“ All architects want is to live beyond their deaths “
- Philip cortelyon johnson
Table of contents
0.0 Index
CHAPTER 1 : Biography and CV
1.1 About me
CHAPTER 2 : Regenerative Co-working
2.1 Brief - Proposal - Circulation
2.2 Planning
2.3 Section - Landscape Integration
2.4 Structure Details
2.5 Views
CHAPTER 3 : Robinson House - Marcel Breuer
3.1 Author
3.2 Brief
3.3 The Site
3.4 Context and Location
3.5 Circulation
3.6 Spaces use
3.7 Section - Landscape Integreation
3.8 Views
CHAPTER 4 : Prototype Housing
4.1 Brief and Concept
4.2 Planning
4.3 Section
4.4 Elevation
4.5 Views - front elevation
4.6 Views
Chapter 1 : BIOGRAPHY AND CV
1.1 About me
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Ar. Harpreet singh | Architect
Aann Space
SCO 216, First Floor, Sector 36-D, Chandigarh, Phone no : +91 9815217505
Email Id : aannspace05@gmail.com
Prof. Gurpreet singh | Principle CoA
Bhaddal University
Phone no : +91 9814098613
Ar. Gurveer Singh | Architect
Archdek
# 1168 , Sector 22 - B
Chandigarh , India
Phone no : +91 9814098613
Chapter 2 : REGENERATIVE CO-WORKING
2.1 Brief - Proposal - Circulation
2.2 Planning
2.3 Section - Landscape Integration
2.4 Structure Details
2.5 Views
THE BRIEF
As the world becomes more conscious of sustainability, the need for environmentally responsible buildings has become more important than ever before. This project focuses on designing a flexible co-working space that promotes sustainability in the Zona Franca Barcelona region of Spain. Our goal was to create a space that meets the needs of modern businesses while minimizing environmental impact and maximizing resource efficiency.
THE PROPOSAL
Vision is to establish a dynamic coworking environment that facilitates the exchange of innovative ideas between industrialized companies, leading to increased profitability. Also aim to support new startups by providing them with the resources and collaborative opportunities to develop their projects and connect with established companies in the market.
CIRCULATION
The building design prioritizes efficient circulation, achieved through a primary gallery connecting the two masses of the building. This enables easy access for the public to all areas and various uses without disruption from the outside environment. By dividing the building into two masses, the circulation of spaces within the building is optimized, providing a seamless flow between different areas and functions.
PLANNING
The planning is organized in a manner that divides the crowd into two distinct masses - on one side, there are offices, and on the other side, an auditorium is situated for conducting meetings. This division ensures a clear separation of the work and meeting spaces, providing a focused environment for each activity. By separating the two masses, the design promotes a sense of order and organization, allowing for better management of the flow of people and activities within the space.
SECTION
This section of the building provides a glimpse into its unique design and functionality. Air ventilation is clearly visible through the use of strategically placed vents, ensuring fresh air flows throughout the space. Natural light pours in through large windows, illuminating the interior and creating a warm and inviting atmosphere. The central courtyard serves as a peaceful oasis, providing a natural escape from the hustle and bustle of the outside world. The entrance gallery welcomes visitors with its grandeur, setting the tone for the rest of the building. Altogether, this section perfectly showcases the harmonious blend of form and function that characterizes this impressive structure.
STRUCTURE DETAILS
The structure details in this section showcase the impressive use of timber columns. Each column is made up of several individual pieces of wood that are stacked together to create a single, sturdy column.
The roof details are also noteworthy, featuring a combination of sloping and flat surfaces that give the building a distinctive look. The sloping roof sections are designed to efficiently channel rainwater away from the structure, while the flat sections provide additional outdoor space for relaxation and recreation.
the column is kept 200 mm above ground to reduce the risk of moisture damage and to protect it from potential damage caused by pests and insects, such as termites.
1: Timber beams 2: Cross laminated timber panel
1: Surface treatment 2: water proof membrane
1: 35 mm polucarbonate panel 2: 100 mm extended corkboard
3: vapour barrier membrane 4: cross laminated timber panel
5: sarking grade wood fibre board 6: roof tiles
3. Sarking gaze wood fibre board 4: Gutter
3: rigid wood fibre insulation 4: vapour control layer
5: insulation 6: plywood
3-D Views
The building is facing northeast, which allows it to take advantage of the morning sun while avoiding the harsh rays of the afternoon sun. To further reduce the amount of heat gained from the south, the building is blocked from that direction.
The building features a gallery entrance which not only serves as an entrance but also acts as a cooling place between the two halves of the building. This allows for natural ventilation to occur, promoting a more comfortable indoor environment. The gallery also provides a visual connection between the two halves of the building, enhancing the sense of flow and unity throughout the space.
These design features demonstrate a thoughtful and sustainable approach to architecture, prioritizing the comfort and well-being of the building’s occupants while minimizing its environmental impact.
The design project incorporates various sustainable features such as the use of natural light, renewable energy sources, and greenery to reduce the carbon footprint of the building. Additionally, the flexible workspace offers a variety of spaces to accommodate different working styles and sizes, promoting collaboration and creativity.
Chapter 2 : ROBINSON HOUSE - MARCEL BREUER
3.1 Author
3.2 Brief
3.3 The Site
3.4 Context and Location
3.5 Circulation
3.6 Spaces use
3.7 Section - Landscape Integreation
3.8 Views
Chapter 4 : Prototype housing
4.1 Brief and Concept
4.2 Planning
4.3 Section
4.4 Elevation
4.5 Views - front elevation
4.6 Views
Brief
The objective of this design brief is to create a prototype for affordable housing that utilizes purposeful materials to reduce construction costs and make the housing affordable for low-income families. The prototype should be designed with sustainability in mind and should be adaptable to various climate conditions.
concept
concept of this design is based on 4 principles :
Cost-effectiveness: The design prioritizes the use of cost-effective materials that are locally sourced and readily available. This will ensure that the housing is affordable for low-income families.
Sustainability: The prototype to be designed with sustainable materials that reduce the carbon footprint of the building. This includes the use of renewable resources and materials that are easily recyclable.
Adaptability: The design is adaptable to different climate conditions, ensuring that the housing is comfortable and habitable in various regions.
Functionality: The prototype is designed with functional spaces that are optimized for living. The spaces should be efficient and flexible, accommodating the needs of different families.
construction details
Filler slab
Mud flooring
Planning
planning a prototype that would be both cost-effective and durable, while also meeting a minimum area requirement of 68 sqm. it has two bedroom and a common seperate bathroom and WC .
The brick pier construction method involves using a series of vertical brick piers to support the structure, which is then filled in with brick or other materials to create the walls.
Section
Section showing the biocimatic diagram of the building explaining the cool and hot environment occuring in the building . Along with construction details :
mud flooring, which is made of a mixture of mud and other natural materials such as sand and straw. This type of flooring is cost-effective, environmentally friendly, and also provides good insulation, making it a great choice for affordable housing in areas with hot or cold climates.
filler slab to be made of lightweight concrete or other affordable materials. This helped to reduce the amount of concrete required for the foundation, while still providing a solid and stable base for the structure.
Elevation
The elevation displays distinct access points to the house. The ground floor units have separate entries, providing more privacy and ease of access for the residents. Meanwhile, the upper-level apartments have a central staircase that leads to their entrances.
To ensure proper ventilation and a comfortable living environment, the central staircase is covered by a see-through bamboo jalli. This jalli allows natural light and air to flow freely through the space, creating a fresh and airy atmosphere inside the building.
Overall, this design prioritizes functionality, comfort, and aesthetic appeal, creating a welcoming and practical space for residents to call home.
3d-Views
This view displays a cluster of prototype houses and highlights the variety of materials used in the construction. The houses are built using a combination of natural and modern materials, blending together seamlessly to create a harmonious design.
One of the main elements of the building is the central staircase, which is located at the center of the prototype houses. The staircase is constructed primarily using bamboo, which is a sustainable and eco-friendly material that offers both strength and durability.
