Part 1 Architecture Portfolio

After completing the RIBA part 1 and gaining extensive experience in associated work and design, wish to progress and extend my level of expertise to fulfil my goal of becoming a fully qualified architect. With a deep desire to explore how science and technology can be utilised to improve the performance of buildings environmentally, architecture has allowed me to engage both creatively and scientifically with the aesthetic and functional aspects of design. As a Syrian National, my fascination with Architecture began in Aleppo, Syria, and the beauty of harmonising with the natural environment. The use of architecture is also supported socially by allowing a better standard of living which resonates with me as first hand have had to experience the collapsing of buildings and experience unhabitable living situations which my family are still experiencing to this current day. My lifelong dream is to be able to help the people of lower developed countries and design habitable living spaces to create better living conditions. gained valuable information and experience about what it’s like to work as a professional architect after completing a work experience placement at the architectural firm Architects Design Studio. I had the chance to utilise various software programs and specialised CAD products at the workplace to create 3-dimensional designs of structures and buildings. The ability to put my newly acquired CAD abilities into practice was the highlight of my job experience. discovered that being an architect entails much more than simply design. Overall, this was a terrific experience since it exposed me to both the technical and practical sides of the field and provided me with a glimpse into the lifestyle. Even though have truly loved the work have done so far, I naturally aspire to advance to the full position of a professional architect. My work has included various projects, positions, and responsibilities, such as design, plan preparation, interior work, time spent on the building site, and client and regulatory authority interface. Together with my undergraduate degree, think this experience offers a great basis for success in the curriculum and beyond.

The department’s and faculty’s stellar reputation, the chance to work on actual projects, and the links to illustrious professionals and businesses all appeal to me. The “state-of-theart” teaching facilities, the graduates’ and faculty members’ achievements in the workforce, and the programme material also make an impression on me. I am drawn to the curriculum’s emphasis on such matters because, as a well-travelled Greek, am aware of the significance of cultural conventions and expectations in architectural design. My work exposure and expertise with digital applications lead me to believe that I will undoubtedly “add value” to the curriculum in terms of cultural concerns. In conclusion, I have a relevant degree and a wide range of relevant experience, and I’ve successfully used the newest digital technologies. also have research experience, which I’m eager to expand. My actual enthusiasm for architecture and the fascinating advancements that lie ahead of us, though, is what would most like to emphasise.

Thank you for considering my application.

House for a Retired Architect

Trigo Pod Holmforth

The Safety Headquarters

Trigo Pod Holmforth

This project is in Holmfirth a small town were there lacks the new technology and infrastructure, the whole reason for this project is to accommodate more people to the town and contribute to the tourism sector as the town is close to the peak district this new hotel would be beneficial to the town. Also, Holmfirth as a town is changing it has been outdated and the homes in the area need to be engaged with new technology. because due to climate change everything needs to be design in a sustainable way so that measures could be in place to enhance Britain problems on climate change.

Land use diagram contains of commercial and residential buildings, which shows the graphics and extents of the site. Also can visual buildings are included around my site and also look at other aspects which are missing.

Public and transport diagram guided me to differentiate the public areas and uses of the site. managed to identify the transportation going into and out of the town centre by location bus stops and parking areas.

Road traffic diagram is used to help me identify the movement of vehicles around the area of my site. The diagram shows certain times of the day the traffic was investigated, primarily morning and evening, and combined all the results.

Street Pattern map helped me identify the outline of the roads and streets that are existing. This helped to categorise the protentional routes that people would travel, this also helped to create new routes which people could access to the eco hostels

Figure-ground is to show the build In a more transparent view, allowing me to determine key significant parts of the map. This allows me to differentiate between white and black. I can then look at the features around my site. Green Spaces which are located around my site. These are empty field and woodlands which are located around some residential areas neighbourhoods, as Holmfirth is known for a lot of rain.

House for a Retired Architect

The house for a retired architect consists of a sloping terrain and working with the site to create a house for a retired architect. This was very calling as the site was a very narrow and the requirements of the client were to the ultimate meaning a lot of thinking and adjusting had to be made. Using the whole site was a must and creating interlocking spaces and spaces that connect inside and outside was the way forward due to the nature of the site. Holmfirth being in a valley doesn’t help with rain and when rainfall does occur there is a movement with the ground which is very minimal but could be drastic over time so measures were in place so that the building would be space in all extreme’s conditions.

Design Process

I started of my design development by using the ground level as starting point, there is a 5-meter slope from Uperthong Lane to Greenhead Road. Therefore, I am thinking of adding two levels which will be levelled out by Uperthong Lane. The aim is to creat a comfortable living space for my client and keep the circulation rotational by not creating many corridors.

FRONT SECTION

RIGHT ELEVATION

FRONT ELEVATION

RIGHT SECTION

BACK ELEVATION

LEFT ELEVATION

Technical Resolution

WALL SYSTEM

Construction Sequence

The construction sequence is used to be able to get a simple understanding of the different processes of the construction phase. This show how the different components have been added to the raft foundation. The house will be mainly prefabricated as all the components will be lifted by a cherry picker into the site. This can also be used for an estimate as to when the project could be potential completed as they set goals on when each stage will be completed.

Wall System

The wall system which was used for the architect’s house is timber frame wall panels. The panels are made up of softwood vertical studs and horizontal rails with a wood-based panel sheathing and plastering lining. The reason timber wall was selected as it is natural insulation and can help with energy needs when it is used in windows, doors and floors. Timber also helps to minimise energy consumption in several ways.

The Safety Headquarters

The function of the safety headquarters is envisioned as a prominent public facility that combines exhibition, social/community spaces, consultation services, and law enforcement functionalities. By creating an empowering and secure environment, the building will play a pivotal role in raising awareness, facilitating dialogue, providing support, and promoting safety within the community. My aim is to ensure the design complies with accessibility standards, providing easy access to all areas of the building for individuals with disabilities.

Design Process

EXISTING HISTORICAL BUILDING AROUND THE SITE

During the design development, want to achieve to create an inviting and visually appealing architectural design that reflects the purpose of the building and resonates with its surroundings. Including spaces that can be easily reconfigured or adapted to accommodate future needs or changes in the organisation’s activities. Lastly to maximize the use of natural light and ventilation to create a comfortable and sustainable environment, to create a habitable and safe space for those in need of safety.

ACCESSES TO THE BUILDING (ENTRIES)

LANDSCAPING ON THE SITEBUS STOP (GREENERY)

Rechnical Resolution

ROOF FACADE

FOUNDATION

STRUCTRUAL COLUMNS

DETAIL SECTION

FOUNDATION TO ROOF SECTION

Connectivity

This project is in Holmfirth a small town were there lacks the new technology and infrastructure, the whole reason for this project is to accommodate more people to the town and contribute to the tourism sector as the town is close to the peak district this new hotel would be beneficial to the town. Also, Holmfirth as a town is changing it has been outdated and the homes in the area need to be engaged with new technology. because due to climate change everything needs to be design in a sustainable way so that measures could be in place to enhance Britain problems on climate change.

FLOOR PLAN SEGREGATION

After the completion of my form exploration, I began using different techniques which will further develop my design. started of by using the overlaying techniques which helped me create the cantilevers for my design.

FURTHER DEVELOPMENT

Using the push technique was a good starting point to add volume to my structure to be able to develop it further.

The Michael Lee-Chin Crystal the historical buildings, complemented by forward-looking and bold architecture, This innovation inspired me to use the same forwards looking form as this would help to create the correct openings which I want for my design and get the right amount of light and shadows in my structure.

Using the pull technique to be able to use inconsistency within the structure, as it wasn’t exposed to much lighting, therefore, was able to use this technique to expose it to more lighting.

DIGITAL MODEL

LEFT ELEVATION

FRONT ELEVATION

BACK SECTION

Connectivity Technical Report

This project is in Holmfirth a small town were there lacks the new technology and infrastructure, the whole reason for this project is to accommodate more people to the town and contribute to the tourism sector as the town is close to the peak district this new hotel would be beneficial to the town. Also, Holmfirth as a town is changing it has been outdated and the homes in the area need to be engaged with new technology. because due to climate change everything needs to be design in a sustainable way so that measures could be in place to enhance Britain problems on climate change.

Theoretical Exploration

‘BRANCH’

The cantilever idolised a branch as we know different animals live or climb on branches so imagine A cat is staking a bird sitting on the end of a tree branch. The unit can be idealised as a cantilever beam. The cat can be idealised as a concentrated load moving left to right on the tree branch. Ignore the weight of the bird and the self-weight of the unit. Drawing the influence line for the shear and bending moment at the weakest point of the unit. This will also determine the maximum positive shear and maximum negative moment induced in the branch when the car approaches the bird.

CONCEPTUAL EXPLORATION STRUCTRUAL CONNECTIONS

As began looking at the cantilever for the technical report, got the chance to discuss potential methods to approach the cantilever. That depends on different types of structures, materials, or connections. This provided me with different options to approach the project and start working on my detail sections.

Once the steel frame is installed onsite, then the installation of the panels will take place as they are their separate component. The axonometric shows the system from the interior finishing to the exterior cladding. Lastly, the precast flooring will be added using a crane and positioned into the structure.

WALL SYSTEM

Technical Resolution

Aperture

This project is in Holmfirth a small town were there lacks the new technology and infrastructure, the whole reason for this project is to accommodate more people to the town and contribute to the tourism sector as the town is close to the peak district this new hotel would be beneficial to the town. Also, Holmfirth as a town is changing it has been outdated and the homes in the area need to be engaged with new technology. because due to climate change everything needs to be design in a sustainable way so that measures could be in place to enhance Britain problems on climate change.

As mapped the different openings around my site, I observed many variations far out from the site. Therefore, decided to pick specific windows which have a view of my site.

Choosing windows as my urban element, began mapping all the different windows around my site. This would support me in the next stage of my mapping.

MAPPING OUTCOME

As examined the 15 variations of windows allocated around the site, chose the final motion of the windows. The subsequent variation shown below is the results which have got from my mapping.

In my first attempt at my field diagrams, used the results from my window study in Camden.

started off by layering them on a 6 x 6 grid. Each line produced would intersect the matching letter at the bottom, moving around the 6 x 6 grid to create more layers and crossovers, and therefore a unique layout.

I was not satisfied with the results was getting out of it. Besides this, kept in mind that was going to use this field diagram for my façade. As was not happy with the results was getting, decided to explore further the results had brought from my study.

decided on the 270° rotation to explore my form further because, at that rotation, the windows are in the original position as they are on the site, Which found very interesting as I randomly placed the grid.

Using the field diagram, used previously to find my form, will be reusing the matrix to get my façade system. concentrated on a specific area of the matrix, and began to look at the areas in which most lines overlap.

Technical Resolution

At the beginning of the facade’s exploration through my earlier mapping and exploring different ideas through sketches, I have concluded that this would be the following façade which I would use for my residential scheme. The façade will change its appears to control daylight by using a sensor to measure light and heat.

The outrigger systems are lateral loads resisting systems that can effectively minimize the lateral loads and strengthen tall buildings. In this system, the external and the internal structure couple as a whole to resist lateral loads. As my design is irregular on each floor going upwards, will there be more columns on which base to hold the structure Using the outriggers system was an excellent example to follow in this matter.

Anticlastic quadrilateral surface patch local coordinates

Extrude approximated bending shapes.

Through my analysis of my mapping and throughout series and diagramming using rhino, I have developed my final façade. During my exploration, I mainly focused on which facades work. Also, analysed the possibilities of how the sun will be entering into the buildings.

have concluded that the material I will be using for my façade will be aluminium because it is one of the world’s most environmentally friendly metals. It is also the most valuable commodity in the recycle bin and ultimately the most recyclable industrial material because it can be recycled indefinitely to manufacture the same product.

Approximate folded geometry