Designs & Projects 2022-2023

PORTFOLIO

DESIGN AND PROJECTS 2022/2023

ZUZANNA JODLOWSKA

ARCHITECTURAL TECHNOLOGY STUDENT - UNIVERSITY OF WESTMINSTER

ZUZANNA JODLOWSKA

jodlowska.zuza@gmail.com

07846678832

ABOUT ME

Driven and creative Architectural Technology graduate with a deep commitment to sustainable design. My focus lies in integrating low carbon materials and circular economy principles into architectural solutions. I strive to create spaces that inspire while minimising environmental impact.

SOFTWARE

Adobe Illustrator CC

Adobe InDesign CC

Adobe Photoshop CC

AutoCAD

SKILLS

Enscape Revit Rhino SketchUp

RECYCLED PLASTIC FURNITURE

TRANSFORMATION WORKSHOP

DEMOUNTABLE STRUCTURE

SE16 WORKS

RECYCLING INNOVATION HUB

CICLO

RECYCLED PLASTIC FURNITURE

Ciclo is recycled plastic furniture designed as a response and solution to the growing problem of plastic waste. The interlocking segments of the base create a simple yet sculptural form that is reminiscent of traditional Japanese paper art. The recycled plastic parts are produced by Pedra Furada Transformation Workshop (PFTW) in Brazil. It is social enterprise that keeps plastic in circulation. The discarded polypropylene

plastic (PP), mostly plastic furniture, is shredded and remelted into plates and bars with the use of simple tools. These parts are used to create furniture and other valuables. It is an approach focused on a sustainable economy and the reduction of the environmental footprint that has given birth to a new generation of recycled furniture. Find out more here: https://www. transformation-workshop.org/

The main characteristics of the Ciclo table are its simple assembly process and use of only one material - recycled plastic. The interlocking segments, made of bars held together with threaded rods, are joined with top plates with the use of just a few nuts and bolts. The clever flat pack design is simple to build, store, transport, and deconstruct at the end of its life.

TRANSFORMATION WORKSHOP

DEMOUNTABLE STRUCTURE

The temporary demountable workplace in Morere Village on Boipeba Island, Brazil is a sustainable and adaptable solution designed for tropical zones. The lattice bamboo walls, mounted on steel scaffolding, create captivating shadows and transparencies, enhancing the play of light throughout the day and night. The spacing between bamboo strips allows for controlled sunshine,

promoting cross ventilation and providing views of the outdoors without the need for windows. A large canopy roof, composed of halved bamboo poles, offers shading and facilitates natural air circulation. The horizontally pivoting front wall forms an inviting veranda-like space, seamlessly connecting the interior with the surrounding landscape.

Fabrication zone

Administrative space and commercial activities

Communal space

This innovative structure features a modular design with modules measuring 12.6m², offering the option to connect additional units. By minimising functions and using low-cost materials and a simple structural system, the building requires neither machinery nor special techniques, empowering local communities to construct this eco-conscious workspace. The size and

form of materials allow for ease of transportation and (de)construction. At the end-of-life of the structure materials are reused or safely disposed of without impacting the local environment. With its lowtech approach, this design embodies sustainability, community engagement, and the harmonious integration of architecture and nature.

Scaffolding construction sequencing

ROOF AND OPERABLE WALL

4

1. Bamboo O 90 mm

1. Halved bamboo ∅100-120 mm, overlapping min. 150mm

2. Bamboo ∅ 90 mm

2. Scaffolding coupler

3. Steel scaffolding ∅ 48 mm

3. Steel scaffolding O 48 mm

4. Scaffolding coupler

5. Split bamboo

4. Halved bamboo O 100-120 mm, overlapping minimum 150 mm

5. Split bamboo

1. Scaffolding coupler

2. Steel scaffolding ∅ 48 mm

3. Split bamboo

4. Hessian bags filled with sand

5. Timber scaffolding boards

6. Base plate on timber sole board

PHYSICAL MODEL

SE16 WORKS

MASTERPLAN

SE16 Works is a transformative development located in South Bermondsey, London, SE16. It encompasses an R&D centre, commercial spaces, and a manufacturing unit, all set to revitalise a vacant site surrounded by historic railway arches. This development serves as a catalyst for the wider regeneration of the New Bermondsey neighbourhood, offering employment opportunities and visually appealing collaborative centres for innovation and entrepreneurship.

The site's masterplan includes the creation of a vibrant public realm, encouraging active transportation and featuring a much-needed green space in the form of a park nestled between the railway viaducts. Sustainability is a key focus, with the buildings employing various strategies such as a fabric-first approach, the use of low-carbon and repurposed materials, and the incorporation of prefabricated and modular components. The design also prioritises occupant well-being by implementing mixed-mode ventilation, abundant natural lighting, and automated shading systems.

Programme

Plot 1 | The repurposed arches and striking new buildings offer a unique retail space that create a buzzing hub of activity. This is a place where small size studios, shops, and restaurants can thrive and bring new life to the industrial setting.

Plot 2 | The plot sandwiched between railway lines and a pedestrian/ cycle route to the south accommodates the manufacturing unit (Mfg) and research and development (R&D) centre, although less easily accessible than other plots. To improve safety, the R&D centre is placed south of the plot with a direct access point to the site.

Plot 2: Manufacturing and Research & Development

Programme

The SE16 Works retail units are designed to engage with the surrounding street line, serving as a hub for various functions such as studios, businesses, and food/cultural uses. They contribute to the vibrancy of the site, while also considering the residential area.

The two-storey buildings act as an acoustic buffer to the railway while allowing daylight access to residential buildings. The new modular buildings are prefabricated offsite using cross-laminated timber (CLT). The internal CLT walls can be left exposed or dry-lined for tenants to decorate as they wish. This allows for flexibility in design and a unique experience for each tenant. Railway arches are adaptively reused, creating doubleheight spaces that open on both sides for pedestrian access and green space between the viaducts. These arches serve as throughways and offer sheltered areas for restaurants and cafes.

RESEARCH & DEVELOPMENT CENTRE (R&D)

Office area: Coworking space, individual workspaces, meeting rooms

Makerspace: Ground floor - heavy duty machinery to process and test metal, plastic and other materials

1st Floor - laser cutting, 3D printing and scanning, small CNC machines, laboratories

Concourse

Sanitary facilities

Stairs lift and fire routes

Plant rooms and storage

LIGHT & AIR

Intelligent building management system (IBMS):

1. Ventilation and lighting control

2. Task-based lighting with intelligent lighting controls

Envelope:

3. Triple glazed high performance windows

4. Manually operable windows with IBMS control of solar shading panels

5. Skylights providing diffused light

Cooling:

6. Mix mode ventilation - passive ventilation + MVHR

7. Exposed ductwork distributes fresh air, tempered through heat recovery and cooling supplied by GSHP

MATERIALS & CONSTRUCTION

Passivhaus:

8. Insulation wrapped around building

9. Airtightness detailing

10. Super insulated envelope

Wellbeing:

11. VOCs free finishes and fittings

12. Acoustic attenuation integrated into the building design - exposed timber ceilings and rafters

13. Generous floor-to-ceiling heights

Low-carbon materials:

14. Recycled newspaper insulation

15. Engineered timber

16. Reused steel

17. Reused raised access floor

18. Clay plaster

19. Low-carbon concrete

R&D | STRUCTURE

Method of Construction

Structures are designed for disassembly, simplifying the construction process. Both structure and envelope components are prefabricated offsite to exact measurements, guaranteeing precision, quality, and minimising waste. On-site modifications are kept to a minimum, resulting in reduced installation time and labour demands. The use of lightweight structures also decreases foundation requirements, reducing the amount of concrete needed. CLT and LVL are mechanically fixed, enabling recovery, reuse, or ecological recycling. The adoption of dry construction methods significantly shortens construction timelines, with wet works limited to floor slabs only. Precise coordination of delivery and assembly of prefabricated panels enables efficient construction scheduling, ultimately reducing financing periods.

Reused steel

A range of repurposed steel members is utilised, taking into account the availability of existing stock. The reused steel undergoes rigorous testing and certification processes to ensure its structural integrity. To facilitate easy deconstruction, all connections are bolted. Wherever feasible, the steel members are left exposed, showcasing the elegance of engineering and emphasising the elements' second life.

R&D | PHYSICAL MODEL OF STRUCTURE

Rhino | Laser Cutting

External Wall | U-value 0.12 W/m2K

• 18mm corrugated metal sheet

• 260mm ventilated cavity

• 15mm Bitroc bituminous timber wall sheathing board

• 282mm twin studs @600mm centres with Warmcel blown recycled newspaper insulation

• 12.5mm OSB3 Smartply Propassiv board taped with airtight tapes at joints for internal airtightness layer

• 35mm unventilated wall cavity, 38x35 timber battens

• 2 x 12.5mm Femacell gypsum fibre board, suitable to building regulations for fire and sound requirements A2-s1, d0 fire rating

Roof | U-value 0.09 W/m2K

• 18mm corrugated metal sheet

• 25x38 battens and 25x50 counter battens @ 600mm centres

• Breather membrane

• 18mm Sarket breathable bituminous sheathing board

• 350mm I-joist fully filled with blown cellulose insulation

• 12.5mm OSB3 Smartply Propassiv board taped with airtight tapes at joints for internal airtightness layer

• 25mm unventilated cavity, 25x38 timber battens

• 12.5mm Femacell gypsum fibre board

R&D | CLADDING

The building is wrapped in white-painted corrugated metal panels, which serve to mitigate solar heat gain during the city’s hot summers. Positioned in front of the windows, there are operable perforated metal panels that allow controlled entry of natural light. The main advantage of using perforated cladding is its ability to regulate the amount of daylight that penetrates the building. Larger perforations enable more natural light to pass through while still providing protection against excessive direct sunlight and heat. This feature helps prevent overheating within the building. The perforated panels are operated using the automated fitting, which allows for folding and sliding. While the panels are equipped with smart sensors for automated control, occupants have the option to manually override the system and adjust the panels according to their preferences.

Natural anodised aluminium triple glazed timber composite windows

Moveable corrugated and perforated steel panel

Proprietary fixing for solid corrugated steel panels

Natural anodised aluminium panel with noncombustible mineral wool insulation, fitted on site

Metal flashing Spray polyethylene foam to gap between window and rough opening

Breather membrane and airtight layer returned into window opening and lapped and sealed with window box and window

Fixing bracket

Frameless glass balustrade