DESIGN STUDIO 4 PORTFOLIO RAFAT NOUSHAD

Prepared for Ms. Shin, Ms. Zulkifli Yusra, Mr. Chan Chiew Chuen, Mr. Justin

GUA DAMAI EXTREME SPORTS PARK

Gua Damai Extreme Sports Park is situated in Malaysia's Selangor province's Batu Caves. For outdoor enthusiasts interested in extreme sports like rock climbing and caving, it is a wellliked vacation. Climbers of all levels will find the park's limestone cave system to be a unique environment. You will get the chance to learn about safety precautions, equipment use, and appropriate climbing and caving skills during your tour to Gua Damai Extreme Sports Park. As you climb or crawl through the numerous caverns and rock formations in the park, you'll have the chance to put your body and mind to the test. You can discover the surrounding area ' s scenic beauty and discover more about the local flora and wildlife.

The village's distinctive architecture combines contemporary building materials and construction methods with traditional Malay architectural elements. I've had the chance to collaborate closely with the neighbourhood to protect and improve the architectural history of the village while also adding new features and services.

I've taken great effort to respect the customs and culture here. Understanding the community's requirements and preferences and incorporating their suggestions into the design process have required strong community collaboration.

My attempt of designing for Kampung Wira was unique challenging. Understanding the neighbourhood helped me design a project that is both beautiful and practical while respecting the village's architectural history, and it has been satisfying. the chance to work on a project that tackles cultural and environmental issues.

P L A Y S C A P E

DESIGN PROCESS

TO PROVIDE THE BEST DESIGN FOR MY PLAYSCAPE, I HAD TO GO THROUGH A SERIES OF DESIGN STRATEGIES WHICH INCLUDED PROGRAMMATIC THINKING AS WELL AS FORM MAKING

DESIGN PROCESS

TO PROVIDE THE BEST DESIGN FOR MY PLAYSCAPE, I HAD TO GO THROUGH A SERIES OF DESIGN STRATEGIES WHICH INCLUDED PROGRAMMATIC THINKING AS WELL AS FORM MAKING

KINETIC PLAYSCAPE

WELCOME TO THE KINETIC PLAYGROUND AT GUA DAMAI! MY PLAYSCAPE IS DESIGNED TO CHALLENGE AND STIMULATE THE MINDS OF THE CHILDREN OF GUA DAMAI. I HAVE DESIGNED A UNIQUE AND VIBRANT PLAY AREA FROM TIMBER PLANKS AND STEEL COLUMNS AS THE CHILD WALKS OVER THE PLANKS, IT SINKS THROUGH THE SCIENCE OF USING HYDRAULIC PISTONS IN BUILDING CONSTRUCTION. THIS GIVES MY PLAYSCAPE AN EDGE OVER OTHER RIGID, SOLID PLAYGROUNDS.

WELCOME TO THE KINETIC PLAYGROUND AT GUA DAMAI! MY PLAYSCAPE IS DESIGNED TO CHALLENGE AND STIMULATE THE MINDS OF THE CHILDREN OF GUA DAMAI. I HAVE DESIGNED A UNIQUE AND VIBRANT PLAY AREA FROM TIMBER PLANKS AND STEEL COLUMNS AS THE CHILD WALKS OVER THE PLANKS, IT SINKS THROUGH THE SCIENCE OF USING HYDRAULIC PISTONS IN BUILDING CONSTRUCTION. THIS GIVES MY PLAYSCAPE AN EDGE OVER OTHER RIGID, SOLID PLAYGROUNDS.

Artist Ross McSweeney created a wonderful kinetic wooden sculpture that features a little boat floating upon a bumpy sea. Three different types of fish appear to jump out of the waves as they rise and fall, both horizontally and vertically. The sculpture is hand-cranked, although a motor can be made available

KINETIC PLAYSCAPE

CASE STUDY - Q4 Smales Farm

The Smales Farm facade louver system is a fantastic example of a tensioned facade that is both aesthetic and functional. It responds to its context with an aesthetic and functional passive solar design for today’s climate.

The timber is positioned on the cables with Ronstan cable clamps. Structural cables are a perfect choice where maximum strength and minimum diameter supports are required; the cables carefully engineered and tensioned to limit movement from wind loads.

TIMBER

Timber in architecture is the use of wood as a structural or aesthetic material in building construction Timber has been a traditional material used in construction for centuries, and has many advantages such as being lightweight, strong, and renewable. Timber can be used for a variety of applications, including flooring, walls, roofs, and furniture The use of timber in architecture is becoming increasingly popular due to its sustainability, energy efficiency, and versatility.

Steel is a modern material used in architecture and construction, and is becoming increasingly popular due to its strength and durability Steel has many advantages over other materials, including its resistance to fire, moisture, and rot Steel is also relatively lightweight and easy to work with. It can be used for a variety of applications including structural frames, exterior cladding, and bridges Steel is also environmentally friendly, as it can be recycled and reused multiple times.

LOCATION : NEW ZEALAND

STEEL

KINETIC PLAYSCAPE

KINETIC PLAYSCAPE

KINETIC PLAYSCAPE

R E -

The Nexus is located near Gua Damai Extreme Park and is a urban project which deals with connecting the local community to modern architecture with relations to culture and sports

The Nexus is constructed over a football field without compromising the program but instead incorporating other programs such as a gallery, serenity space, breakout area, play area and a cafe.

My aim is to create a space that feels like a warm embrace, a place where people feel welcome and included.

I want to design a building that celebrates the rich and diverse cultural heritage of the region, while also promoting creativity and innovation. When visitors enter the building, I want them to feel a sense of peace and tranquility

A space where they can escape the outside world and focus on the beauty and richness of the surrounding

THE NEXUS

Gua Damai presents both opportunities and challenges that must be carefully considered. It should enhance and preserve the site's natural and cultural beauty while also providing a functional and accessible space for visitors to explore and appreciate. The site has a operational fotball field which i have decided to keep as a program so as to not disrupt the regular lifestyle of the people of the kampung wira.

The Rolex Learning Center

A- The aim for The Rolex Learning Center is to offer a venue for academics, staff, and students to interact and collaborate across professions A variety of activities, such as studying, research, meetings, and socialising, can be done in the facility

B- The "horizontal campus" concept is the foundation of the Rolex Learning Centre's design To achieve this concept, The structure has a continuous, undulating floor that imparts a sense of movement and flows across the spaces

The structure is characterized by a sequence of curved and sloping surfaces that provide separate zones and places for diverse activities instead of typical walls or barriers

E- The building spans a single, uninterrupted space of 20,000 m², providing a seamless array of services, libraries, information centers, discussion areas, study areas, restaurants, cafes and beautiful outdoor spaces Its innovative architecture comprises gentle slopes and terraces that undulate around a series of internal patios, as well as nearly invisible supports for its complex, curved roof, which entailed entirely new construction methods

G- The interior of the Rolex Learning Centre is made up of flexible, multipurpose rooms To accommodate various users ' and activities' needs, furniture and equipment can be moved around and rearranged With its big windows and skylights that let in daylight and fresh air, the building also makes use of natural lighting and ventilation

L- Design Theories used by the architect are Deconstruction, Minimalism, Flexibility and Sustainability

These can be seen achieved with the undulating and non flat form of the building, focusing on essential forms and materials, spaces that can adapt to changing needs, incorporating natural ventilation and lighting, and the use of sustainable materials

This case study has helped me learn how a complex and organic space can be achieved with the most simple design strategies In my project, i have taken into consideration the undulating floor of the rolex learning centre into my own ramp to space concept Instead of a horizontal campus, my project follows a more perimeterical form, which even though not same yet similar in visual aesthethics I have understood that making a complex out there design project which does not fit to the surrounding context is not always the best option, thus i have simplified my design while taking in the openness by including polycarbonate glass throughout the walls of my project (rather than glass) just like this case study to allow light penetration as well as give the user an open feel

Seasonless House

A- The Seasonless House in Vinaroz has an open-plan steel frame polycarbonate sheet that offers insulation and reduces overheating A ventilated air cavity is placed between the polycarbonate sheet and the steel frame before being applied The polycarbonate sheet and polyurethane foam actS as a second layer of thermal insulation This conserves energy while maintaining a cosy interior environment

B- The Seasonless House was built utilising a modular construction method The roof is built with a steel frame and glass wool insulation, and the walls are composed of lightweight polycarbonate panels, the windows are double-glazed and composed of aluminium The flooring are laminate, while the interior walls, ceilings, and both are composed of drywall

C- The project includes double walls made of cellular polycarbonate, simple filters made of undulated polycarbonate, interlocking metallic tiles, and various glasses depending on the connections of the climate on either of its sides

D- Clean lines, contemporary materials, and a simple interior design characterise the Seasonless House in Vinaroz's aesthetics A steel roof structure and polycarbonate panels on the façade give the building a modern appearance Modern furnishings, neutral shades, and natural materials like wood and stone are used throughout the decor The house also has an open plan design, which creates a light and airy feeling

E- The Details of the Seasonless house is more focused on giving the space a sense of a closed as well as an open environment, With the Use of various thicknesses of polycarbonate panels, the architect provided the occupants with transparency as well as privacy in regards to spaces and activity zones The Steel structure along with the polycarbonate panels gives out a very aesthetically pleasing detail work from within the interiors as well as the exteriors for passerbys

This case study has made me realise the importance of having the sense of openness as well as keeping privacy in mind without losing design aesthethics and also keeping into mind external factors of the site such as weather etc The seasonless house even though less known is a prime example of how sustainable buildings can be simple yet beautiful With the addition of polycarbonate panels with complimentary steel framing structure, this house has inspired me to use different thicknesses of polycarbonate panels depending on the facing side For example 35mm thick polycarbonate sheet for walls facing bad views or spaces that require privacy 60mm thick polycarbonate sheet for places where sunlight penetration should be at miniumum such as north and east facing walls 15-20mm thick polycarbonate sheets for spaces with maximum sunlight penetration such as my garden or spaces which have great views and adequate shading It is a lightweight and sustainable building material with low carbon footprint for an elegant design

SITE RESPONSE

The house has a unique façade made of polycarbonate louvres that filter light and create solitude. It is located on a narrow, sloping land in a neighbourhood with a lot of houses. The home's interior is laid out around a central courtyard, which provides the living areas with natural light and ventilation. To provide warmth and texture to the house, the architects used a variety of materials, including polycarbonate, concrete, and metal. The project won a prize at the 2021 Architizer A+Awards.

The architects have used angular polycarbonate louvres to provide more privacy from the neighboring houses without affecting natural lighting to enter the space. They have used the concept of the space being close but yet open.

Modern design frequently uses polycarbonate facades because of their affordability and sustainability. They have many advantages like controlling light and heat, saving energy, and enhancing thermal insulation. Polycarbonate facades can be customised and are offered in a variety of hues, coatings, and textures. They also require little maintenance and are simple to install All things considered, polycarbonate facades are a fantastic option for architects and designers who want to create distinctive, environmentally friendly building facades that look great and work well.

SECTION DETAIL MODEL

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KINETIC PLAYGROUND