Philip Skein - Portfolio

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philip skein portfolio.
curriculum vitae.

Age: 31

Location: Cape Town, South Africa

Language: English, Afrikaans - Fluent

SACAP Registration: Prof. Arch

SKILLS

ILLUSTRATOR

TWIN MOTION

MORPHOLIO

LEADERSHIP

TEAM MANAGEMENT

RESPONSIBILITY

COMMUNICATION

PROBLEM SOLVING

CREATIVITY

PROJECT MANAGEMENT

REFERENCES

Riccardo Raciti - Team lead Boogertman & Partners

+27 83 611 6153

Nigel Waterboer- Team lead Smith Architects

+27 83 405 9334

@philipskein

philipskein@gmail.com

+27 848 119 922

Project architect on various local- and international projects including high-end residential houses in South Africa, Luxury-residential Estate in the Turks and Caicos, Eco villages in Nigeria, Educational projects in Rwanda, Mountain homes and Cabin design in Canada and USA. Duties included conceptual design, design development, project administration, site meeting administration, professional team coordination, contract administration, construction documentation.

2019present Journeyman international Humanitarian Architect

Ongoing volunteer project architect for various humanitarian projects.

Smith Architects

Professional Architect

Hands-on project architect and team leader on various smaller projects. Duties included team management, conceptual design, design development, project administration, site meeting administration, professional team coordination, contract administration.

Boogertman and Partners

Candidate Architect

EXPERIENCE EDUCATION

Gained exposure on a large variety of architectural typlogies including retail, mixed-use office, industrial and residential. Duties included preparation of council submission drawings, preparation of construction drawings, site meeting attendance, preparation of marketing material and visualizations, coordination with other professionals, construction detailing.

Masters Degree of Architecture (M.Arch)

NMMU Port Elizabeth

Bachelors Degree of Architecture(BAS)

NMMU Port Elizabeth

AWARDS

Corobrick Student of the year award

Treatise : The design of an aquaculture plant for the lower-Swartkops Estuary

Editors Choice Award- UNI XYZ. Competitions Koala

2020present 20182020 20162018 20142015 20102014 Self employed Professional Architect
AUTOCAD
INDESIGN
REVIT
LUMION PHOTOSHOP
Desktop Personal
SKETCHUP
DESIGN
PROCREATE IPad
2015 2020
Clinic
ILU AYO THE SUMMIT HOPE SCHOOL KOALA CLINIC CABIN FEVER TREATISE 06 14 21 28 35 42

ILU AYO

Type: Cultural/Educational

Client: Green Institute NGO

Date: 2022

For many years, the Aiyetoro coastal community has been subjected to diverse natural disasters, climate change, and sea-level rise, which makes the built heritage in this village, especially vulnerable. The most recent of these storms has destroyed valuable heritage and educational buildings, while rising sea levels pose a continued threat to infrastructure integrity.

I have been approached by a Nigerian NGO in an effort to preserve the local heritage and livelihoods of the residents through architectural intervention on a nearby plot of land.

01 l ILU AYO
7 © Vemaps.com Ondo district, Nigeria Entrance perspective

The architectural brief was to create a new cultural hub for the local Aiyetoro community in the form of an modern Eco-village. It is envisioned that the new village will celebrate and honor the rich history of the village, whilst symbolizing a new era in the community`s future - one that is characterized by forward thinking, truth and sustainability.

The architectural language draws inspiration from the local stilted, wooden architecture - an architecture that has develop after decades of living on the Edo Delta river. The buildings are formally arranged on a structural, stilted grid, interconnected through raised timber walkways that allows for water to pass underneath freely. Plazas are set up with varying degrees of privacy in the form of larger timber decks and act as places of gathering and interaction.

01 l ILU AYO
Floorplan
1. PRODUCE GARDEN 2. CLINIC 3. MULTI PURPOSE 4. ABLUTIONS 5. OUTDOOR LEARN 6. KITCHEN 7. CAFETERIA 8. CLASSROOM 9. STAFF ROOM 9. STAFF ROOM 10. COMPUTER LAB 11. AGRIC/SPORTS 12. STAFF PARK 13. LIBRARY
9 Privacy zoning diagram Circulation diagram Eco cottages School Culture center Church Market Axonometric diagram

The design implements various passive design strategies specifically for the humid climate. Ventilated timber walls allow for cross winds to enter and cool the building whilst ventilated, roof ridge gables allow for hot air to exit.

High-volume roofs create air spaces that acts as buffers from penetration of the heat whilst locally-crafted bamboo leaf fascia`s ornate these roofs evoking distinct sense of place and character. Community involvement are encouraged not only through the construction by also through the craftmanship of lighting fixtures, window- and door screens and carpets.

01 l ILU AYO
1:100 A3
1:100 A3
DESIGN BACK ELEVATION
FRONT ELEVATION
School elevation
11 STEEL ROOF SHEETING WOVEN BAMBOO DOORS AND WINDOWS VENTILATED TIMBER LOUVRES DISPLAY EXIBITIONS VENTILATED TIMBER LOUVRES WOVEN BAMBOO BULKHEAD TIMBER PLATFORM Perspective cross-section of school and multi-purpose hall
Community center axonometric diagram
01 l ILU AYO
Chapel interior perspective
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MULTI PURPOSE HALL PERSPECTIVE
DESIGN
Community center interior perspective Community center exterior perspective

THE SUMMIT

Type: Luxury residential

Client: Lattitude 22

Date: 2023

The Summit development sets out to address the growing demand of high-end expat living in the Carribean which has been steadily been increasing since the pandemic.

As the only Architect on this project, my duties included, but were not limited to, conceptual design, design development, coordination of consultants, generation of marketing material, permit drawings. This project is set to break ground in the first quarter of 2023.

02 l THE SUMMIT
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Grace Bay, Turks and Caicos Islands Entrance perspective of typical Villa

Situated on a steep Carribean hilltop on the western-side of the Turks and Caicos Island, the design seeks to blend seemlessly within the natural landscape through the implementation of green roofs and local limestone. The villas are recessed in the earth in an attempt to maximise individual villa views whilst not hindering the views of neighboring villas.

The design of the villas are further characterized by clean lines, large north-facing windows and spacious open living spaces that maximes natural light and airflow. Spaces are organized around a central circulation node in the form of a grand spiral staircase feature. It is this staircase which essentailly acts as a privacy mediator between living and sleeping spaces.

INDIGENOUS VEGETATION SLEEPING DIVISIONS BUILDING ENVELOPE INFINITY POOL LIVING ROOF CIRCULATION CORE SERVICE LIVING SPACE Upper Level Floor Plan
Axonometric diagram
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Patio perspective - render by Wiktoria Winter
02 l THE SUMMIT
Villa Type A Concept sketch
19
Birdseye perspective - Render by Wiktoria Winter Villa type B Entrance perspective

HOPE SCHOOL

Type: Educational

Client: Hope Assistance NGO

Date: 2021

The Hope Assistance Foundation identifies the purpose of the Hope School to provide free education to the children in the rural distric of Kayonza. It is envisaged by the client that the school will serve both the children aswell as the community, and become a beacon of progress in the region.

I was approached by a NGO called Journeyman International and appointed as a volunteer, project architect before embarking into the beautiful East-Africa country.

03 l HOPE SCHOOL
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Kayonza district, Rwanda Classroom perspective

The design response sets out to create an informed, site specific design that will enhance the traditional Rwandan culture and sense of place of the region whilst creating a safe, collaborative learing atmosphere for local village inhabitants. Buildings are staggered along the existing classrooms to set up learn- and play spaces that can easily be supervised for increase child safety. The design places strong emphasis on outdoor learning and play. This idea is emphasized through a playfull wall element that connects and defines the various play and learn areas. Site

03 l HOPE SCHOOL
Library interior perspective
23 CLASSROOMS CLASSROOMS CAFETERIA MULTI-PURPOSE HALL PRODUCE GARDEN LIBRARY COMPUTER LABS SPORT FIELD STAFF PARKING PERIMETER WALL ENTRANCE School vs Community Play and outdoor learning Safety and surveylance
03 l HOPE SCHOOL 1 1 3
25 1 1 2 3 1 2 3
Perforated brickwork is integrated as a passive ventilation design strategy. Locally woven bamboo matts serve as acoustic buffers.
perspective
Locally woven ventilated sliding doors.
Multipurpose hall section
03 l HOPE SCHOOL AGRICULTURE LIVESTOCK/GATHERING HUTS 3 2 4 6 7 8 8 1 1 10 13 8 9 8 8 8 8 5 5 5 11 1 1 12 1. PRODUCE GARDEN 2. CLINIC 3. MULTI PURPOSE 4. ABLUTIONS 5. OUTDOOR LEARN 6. KITCHEN 7. CAFETERIA 8. CLASSROOM 9. STAFF ROOM 10. COMPUTER LAB 11. AGRIC/SPORTS 12. STAFF PARK 13. LIBRARY Ground floor plan Traditional african village Reinterpereted african village
27
Classroom perspective
Multipurpose hall perspective

KOALA CLINIC

Type: Vetinary

Client: Uni XYZ Competition

Date: 2020

Team: Philip Skein, Keegan Maybery

Conceived as a response to the Australian wildfire`s of 2019, the project seeks to promote a paradigm shift in how we typically create buildings to heal animals out of the wild. Animal Rehabilitation facilities should not only seek to heal injured animals but rather be Pro-active and seek to catalyze a series of external ‘healing’ actions on the natural environment and it`s inhabitants to ultimately provide a sustainable method of natural conservation. This ideology seeks to create a more sustainable, bio-centric architecture that is founded on prevention/awareness and rehabilitation across different scales.

04 l KOALA CLINIC
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Queensland, Australia
Koala sanctuary perspective
04 l KOALA CLINIC
1. CLINIC SPACES 2. VISITORS CENTER 3. SENSORY CHAMBER 4. AMPHITHEATER 5. SANCTUARY 6. SUPPORT SPACES
1 1 1 2 3 4 5 7 7 7 6 Roof Plan
7. CANOPY WALK
31 PUBLIC PRIVATE BIO-SKIN RAISED LOW IMPACT DESIGN BIOMIMICRY BIOPHILLIA GREEN ROOF Visitors vs Staff spatial arrangement Design solution Access Koala movement pattern Fragmented natural environment Site Cross section
04 l KOALA CLINIC
Biophillic diagram

It is widely accepted that wildlife and humans alike heal faster when exposed to some form of natural environmental stimulus. To capitalise on this notion the following strategies were implemented which dictated the arrangement of internal spaces, passageways and courtyards:

All habitable spaces are arranged to have a direct visceral connection the natural environment to further improve human productivity, morale and wildlife healing rates. All passageways terminate at courtyards or views to the surrounding landscapes. Not only do these strong visceral connections to the natural environment improve the rate of healing but they may also serve to calm wildlife in an alien realm.

33
Clinic interior perspective

The concept of awareness through immersion is implemented through introducing the visitor to various stages of experience along a round-trip journey through the facility. These stage are set up as spatial nodes along a procession that begins and ends in the visitor center.

A powerful, somber memorial is created from the reclaimed wood of a forest fire, arranged in a space designed to be mute and disorienting. T he persistent drops of water fall into a smoldering cast iron bowl of charcoal, creating a very surreal and visceral experience, infiltrating visitors noses and eyes disorientating them to replicate the sensation of being lost and afraid in ravaged habitat.

04 l KOALA CLINIC
35 reinterperted corten tree canopy reclaimed timber columns water pipe hot stones branch-like floor structure
low-impact, raised construction permits animals to move freely underneath the building
fractured forest canopy
Sensory chamber perspective

CABIN FEVER

Type: Off grid residential

Client: Boris Peijk

Date: 2022

Commisioned to design and vizualize a series of 6 easy to build off-grid hiker cabins for a startup construction company in Canada. These cabins will be used for the nature enthusiast Air Bnb market. A different prototype was required for varying terrains within the Selkirk mountain, Kootenay Lake area. More of these designs can be showcased upon request.

05 l CABIN FEVER
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Nelson, Canada
Off-grid cabin perspective
05 l CABIN FEVER Entrance perspective
Section perspective
39 1 3 2 5 4 6
1. Entrance patio 2. Kitchen 3. Lounge 4. Bedroom 5. Loft
Axonometric perspective Bedroom Kitchen Deck Deck Deck Lounge Floorplan
6. Deck
05 l CABIN FEVER
perspective
Section
41 Off-grid cabin perspective

AQUACULTURE PLANT

Type: Industrial

Client: Treatise

Date: 2015

My proposed architectural intervention seeks to address the social, economic, and ecological issues plaguing the Swartkops Estuary region while promoting sustainable, conservation-driven solutions. The project envisions implementing restorative initiatives at multiple scales, culminating in the design of a building that serves as a research platform for the effective study and monitoring of estuarine ecosystems. The proposed building will also act as a hub for integrated aquaculture research and production, executed in a socially, economically, and ecologically sustainable manner. The ultimate goal is to restore the Swartkops Estuary’s ecological and cultural significance, transforming it into a thriving natural national asset and a vital local living resource. Full project made available upon request.

06 l AQUACULTURE PLANT
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Swartkops Estuary, South Africa

4.3 DESIGN DEVELOPMENT - Form development

06 l AQUACULTURE PLANT 135 4.3 DESIGN DEVELOPMENT - Plan development Plan development 1 Plan development 2 Plan development 3
Plan development Form development

2nd level plan

The proposed building will combine laboratory and factory/shed typologies to facilitate the translation of laboratory discoveries into commercial algae-based biofuel products and processes, while also providing research space for effective estuary ecological monitoring.

Additionally, a public interactive algae pavilion is included in the design to promote awareness of sustainable industry. This pavilion will serve as a platform for educating the public about the potential of algae-based biofuels and its significance in promoting a sustainable future.

45
06 l AQUACULTURE PLANT
47 Perspective section
06 l AQUACULTURE PLANT
Laboratory section Interactive algae pavilion
49 Laboratory section
end.

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