrated to afford renewable energy for its users.

FLEETWOOD 2021 DESIGN COMPETITION. A SUSTAINABLE APPROACH TO MODULAR DESIGN & CONSTRUCTION.

EAST ELEVATION

WEST ELEVATION

NORTH ELEVATION

“Bringing the outside in & taking the inside out”

In contrast to the industrial environment of the outside, the internal spaces exudes with natural light, ventilation & greenery adding warmth to the exposed CLT timber walls & floors. Stairwells and lightwells allows the natural elements to come in with timber louvers to screen from excess sunlight, strong winds and rain. Outdoor metal grating stairs are used to access the upper floors to prevent slipping during rain and to complement the industrial element from the outside to transition inside.

SITE DEVELOPMENT PLAN scale 1/200m

SOUTH ELEVATION

S curve for the project. There are 3 obvious large steps in the progress of the project, ract sum in the

It should also be considered that the building period is short enough to fit into the summer months se to the advantage of the

LEGEND:

1 - STAIR (NORTH ENTRY)

2 - LIGHTWELL

3 - LIFT LOBBY 4 - LIFT SHAFT 5 - VERANDAH

9 - RETAIL C - PARCEL LOCKER 10 - COURTYARD (HERITAGE FACADE) 11 - SHARED CORRIDOR 12 - APARTMENT UNIT (TYPE B) 13 - APARTMENT UNIT (TYPE A)

A - CLT INTERNAL WALLS (LOAD-BEARING)

B - COLORBOND EXTERNAL CLADDING

C - VERTICAL TIMBER LOUVER

D - ALUMINIUM RAILING

E -PREFAB DOORS & WINDOWS

1000mm HIGH ALUMINIUM POWDERCOAT IN DULUX BLACK

LYSAGHT LONGLINE 305® CLADDING THE CUSTOM COLORBOND® COLOUR COPPER

38x115mm SHADING

450mm HIGH RECYCLED PLANTER

CHEMI ANCHOR CAST

Group 16

STUDIO

CONCRETE CAST INFILL

CHEMI ANCHOR BOLT

CONCRETE STRIP FOUNDATION

KITCHEN

KITCHEN

MODULE

Above is the S curve for the project. There are 3 obvious large steps in the progress of the project, easily explainable by the construction of the 3 types of units. Installation costs, fitment costs and other siteworks can be seen in the smaller jumps after the 40th day during construction, but it should be noted that the principal should be prepared to pay a large percentage of the contract sum in the second billing month of construction and to avoid delay in the building process this should be considered through accounts before the fact.

1-bedroom apartments

5.4m m2

selection throughout this project has drawn on high-level thinking surrounding environmental impact and aesthetic requirements provided by the architect. The has extensively used timber products throughout, with steel elements also relationship construction works for the project. There are 3 obvious large steps in the progress of the project, the construction of the 3 types of units. Installation costs, fitment costs and be seen in the smaller jumps after the 40th day during construction, but it should principal should be prepared to pay a large percentage of the contract sum in the of construction and to avoid delay in the building process this should be accounts before the fact.

This schedule does not specifically allow for delay due to it being an aggressive summer schedule, and the specific location of the building. It has been considered that the road conditions, such as traffic and pedestrians will not fluctuate heavily with seasons within the vicinity of the building because it is an old industrial area with minimal links between heavily trafficable areas.

It should also be considered that the building period is short enough to fit into the summer months and the engineering team recommend utilising this short construction phase to the advantage of the principal. Not following this recommendation for this project could result in heavy delays due to

Conclusion:

Ultimately, material selection throughout this project has drawn on high cost nformation, environmental impact and aesthetic requirements provided by the architect. The resultant structure has extensively used timber products throughout, with steel elements also present.

PANEL TO FOUNDATION CONNECTION

S-curve for the construction

STEEL ANGLE

145mm THK. CLT WALL (LOAD-BEARING)

STEEL ANGLE & SCREWS

SUSPENDED CEILING SYSTEM

145mm THK. CLT WALL (LOAD-BEARING)

INSULATION BETWEEN BATTENS

SELECTED FLOOR FINISH SUSPENDED FLOOR SYSTEM

SELF-TAPPING SCREWS FFL

STEEL ANGLE SELF TAPPING SCREWS

145mm THK. CLT WALL (LOAD-BEARING)

STUD

145mm THK. STRUC. CLT FLOOR

LINE OF CLADDING TOP MODULE

TIMBER

WALL TO

not specifically allow for delay due to it being an aggressive summer schedule, location of the building. It has been considered that the road conditions, such as pedestrians will not fluctuate heavily with seasons within the vicinity of the building industrial area with minimal links between heavily trafficable areas.

BR-1 LIVING & DINING KITCHEN

ENSUITE

considered that the building period is short enough to fit into the summer months team recommend utilising this short construction phase to the advantage of the following this recommendation for this project could result in heavy delays due to

LEGEND:

2-bedroom apartments

5.4m

1 - STAIR (NORTH ENTRY)

2 - LIGHTWELL

- LIFT

m2

9 - RETAIL C - PARCEL LOCKER

10 - COURTYARD (HERITAGE FACADE)

11 - SHARED CORRIDOR

12 - APARTMENT UNIT (TYPE B)

13 - APARTMENT UNIT (TYPE A)

A - CLT INTERNAL WALLS (LOAD-BEARING)

B - COLORBOND EXTERNAL CLADDING

C - VERTICAL TIMBER LOUVER

D - ALUMINIUM RAILING

E -PREFAB DOORS & WINDOWS

F - SUSPENDED CEILING

FLASHING

SCREWS

STEEL ANGLE

CONCRETE CAST INFILL

CHEMI ANCHOR BOLT

Conclusion:

CONCRETE STRIP FOUNDATION

12 14

SELF-TAPPING SCREWS

14

Group 16

Ultimately, material selection throughout this project has drawn on high-level thinking surrounding cost nformation, environmental impact and aesthetic requirements provided by the architect. The resultant structure has extensively used timber products throughout, with steel elements also present.

CONCRETE STRIP FOUNDATION

Cost & Time relationship

PANEL TO FOUNDATION CONNECTION 1/10m

S-curve for the construction works

PLANTER / SEAT

4 12

LINE OF CLADDING BOTTOM MODULE

CAST INFILL

CHEMI ANCHOR BOLT

CONCRETE STRIP FOUNDATION

LINE OF CLADDING BOTTOM MODULE

VERTICAL PANEL TO PANEL CONNECTION

145mm THK. STRUC. CLT FLOOR

T/T URBANISM

How can a tactical urbanism approach of pop-up play spaces be used as a successful placemaking tool to activate the Clarkson train station precinct?

By: CEJAS, MARIE

• SAFE SPACES TO SOCIALIZE & GATHER

• PASSIVE NATURAL SURVEILLANCE

• CHILDREN & YOUTH-FRIENDLY

• FOSTERS A SENSE OF COMMUNITY

• CREATES LIVELY & INCLUSIVE SPACES

• INCREASES RETAIL FOOTPRINT

• CREATES BUSINESS OPPORTUNITIES

• DETERS CRIME & ANTI-SOCIAL BEHAVIOUR

S en hs

S e g h

STRENGTHS

1. TRAIN STATION VISIBILITY & ACCESSIBILITY

2. ADJACENCY TO OTHER PARKS

3. STRONG RETAIL CONNECTION

WEAKNESSES

1. LACK OF PRIVACY

2. RETAIL SPACES ABRUPTLY SEPARATED

3. LACK OF SHADING & GREENERY

4. LACK OF INFLUENCE & AMENITY

5. CONFUSING VEHICLE & PEDESTRIAN ACCESS

OPPORTUNITIES

1. PARK AMENITY & ATTRACTION

2. STRENGTHEN BUSINESS OPPORTUNITIES

3. STRONG PARK LINKAGE THROUGHOUT THE PRECINCT

4. PROMOTE WALKABILITY

“Almost all creativity involves purposeful play...”

-Abraham Maslow

THREATS

1. PRIVACY & DISTURBANCES

2. ROAD & PEDESTRIAN PROXIMITY & SAFETY

1 V b e n a c s st e o g O ea

1 V s b a d c e st ee a on Oc a

2 P k d a en a e ea o

2 Pa s a a e e e n

3 S on e a on 4 P s e u e We kn s es

1 a k a y

3 S o g a o n 4 Pa s v s v a W ak e se 1 La k o p a y b

2 C mme b o e e b o k

3 La k o sh d ng 4 La k o n u n e 5 C n s n v h p v e v h s n 6 Comme a s a s a e

2 Comme a b c e d n a b oc a 3 a k h d g 4 a k n ue c 5 Co u g e p a e e e a 6 Comm c a p s a e 7 n on st n m

7 n o s sten me

CLARKSON TRAIN STATION PRECINCT

Group work by:

CEJAS | MUNAAM | VU

Illustration & Layout by: Marie Cejas

Adaptive Revit Family Model: Marie Cejas

Building 3D Model & 3D printing: Jordan Vu

Detailed Drawings & Diagram: Marie Cejas

Lasercut & physical model: Sara Munaam

ADAP TIVE

An adaptive envelope

The rooftop Fortescue garden has been selected by the group members to implement its adaptive envelope which allows solar shading and solar energy harvesting, passive cooling and rainwater collection. The panel is designed to do two things; Firstly, to hold solar cells and operate with a dual-axis motorized panel system that integrates a light tracking sensor that tracks the sun’s path and harvest solar energy, and secondly, a water sensor that signals the panel to tilt up and retract to collect rainwater.

that spray mists of water into the garden and help cool down the area whenever the temperature gets too hot.

Each individual design shared a set of common key features that informed the different proposed design integration for the building envelope. These features similarly tracks the sun’s path and allow solar shading to improve the overall building performance.

Additionally, the group design iteration agreed to capture rainwater collection as an added feature taken from the collated observation during a site visit with the architect at RMCH. These observations discussed the lack of shading at the roof garden which was an integral space for

PROCESS

PROCESS

The solar analysis shows that the panels significantly improves the radiation footprint on the roof garden where the panels are proposed. The panels ability to act as a shading system in itself presents a decrease of energy output by cooling down the roof garden floor. Additionally, it is able to track the sun’s path on the east and west facades including the north as positioned from the roof panels.

The solar analysis suggests both passive and active sustainable strategies in improving the thermal environment within a structure.

PART PLAN

SCALE 1:50M

The shading & water analysis suggests both passive and active sustainable strategies in improving the thermal environment within a structure.

Step 1: Lasercut the panels using the 2mm plywood.

Step 1: Lasercut the panels using the 2mm plywood.

Step 1: Lasercut the panels using the 2mm plywood.

-

Step 2: Group the plywood cuts and commence with the 3D printing

the panels using the 2mm Step 2: Group the plywood cuts and commence with the 3D printing

Step 2: Group the plywood cuts and commence with the 3D printing

Step 2: Group the plywood cuts and commence with the 3D printing

Step 3: Start 3D printing the custom hinges and the pipe connectors

Step 3: Start 3D printing the custom hinges and the pipe connectors

Step 3: Start 3D printing the custom hinges and the pipe connectors

Step 4: Prepare the M2 bolts and nuts and set out the plywood cuts to form the frame

Step 4: Prepare the M2 bolts and nuts and set out the plywood cuts to form the frame

Panel opens up to allow natural daylight in & collect rainwater

Step 4: Prepare the M2 bolts and nuts and set out the plywood cuts to form the frame

Step 2: Group the plywood cuts and commence with the 3D printing

Step 3: Start 3D printing the custom hinges and the pipe connectors

Step 3: Start 3D printing the custom hinges and the pipe connectors out the plywood cuts to form the frame Step

Step 4: Prepare the M2 bolts and nuts and set out the plywood cuts to form the frame

Dual-axis solar tracking panels follow the sun’s path for optimum solar power harvesting

bolts and nuts.

PROTOTYPE

PROTOTYPE + FRAMING

Step 5: Start fastening the frames together using the M2 bolts and nuts.

fastening the frames together bolts and nuts.

Step 5: Start fastening the frames together using the M2 bolts and nuts.

Step 6: Fasten the frame with the corner hinges and the pipe connectors

Step 6: Fasten the frame with the corner hinges and the pipe connectors

PROTOTYPE + FRAMING

PROTOTYPE + FRAMING

PROTOTYPE + FRAMING

Step 6: Fasten the frame with the corner hinges and the pipe connectors

Step 6: Fasten the frame with the corner hinges and the pipe connectors

Step 7: Test the frame and hinges movement and adjust where needed.

Step 7: Test the frame and hinges movement and adjust where needed.

Step 7: Test the frame and hinges movement and adjust where needed.

Step 7: Test the frame and hinges movement and adjust where needed. Step 8: Repeat the steps to set the supporting struts above the frame.

Step 8: Repeat the steps to set the supporting struts above the frame.

Step 8: Repeat the steps to set the supporting struts above the frame.

Panel closes/shuts to shade and cool down the roof garden.

Step 8: Repeat the steps to set the supporting struts above the frame.

Scale 1:50mm

U R B A N D E S I G N

Group work by: CEJAS | DEMISSIE ENGELBRECHT MCGOVERN TU

Revit 3D Model: Marie Cejas

Rendering: Marie Cejas

Masterplan: Tin Tu & Barend Englebrecht

EXISTING WYONG RESERVE

THE URBAN LOOP

The urban loop will be the core of density surrounding the proposed tram station which will provide a focal point and entrance to the North and South precinct.

THE GREEN LINK

The green link will serve as the key component in achieving the vision of re-establishing the historic connection between the city and the river. The links will deliver high levels of amenity to the project area and provide spaces for transport (bus/shuttle) and recreational uses.

URBAN DENSITITES

The envisioned design intent is committed to maintaining and enhancing residential diversity within Bentley & Wilson. The vision aims to provide diversity of housing stock and residential choice in three key areas:

▪ A range of dwelling types

▪ Affordable housing

▪ Adaptable building

EXISTING WILSON PRIMARY SCHOOL

STAGING

STAGE 1

The construction of the mixed-use and residential spaces in zone 2 of the urban loop and the proposed tram station will initiate the staging of the development.

STAGE 2

To accommodate the future developments of other zones and offer relocation to the existing residents in the larger area, Stage 2 will commence on developing zone 4.

STAGE 3

Developments outside of the urban loop will commence to open up the development across its adjacent sites

STAGE 4

Future redevelopment proposals for the existing residential spaces in zone 1 will commence.

R80 Mixed-use (commercial/retail/residential)

KITCHEN RENOVATION

BEFORE FINAL DESIGN PROPOSAL

ATAD KITCHEN

COLOUR A SHADE REFERENCE TO LAMINEX STORMCLOUD 140 ABSOLUTEMATTE FINISH

FINISH 2PAC FINISH

COLOUR B WHITE 200

FINISH ABSOLUTEMATTE FINISH LAMINEX

BASE CARACASE DEPTH 580mm

BASE CABINET HEIGHT 798mm

TALL CABINET HEIGHT 2319mm

WALL CABINET DEPTH 350mm

WALL CABINET HEIGHT 850mm

PLINTH HEIGHT 70mm

CABINET POSITION DESCRIPTION

25mm THK PANEL 2389mm HIGH

P 001 500mm (W) PULL OUT BASE CABINET w/ BLUM LEGRABOX RUNNERS,

P 002 500mm (W) 2 DRAWERS, 2 PULL-OUT BASE CABINET w/ BLUM LEGRABOX RUNNERS FOR BIN w/ BLUMOTION

20mm THK PANEL 2389mm HIGH

20mm THK PANEL 2389mm HIGH

P 003 600mm (W) TALL CABINET w/ BLUM SPACE TOWER SET & HINGES ZERO PROTUSION HINGE

25mm THK PANEL 2389mm HIGH

55mm x 2389mm HIGH TALL CABINET FILLER

P 004 600mm (W) TALL CABINET, 5 ADJUSTABLE SHELVES w/ STANDARD BLUM HINGES OR ZERO PROTUSION HINGES

P 005 600mm (W) TALL CABINET FOR BUILT-IN MICROWAVE& OVEN w/ STANDARD BLUM HINGES OR ZERO PROTUSION HINGES

55mm x 2389mm HIGH TALL CABINET FILLER

20 - 25mm (W) 795mm HIGH BASE CABINET FILLER

P 006 500mm (W) 2 DRAWERS, 2 PULL-OUT BASE CABINET w/ BLUM LEGRABOX RUNNERS B RIGHT

P 007 1000mm (W) 1 FIXED PANEL, 1 DRAWER, 2 PULL-OUT BASE CABINET FOR COOKTOP w/ BLUM LEGRABOX RUNNERS B -

P 008 500mm (W) 2 DRAWERS, 2 PULL-OUT BASE CABINET w/ BLUM LEGRABOX RUNNERS B -

P 009 150mm (W) PULL-OUT BASE CABINET w/ BLUM LEGRABOX RUNNERS FOR COOKING CONDIMENTS B -

CORNER 25x25mm (W) FILLER B -

P 010 900mm BLIND CORNER CABINET w/ 400mm (W) DOOR & CORNER CABINET CAROUSEL TO SUIT B -

P 011 800mm (W) 1 FIXED PANEL, 1 PULL OUT w/ BIN BASE CABINET FOR SINK B -

20mm THK PANEL 868mm HIGH FOR DISHWASHER B20mm THK PANEL 868mm HIGH FOR DISHWASHER B -

***DISHWASHER FRONT PANEL TO SUIT FREE STANDING MODEL

P 012 CORNER BASE CABINET w/ 215 & 390mm BIFOLD DOORS & CORNER CABINET CAROUSEL TO SUIT

P 013 900mm (W) 2 DRAWERS, 2 PULL-OUT BASE CABINET w/ BLUM LEGRABOX RUNNERS, TIP ON WITH BLUMOTION

P 014 500mm (W) WALL CABINET w/ 2 ADJUSTABLE SHELF

P 015 500mm (W) WALL CABINET w/ 2 ADJUSTABLE SHELF

RIGHT 610mmx1000mm BOTTOM PANEL 20mm THK.

P 016 865mm OR 850mm (W) w 2NO. 8mm FILLER EACH SIDE FOR WALL CABINET w/ ADJUSTABLE SHELF A865x610mm BOTTOM PANEL 20mm THK.

2555mm (L) x 610mm TOP PANEL 20mm THK *note: supply 20mm length allowance

P 017 500mm (W) WALL CABINET w/ 2 ADJUSTABLE SHELF

P 018 1000mm (W) WALL CABINET FOR EXTRACTOR 1 FIXED PANEL

P 019 500mm (W) WALL CABINET w/ 2 ADJUSTABLE SHELF

350x1461mm SIDE PANEL 20mm THK.

P020 150mm (W) WALL CABINET w/ 2 ADJUSTABLE SHELF

P 021 960mm (W) x 1461mm (H) WALL CABINET FOR APPLIANCE w/ 2 ADJUSTABLE SHELF, AVENTOS HF BI-FOLD LIFT SYSTEM & TIP ON

350x1461mm SIDE PANEL 20mm THK.

350x1461mm SIDE PANEL 20mm THK.

350x1000mm TOP PANEL 20mm THK.

LIGHT 4 NO. RECESSED CABINET LIGHT IN WARM WHITE 4WATT OR EQ.

Updated: 15-02-2021