Mark Philip
1. Floating Shelter: An Alternative to Aquaculture
02
Architectural Option Studio VII | Academic
2. Mechamorphosis for Sensitive Landscapes
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Architectural Option Studio VIII | Academic
3. Natural Systems & Performative Architecture
08
Directed Research | Academic
4. Dubai Conservatory of Music
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Comprehensive Architectural Studio VI | Academic
5. Sharjah Media Headquarters
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Urban Planning Studio VI | Academic
6. Bahia Canal Development
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Professional Work at Abu Dhabi City Municipality
7. Abu Dhabi Parks
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Professional Work at Abu Dhabi City Municipality
8. Holo|Morph Redux
23
Fabrication Assistant - Prof. Gregory Spaw (M.Arch ‘09)
9. يشسAdditive Manufacturing
25
Extracurricular Work
10. Screenprinting Extracurricular Work
Content
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Floating Shelter: An Alternative to Aquaculture Date Team Advisor Task
Fall 2018 Mark Philip, Saad Boujane Camilo Cerro - Architectural Studio VII Concept Design, 3D Modelling, Modelmaking, Visualisation, Illustration, Diagrams
With the water-level rising, most coastal cities are confronted with a tremendous problem. Specifically, cities such as Dubai and Sharjah could lose up to 8% of their shoreline due to rising water. This not only poses a problem to the environment but potentially to the people living in those areas and the economies that they depend on. The Al-Rams Area, located in the outskirts of the Emirate of Ras Al-Khaimah, is already facing this issue as the shorelines are already dredging. Since the number one economy in that region is aquaculture, our proposal explores solutions to fishing methodologies in the 21st Century and creating an economically self-sufficient community that benefits from its own production through hydroponic farming and an overarching aquaculture. The project consequently considers environmental crisis such as rising sea levels and challenges adaptability at an urban scale. The project is divided into 6 sections, the first one being the residences, where the fishermen and families reside, completely isolated from the
Side View of Sea-scraper 3D Model.
Aerial View of Sea-scraper 3D Model.
working functions, as a way to provide them with a calmer yet livable environment. The second section comprises of a social function, in this case a sports facility, which acts mainly as a buffer zone between the working functions and the living functions. The third section includes other means of farming that are not water-based, such as hydroponic, which will provide the residents with a variety of food options. The fourth section consists of the aquaponics, which are controlled by autonomous boats that farm the fish and send it to the fifth section where the fish is produced and packed. The final section comprises of a fishing market where the fish is sold, generating income for the community that lives there. This cyclical economy model helps maintain the community selfsufficiency. However, it also provides them an improved way of living and working, that is both more enjoyable and more efficient.
Academic Work | 02
Al Rams district, Ras Al-Khaima, Northern UAE.
Timeline showing constant growth.
Exploded axonometric illustration of horizontal sea-scraper.
Visualization of floating shelters being docked by drone water-crafts.
Visualization of indoor production space.
Visualization of sea-scraper and drone boats.
Academic Work | 03
Entry Plan of sea-scraper.
Top view of sea-scraper.
Sea-scraper elevation showing different parts of the structure.
Axonometric projection of floating shelter unit.
Section through axonometric projection of floating shelter unit.
Close-up plan of recreational facility.
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Close-up plan of farming facilities
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Academic Work | 04
Close-up plan of facilities and fish market.
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01. Main Entry Towards Facilities 02. Lobby and Access to Main Offices 03. Production and Packaging Facilities 04. Industrial Machineries for Picking up Products - Bay 02 05. Loading Bays 06. Docking Zone 07. Fish Market
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Mechamorphosis for Sensitive Landscapes Date Team Advisor Task
Spring 2019 Mark Philip Michael Hughes - Architectural Studio VIII Research, Drawings, Modelmaking, Visualisation, Illustration, Report, Diagrams
Throughout history, curiosity of mankind propelled their expeditions in uncharted territories. Technology became a form of existence that mediated between humans and nature. Tools and machines were invented to make physically strenuous tasks easier and repetitive processes quicker. The demand to explore heightened and, the more we uncovered, the hungrier we got to discover more. Neil Armstrong’s famous quote, “One small step for man, one giant leap for mankind.” The latter imply forwards looking societies that romanticize the future as opposed to the past. A popular example to our forwards looking society would be the present discount value of a listed company’s share which factors our belief in future returns - the more we believe in an idea, the higher the price goes. This is a function of our curiosity and the quest of continuous improvement.
During my last semester of my B.Arch, it came to my knowledge that Abu Dhabi’s Environmental Agency initiated a competition of a flamingo observatory in Al Watthba Wetland - a project that fuels curiosity and a need for exploration. The sensitivity of the environment did not favor a permanent structure due to ever-changing topography and water levels. A temporary fast-deploying structure was proposed and that utilized the notion of machine quickly took over the narrative of the project. Hence, Mechamorphosis became a solution for a fast-deployment structure that allows for the required human presence in a minimally invasive fashion made possible via mechanical means.
Design exploration through analytical drawing of operable platform. - 42cm x 42cm. Graphite & Ink on Paper,
Academic Work | 05
Design exploration through analytical drawing of operable platform. - 42cm x 42cm. Graphite & Ink on Paper,
Unfolding choreography of stair module.
Unfolding choreography of viewing platform.
Combination and flexibility of the system.
Status 1/4: Viewing deck in motion. Illustration
Mechanical Details. Illustration
Academic Work | 06
Mechanical Details. Illustration
Status 2/4: Viewing deck in motion. Illustration
Status 3/4: Viewing deck in low altitude. Illustration
Unfolding sequence of viewing deck showcasing mechanical movement of roof, stepping balcony and platform. Illustration
Academic Work | 07
Status 4/4: Telescoping viewing deck. Illustration
Natural Systems & Performative Architecture: An Investigation in Mono-materiality in Construction Date Team Advisor Task
Fall 2018 Mark Philip, Saad Boujane George Katodrytis - Directed Architectural Research Studio Research, Scripting, Drawings, Modelmaking, Visualisation, Illustration, Video, Diagrams
In our research proposal, Natural Systems and Performative Architecture, we address the issues present within the current means of construction. We aim to explore ways in which building components can be reduced to a single material that binds architecture and all of its factors altogether. Our intended proposed solution interrogates the idea of stratification and sintering technologies of abundant materials like silica sand as a construction methodology, an ecology, a hierarchical system which can be applied to small, medium and large-scale constructions. By doing so, our investigation in structural and construction operations would result in what we call a Mono-material which combines all functional, structural and performative qualities of architecture. The research and design will investigate technologies and methods of constructions that use the regional barren landscape in a performative process and a construction method. The significance of our research lies
in developing a knowledge of fabrication and other tools capable to be used in the building construction industry, as well as ultimately design structures that function at all scales; from ergonomic furniture to urban design and urban planning proposals. The research was conducted in 6 stages as an open exploration with each stage addressing the prior: 1- Natural Performances 2- Explorative Collages 3- Structural Prototyping 4- Taxonomy of Sand-based Structures 5- Proof of Concept Method/Material 6- Looking Forward
Explorative Collages exploring different natural performances like breaks, growth and perforations.
Structural Prototyping using topology optimization for mass reduction.
Academic Work | 08
Taxonomy of Sand Based Structures. Different modules can combine together and fuse to create an adaptable infrastructural system.
Aggregation.
Fusing.
Primary structural lattice.
Secondary structural lattice.
Tertiary solid system.
Evolutionary Status The idiosyncrasies between the various models continue to build upon the architectural language that we develop and would ultimately allow us to re-integrate the three systems. With that said, Our ability to control
the structural and the non-structural gives us the possibility to generate as many iterations as possible based on the various processes we explored over the semester.
Simple aggregation.
Complex aggregation.
Academic Work | 09
Infrastructural system.
Board of prototypes.
Laser sintered sand 3D Print.
Fabrication process.
Dubai Conservatory of Music Date Team Advisor Task
Spring 2018 Mark Philip, Saad Boujane Dr. Igor Peraza - Architectural Studio VI Concept Design, Drawings, Modelmaking, Visualisation, Illustration, Video, Diagrams
Located in the outskirts of Dubai, the project responds to a rather arid urban context, one that is merely populated by local residences and a soon-to-be built school by RCR Architects. The project reflects upon the clash of two major public traffic flows that intersect at a corner condition, creating a major public plaza that becomes a congregation area, not only for the students, but also for the residents. The dialogue between
the edge conditions of the site was further emphasized by pulling the two public flows into the site, introducing a so-called urban streetway from which the programs feed off of, but also separating the functions both programatically and formally.
Conceptual render of the Dubai Conservatory of Music public plaza at the intersection of two major pedestrian routes.
Academic Work | 10
Conceptual render of the Dubai Conservatory of Music cantelivering mass of music classrooms.
Conceptual render of the Dubai Conservatory of Music building facade looking north.
Academic Work | 11
Initial building mass.
Program based division.
Massing Model. 1:200
Carving our public space.
Addition of tertiary connecting volume.
Massing Model. 1:200
Axonometric projection - highlighted auditorium.
Exhibition Mode Auditorium mechanical floor configurations.
Stage Mode
Performance Mode
Entry Level Plan
Academic Work | 12
Basement Level Plan
First Level Plan
Academic Work | 13
Sectional model showcasing basement and entry levels. Basswood Model.
Sharjah Media Headquarters Date Team Advisor Task
Fall 2017 Mark Philip, Saad Boujane Cristiano Luchetti - Architectural Studio V Concept Design, Drawings, Modelmaking, Visualisation, Illustration, Video, Diagrams
Multiple, view-worthy site anchors were identified and pulled into our site as visual fields framed by an architecture characterized by its constant dialogue with the site; sometimes in harmony and other times in violence and challenge. The architecture represents a unique intervention in a rigid context that lacks urban “moments”. Our proposal is an interchange between three major anchors that were integral in the urban development of Sharjah, which is thoroughly manifested in the conditions of the site, flanked by both industrial and communal sides. The anchors included a communal anchor, defined by the green frontage and adjacency to the Sharjah waterfront. A cultural anchor, defined by the local Al Majaz mosque which is within visual proximity to the site. Finally, a performance anchor, represented by the Al Majaz amphitheater. The intersection of these anchors carve out the negative space that becomes social plazas of different scales. Consequently,
the positive space becomes the genesis of each of the programmatic requirements. As a multi-use complex dedicated to a media center, the latter comprises of primarily media studios, offices, a public theater, a mediatheque, and retail, all of which are placed on site in a way that satisfies the requirements for each program. These requirements include views, adjacencies, response to climate, and access, all of which are different for each function. The definition of the brise-soleil helped define the overall language of the proposal and “iconize” it as a more sophisticated architectural solution that contrasts the adjacent mixed-use buildings. Ultimately, the Sharjah Media Headquarters not only becomes a complex that satisfies the needs of the users, but also sets itself as an “open citadel”; a welcoming space.
Extraction of views and anchor points.
Initial building massing
Defining heights.
Entry sequence.
Entry sequence detailing.
Courtyards.
Facade strategy.
Facade strategy detailing.
Landscaping.
Site Location in sharjah, United Arab Emites.
Academic Work | 14
East view of bridge.
West view of bridge.
View from Al Majaz Park.
Academic Work | 15
Close-up shot of massing model on concrete base. 1:500
Massing model on concrete base. 1:500
Sectional perspective showing drop off area, bridge, tower and auditorium.
Floor Plan G+5
Typical Floor Plan G+30
Academic Work | 16
Sectional 3D Model of building facade. 1:30
North Facade.
Longitudinal Section.
South facade tower detail.
Bahia Canal Development 2021 Abu Dhabi Municipality Design Studio Mark Philip, Eman Tulimat, Inam Hassan, Eman Al Kubaisi, Zia Torre, Hiba Abdu Approved Pre-concept Masterplan Sketch, Concept Design, Illustration, Visualisation
Date Firm Team Status Task
Located in the outskirts of Abu Dhabi in Al-Bahia district, the project responds to a rather empty and arid urban context with only a few high end residential buildings in the vicinity. The area is merely populated by elderly local Emirati residents and their domestic workers whom are usually immigrants from South-Asain countries. The project aims to lead urban growth within the stagnant context. The existing paid ladies-only beach would be converted into a larger commercial development that is characterized by its social inclusivity and pleasant visitors experience.
From north to south, the development consists of park area inspired by the natural formations of the mangroves nearby, commercial development parcels for private developers, a community center, leasable shops, a health club and a flagship floating restaurant that is accessible through land and sea. The aforementioned programs are woven together via a system of nature, a system of pathways and a system of beach-fronts that is serviced by a linear car park zone that run in parallel with the development.
Planned Development Land-use High-End Residential Land-use Arterial Street Collector Street
ABU DHABI ISLAND
Local Street
BAHIA CANAL
DEVELOPMENT
BAHIA CANAL
25M
50M 25M
100M 50M
100M
Illustrative masterplan of Bahia Canal Development within context.
DEVELOPMENT
Professional Work | 17
Illustrative masterplan of Bahia Canal Development.
Conceptual render of sunken seating area within the mangrove inspired park of Bahia Canal Development.
Conceptual render of the mangrove inspired park of Bahia Canal Development.
Conceptual render of Health Club Courtyard.
Professional Work | 18
Abu Dhabi Parks - Ma’an’s Floating Falaj Date Firm Team Status Task
2021 Abu Dhabi Municipality Design Studio Mark Philip Scheduled for Construction Sketch, Concept Design, Illustration, Visualisation, Drafting
Our studio was approached by the Abu Dhabi Authority of Social Contribution - Ma’an - to design and develop a sculpture in the name of their major contributors. After an internal competition, my concept of the Floating Falaj was selected by the Authority, approved by the Department of Municipalities and Transportation, assigned a budget and scheduled for construction.
Axonometric visualization of the Floating Falaj 3D model.
The proposal is derived from the traditional falaj used in agricultural communities in Abu Dhabi and Al Ain city. A falaj is not only an infrastructural system, it is also communal attraction where residents of the aforementioned communities gather regularly. The Floating Falaj builds on that concept using 3 linear channels that cascade water from the hand-operated pump to the water collection “eye”.
Professional Work | 19
The Floating Falaj concept for Ma’an installation.
The Floating Falaj concept for Ma’an installation.
Abu Dhabi Parks - Al Rabdan Play Courts Date Firm Team Status Task
2020 Abu Dhabi Municipality Design Studio Mark Philip, Eman Tulimat, Ben Allgood Scheduled for Construction Sketch, Concept Design, Illustration, Visualisation, Drafting
At ADM Design Studio, we approached the concept of Al Rabdan Play Court as the link between the neighbouring hospitality project from the west and the governmental majlis and mosque from the east. To cater to the users of the space, we decided to implement a park consisting of multi-purpose courts, outdoor gyms, play areas, a skate-park and a gathering area. The project is divided into 3 bands. First, a green band facing the street that acts as an additional noise buffer from the nearby highway while simultaneously being a shaded picnic area and an open play area. Second, a vibrant urban band that consists of numerous play courts, a gathering area shaded by colorful canopies and an urban skate-park. Third, a sea-oriented band that makes use of the view which
consists of an outdoor gym overlooking the water body and an outdoor table tennis area complimented by a stepped seating structure made out of recycled pellet wood. In addition, the project aims to connect to the city by implementing fair accessibility, cycling and pedestrian path connections and a seaviewing promenade connecting to the outdoor area of the hospitality structure and the governmental complex. Lastly, the project utilizes the vehicular connection to the utility plot as primary pedestrian entrance to the Rabdan Play Courts.
Development of design concept via sketching.
25M
Project Location in Al Rabdan District, Abu Dhabi.
50M
100M
Professional Work | 20
Conceptual render of cycling and pedestrian path connections.
Conceptual render of outdoor gym area.
Conceptual render from the green buffer looking north.
Professional Work | 21
Abu Dhabi Parks - Arabian Gulf Promenade Date Firm Team Status Task
2021 Abu Dhabi Municipality Design Studio Mark Philip, Eman Tulimat, Inam Hassan Scheduled for Construction Sketch, Concept Design, Illustration, Visualisation, Drafting
The Arabian Gulf Promenade is a part of a long list of parks being (re) developed by the ADM Design Studio. The developement is an awkward triangular shaped plot of land that is flanked by the sea on one side, a large overflow car park on another side and a cycling path connecting 9.24 KM of parks and public spaces along the Arabian Gulf highway from the last side. As a focal point along the cycling track and being a high value land given its proximity to Abu Dhabi National Exhibition Centre, we decided to implement a park with pop-up retail areas that would
Development of design concept via sketching.
benefit from visitors of the exhibition season and act like a destressing zone for the visitors after a long walk. The park is divided into 4 enfilading zones that increase in scale. The zones are the drop-off area, the entry plaza, the retail plaza and the promenade. The aforementioned zones are blended together with sinuous curves that bring the design together and result in an exciting visitor experience for the one-timers as well as the returning ones..
Professional Work | 22
Location of Arabian Gulf Promenade Development.
Arabian Gulf Promenade
Mangrove Boardwalk
Illustrative plan within context.
Platform 1
Mangrove Boardwalk
Platform 2
Phase 2 of waterfront development proposal: connecting park proposal to existing public park.
Night render of promenade and plaza.
Exisitng Public Park
HOLO|MORPH REDUX Date Advisor Team Task
Fall 2016 Gregory Spaw (M.Arch ‘09) ULR Studio, Piotr Pasierbiński, Ewa Sroczynska, Basil Al Taher, Mark Philip, Saad Boujane, Mariam Elashwal, and Adomas Ramzi Zeineldi Fabrication Assistantship, Fabrication Lab Supervision Team, On-site Construction.
Holo|Morph Redux is inspired by the planar unitized subdivision of Ron Resch’s folded origami tessellations and Buckminster Fuller’s geodesic designs. In spite of the rigid geometric design and angles, Resch’s folded origami tessellations allow for the generation of fluid surface curvature in 3D space. Fuller’s geodesic pattern capitalizes on the inherent structural stability of the triangle, allowing for the use of lightweight thin sheet material without compromising structural performance. Holo|Morph Redux integrates these design strategies and is made of identical lasercut, folded, stainless steel units that can be combined to conform to doubly curved surfaces. Variation of the surface geometry is achieved by parametrically modulating two types of customized locking inserts,
Photograph of Holo|Morph Redux installation.
derived from the surface curvature at their respective points in the control surface. Material & Assembly Stainless steel provides tensile strength and lightweight tectonics, while metallic paint provides a compelling and protective finish. Individual units are fabricated and shipped flat-pack; the angle locking inserts are unique and numbered for identification; a simple rivet system serves to hold the units in place. Sequential assembly via an indexed master model facilitates ease of construction
Extracurricular | 23
Form Finding.
Assembly system.
Army of unique interlocking units.
Photograph of Holo|Morph Redux installation.
Extracurricular | 24
Additive Manufacturing Date Name Task
2021 Unit CX003 Design, Modelling, Scripting, Fabrication, Visualization
During my time in undergraduate studies, I developed a particular interest in additive manufacturing. I was selected as one of the school’s digital fabrication assistants where I helped many faculty and students with their pieces on multiple additive manufacturing platforms such as stereolithography, binder-jetting and fused-filament deposition modeling, among others. My interest in additive manufacturing extended beyond school. It was an entrepreneurial activity that provided some pocket money. In turn, I invested more time and funds into the growing field.
Concept visualization of 3D Printed Piece made using a paper-based material and LDP.
My latest investment involved building a liquid deposition modelling platform and experimenting with multiple liquid materials such as clay and paper-based extrudable mixtures. The latter opened a door for exploration using recyclable materials and binders. “Unit CX003” is a recycled paper pulp vase fabricated on a liquid deposition modeling platform (LDP). The geometry of the piece was generated using grasshopper scripting. In addition to being a limited edition piece, it is yet to be funded for as an NFT where the prospective owner gets a cut of its production profit.
Extracurricular | 25
Unit CX003
Screenprinting Date Advisor
Spring 2018 Paul Bantey
During my time in architecture school, I developed a strong interest in screenprinting and its application as an architectural representation tool. This section of the portfolio is a compilation of my select screenprints that i have prepared during my screenprintng class. The visuals have been digitally designed and produced using a WWvariety of screenprinting techniques such as simple vinyl screen, halftoning and full color CMYK prints. Screenprinting is certainly a representation technique I would like to further explore and refine.
“Redevelopment of Saad Zaghloul Square” is a black and white illustration focusing on the development of one of Egypt’s most crowded squares. In addition to being a screenprint, the design has also been made into an animation. “Mainstream” is a representation of ignorance within the population. Also known as Sheeple. “Capitalist Propaganda” is a critique of ulta-capitalism. Hence, the irony of a green valley of dehumanizing and overpriced concrete structures.
Artwork for the “Redevelopment of Saad Zaghloul Square” - 10 Editions. 42cm x 42cm. Black Paint on Paper.
Extracurricular | 26
“Mainstream” - 10 Editions. 42cm x 29.7cm. 2 Color Halftone on Archus Paper.
“Capitalist Propaganda” - 3 Editions. 42cm x 29.7cm. Full Color CMYK on Chipboard.