This collection of microbial reactive contamination looks into the affects of oil spill contamination on microbial life in the Niger River Delta of Nigeria. Over the last 20 years there has been constant oil spilling in the mangroves of the Delta Region, and this constant pollution has not only affected the Ogoniland People, but also the complex ecological systems that constantly have to adapt to the irresponsibility of the mega oil industry. This series of photos has been realised after three trips in the last two years to the region of Nigeria to document the local residents, and how they have reacted to the spills, but also to collect samples in relation to the polluted water. Instead of adding the images of people to this series the aim here was to show this scales of contamination that we don’t see with human eyes, and also to show that even on the molecular scale there is a molecular slow violence that is happening which is hidden behind beauty. This was achieved by photographing the polluted water under the microscope magnified by 30,000 times what the eye can see, in areas where dead micro-organisms had been mixed with the oil contamination. This series aims to show this hidden violence of the tensions on a molecular scale of environmental exploitation while drawing in the viewer with photographic technicality, and beauty. When viewers ask what is this beautiful photograph of, the exploitation story begins, provokes, and challenges perceptions about the systems that we are all connected to in a complex system of global energy relations. Photography as an element to question, and produce an new environmental aesthetic using beauty as a means to become a catalyst for environmental provocation.


Design Components =  Contaminated Water/Soil Samples

                                        Hitachi Electron Microscope SU7000 + Microbial Hibiscus Stain


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Larsen’s Lost Water coincided with the United Nations Climate Change Conference in Paris, ArtCOP21. The exhibition focused on the ways that the relatively uncharted parts of the globe – the Polar Regions, and the seas – are (mis)represented, through exploring context, and how introducing an alien or unexpected object into a space affects both components readings. The exhibition plays with the dislocated object as cliché, and metaphor in relation to climate change. Ruth Little, from Cape Farewell states, ‘Metaphors allow us to think at different levels of scale simultaneously, linking the minute to the infinite’. However, isn’t there a danger that these metaphorical objects become clichés? These objects, and visualisations are important as agents for change because - quite literally –‘we’ve seen it all before’ through TV or internet footage.


The exhibition considers the proximity of objects, and how we engage with, and witness them. What might happen if the viewer shifts from being a spectator into a witness, because what is happening in front of their eyes is an actuality, not a media representation?


As critical writer, James Polchin states, ‘The word witness, as we have come to define it in the latter half of the twentieth century, is more readily equated with the experiences of surviving trauma, investing the act of witnessing with an ethical responsibility....to witness, especially in the context of historical visual documents, demands not only a speaking, but a speaking out’. So when you are witness to something, you become implicated in it.


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Design Question = What are new ways of experiencing, observing or remembering an environment post visual documentation, and photographic documentation. Often times the sense of smell is the most powerful sense when one is experiencing a new environment. The smells of an environment are deeply rooted in your mental archive, and when you smell something similar to that environment your glands are activated, and you visually picture your experience in a specific place. This network of atomic sensations sends electric messages down your spine, and into your blood streams, that triggers the movement of the nostrils, that breathes in, then exhales out while visually placing you back in that environment. With this is mind this research expedition’s core focus was to fuse experimental chemistry methodologies with local + natural materials from diverse environments across the globe. This edition of experimentation took place in the Amazon Jungle using local plants, water, cellulose, plant extracts, and medicinal dyes. These materials were locally sourced, and act as perceptual colour and smell specimens of the environment in which they were made. This living archive, and capsule of the natural elements, smells, and visual properties  of the Amazon Jungle will act as a catalyst for connecting cultures, and sensory exchanges through material alchemy.



Research Components = Material Science +  Natural Fibres as Aromatic Memory


Design Components = Plant Skin + Dye Aroma + Soil + River H2O

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This exhibition uses visual imagery to question the process of inner transformation though researching epistemological belief systems cross-culturally. The act of looking within ones own mental ecology, and connecting what is seen to the outward environment has been the inspiration for an array of methods that try to question the art of living. How does one transform reality through time without causing external tensions for others, and the environment? Is this possible through the creation of art, or artefacts of creative order? Many times the dogmatic routine of method, and ritual can either stimulate or negate this process of transformation by habitual dilution, or illusion. As an anthropological research design hypothesis we question whether dilution, illusion, transformation, and rebirth are all one in the same, which means one has no hierarchical value over the other, and are essential layers of action in the process of becoming. Each photograph is a representation of this process, and ask the viewer to reflect on their current state within the wider collective process of becoming by witnessing the posture, and looking though the eyes of others that are a reflection of ones owns journey.




Design Components = Palm Acid Film + Sri Lankan Textiles + Eye Anatomy  + Pupil Voice


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Where does the anthropological, and epistemological framework come into the conversation of environmental regeneration, or ecocide? The current framework, and conversation around environmentalism is structured in the form of rescuing nature from the results of industrialism, in the sense that we can aid, or restore what we have lost control of. One can look at this phenomenon as a pursuit of reclaiming a lost controllability of nature. This very perspective of rescue within climate change has to be questioned, as its foundation lies in a philosophical framework that still opposes a relevant relational connection to the threads of the environment itself, herself, him- self, their-selves, or ourselves. Before we migrate into what is now known as environmentalism, one can pose the question, what was the human perspective, and epistemological relations to the environment before the term was used as a description of actions that relate to caring for the environment? One not only should search for, and discover the layers of colonialism in the naming, classifying, and claiming land as a form of relation, science, and anthropological understanding to an ecological system, but one also should aim to explore the mental fibres which are evidence, or other ways of seeing these same classifications, and scientific analysis, i.e. What questions can one ask about the origins of environmentalism thinking, and how does it relate to cosmological, anthropological, and epistemological relationships of humanity cross culturally?


With the rise of cities, and urban agglomeration our aim is to document, and explore an array of research accounting for living, and extinct autochthonous cultures, and their anthropological view on human/nature connectivity though art, architectural creation, experimental discourse, and medicinal practices. The aim is to question the role of the architect, architecture, or experimental forms of medicinal architecture in a changing geo- sphere, in the light that humans can be animals, animals can be humans, and microbes can be humans.




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Movement is an essential aspect of human life. How do we move from place to place, and what are the ways in which that movement is accompanied with aesthetic value based on the apparatus in which we travel in are all questions that formed the foundation of this design research. Each vehicle has it own societal value, social status, and overall all psychological affect on the community that observes the vehicle, and the driver. Can the design of a vehicle’s form, and materials contribute to the drivers awareness of the rate in which movement is obtained while being a catalyst for a new environmental perspective in relation to automotive material usage. Organic shapes in comparison to  more geometric forms both have an affect on the speed in which the driver travels. This design experiment aims to create a form that aesthetically, and technically works with wind pressure to produce a smooth transition of the vehicle between wind currents while providing an optimal viewing apparatus for environmental observation while in pursuit.




Design Year = 2052


Design Components = Black Iron Clay + Basalt Silica






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This ceramic collection was formulated in honour of the King, and Queen of the Ikorodu Kingdom in Lagos, Nigeria. Each design element was used to celebrate, and symbolism the responsibilities of leadership, and the lineage of ceramic arts, and master artist in the local area. This appreciation for the history of anthropological research in the arts, and royal symbolism created the design components used to formulate contemporary relief carvings, and design motifs that act to encapsulate artistic traditions using the alchemical process of mineral solidification in fire.





Design Components = Bark Brown / Black Iron Silica Clay +  Red Alumina + ZrO2 + Fe2O3 + CuO

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Design Formula = How can architecture transcend spatial comforts, and act as a spatial network of experimental environmental experiences. This pavilion aims to question experiential space by positioning the public in three different environmental that make up the internal space of the pavilion. Olaniyi Studio has always been interested in the power of geometric juxtapositions, and how material pallets can harmonise an architectural experience though the a careful positioning of there qualities. The original concept for the work begun by looking at the photo-receptive characteristics of the cones, and rods embedded in the retina of eyes. They both have vital functions when it comes to both light, and colour perception that is vital in architectural design, experience, and perception. The function of the rods allow for scotopic vision in decreased light while the cones focus, and respond to increased light allowing for the absorption of colour spectroscopic wavelengths to respond to reflection, and colour negation. If an architectural apparatus could work within these properties of the eye how would that affect the experience of the viewer based on the lighting,and reflection of the pavilion. On one end, the interior, and external skin is designed specifically for increased rod functionality by creating a lowlight highly refractive environment in black. This black colour serves two functions as it absorbs UV light in the day which also creating shadowed light motifs on the grounds as the sun shines though its porous skin. On the opposite side of the pavilion is an egg white knitted skin, which allows increased stimulation of the cones in perceiving colour of the experiential, and internal environment. The designed balancing of these two perceptual dichotomies allows the pavilion to be experienced in a way where negative and positive space become, positive and negative space in both the optical, and physical environment.


Design Components =  Knitted Exterior Skin + Bone Structure + Retina Anatomy + Lighting Design


Architectural Scale =  Biennale Pavilion + Museum Experimental Space + Nomadic Pavilion

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Human experience in relation to the perceptual cognition of materials though design research on all scales of an organism life is the conceptual framework of this research experiment. Micro-organisms, and molecular matter all have different surface textures that can inspire architectural, and sculptural objects. When we use haptic ways of perceiving these textures we can create experiences with them that can affect human perceptions in relation to empathy, beauty, and scale. This can be referred as a component  philosophy of molecular emptiness within design research, and creation. There is also a natural transformation in plant anatomy based on the the amount of light levels in its environment, photomorphogenesis, which is the study of the internal morphological structure of plants, especially at the microscopic level. While taking this into account this experimental  photographic essay aims to exhibit this phenomena by which the change relating to the form, or structure of things vibrate.



Design Formula = Palm Acid Film + Microbial Objects  + Micro-Botanical Textures  + Geometric Skin

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Conceptual Design Framework = To question medicine. What is architectural medicine, and how can it relate to both the sensory, and environmental apparatus of the mind?  How can architectural form work to question social tensions, and divisions though the collective eating, and drinking of plants embedded in its facade? What does it mean to design with an intention beyond the human perception of a program in which the human is at the centre of it functionality? What happens architecturally when the beauty of an architectural apparatus is not purely in its form or function, but rather the visually reactive conversations that it has with the wind, the rain, the temperature, the mist, the heat from your hands, decaying algal species, and the roots of the plants embedded in its multi-layered skin?


Function = Collective exchange of ideas/ issues/concerns around climate, social justice, and environmentalism though an experimental dinner program. This program will invite chefs, architects, scientist, musicians, and artist to exchange ideas about the ways in which design can have an affect on the way in which the environment is perceived, and valued.



Design Components = Modular Structural System, Knitted Interior, Relational Aesthetics


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Conceptual Framework = Organisms have adapted to their environments over millions of years to create a vast range of subspecies, characteristics, and appearances that help them survive, and thrive in there natural habitats. The mission in this collection is to encourage awareness of the adaptive qualities, and responses organisms have adapted to in relation to the new environments created by environmental issues. The reality of climate change, air pollution, ecosystem degradation, and the melting of the ice caps has provided new adaptive parameters that organisms are forced to adapt to, evolve with, or suffer from. This research archives  these anatomic, epidermal, cardiovascular, and changes in their internal systems by creating a dialogue between, visual arts, and speculative biology. Many times  microscopic organisms are the first to evolve to environmental stresses, and their visibility plays a key role in trying to understand how larger organisms, and plants will change as well as  becoming a catalyst for the importance of living a more environmentally aware life. Beyond there scientific importance, they are beautiful as micro geometries, and forms. Many of them adapt to maintain an environments alkaline, or acidic chemistry though oxygen creation, decomposing toxins, and producing food for larger organisms. Artists an designers have always had a fascination with creating new relations between what we see, and don’t see using imagination to stimulate ideas that inform our perception of reality. What would these future organisms look like, and what new bones, systems, and skins would have to evolve for them to thrive in the future? Are there unseen species encapsulated in the ice caps that are melting in Antarctica, if so what do they look like, and what are their biological functions? Here we have designed a series of speculative organisms that have adapted to have functions that are essential to there survival in a changing climate as a design approach to raising awareness about the intricacies of the ecosystems we are connected to and live within.


Design Components = Micro-anatomy + Functional Biology + Frozen Skin + Speculative Biomimicry


Design Function = Environmental Awareness + Museum AR Installations + Pedagogical Design



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Design Research  = Volcanic Metabolism as  Seed Lungs

This series of oil paintings aims to reinterpret of the chemical weathering process that happens as volcanic rocks decompose to create nutrients for plant life. Volcanic deposits can transform soil into some of the richest agricultural grounds on earth. Plant life on the surface of Earth primarily exist based on a collaborative effort from natural elements. The energy from the sun, rainwater, and nutrients from rocks that have been decomposed, and recombined into molecules that work together to enhance plant growth. The process of chemical weathering breaks down the bonds that hold rocks together. Chemical interactions from the atmosphere with rocks enable key elements from rock-forming minerals to be released. The released minerals are then accessible to growing plants. Volcanic rocks enhance some of the best soils on earth because they have a wide variety of mineral elements, and are easily chemically separated into elemental components.




Conceptual Framework = Entropy = Chaos to Order --> Life = Death

                                            Reverse Entropy = Chaos to Order ---> Death = Energy


                            (What completes the system?) Chaos to Order ---> Energy = Life

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The last decade saw the growth of economic activity, and technological advancements towards sustainable development, and cleaner energy. This has accelerated the growing demand for raw materials. Resource extraction is becoming increasingly volatile in relation to the uncertainties that surround the geographical patterns of production. The Atacama Desert in Chile is a sand swept rock-scape spanning a 1,000 kilometre strip of land on the Pacific coast. It is one of the driest regions on Earth with almost no history of precipitation. It is located 2,400m above sea level, between the Andes, and the Chilean Coastal Range - the sacred mountains that have shielded this region from rain for centuries. From afar this remote desert has been described as ‘terra-nullius’ and depleted of any signs of life. However, on the contrary - The Atacama is scattered with mineral rich salt fats, oases, and lagoons, which encompass complex social, and natural ecologies, which are increasingly subject to large-scale mineral extraction activities, and rapid development of its associated infrastructures. The Atacama Desert makes one third of what is referred to as the ‘Lithium Triangle’ which encircles Chile,Bolivia, and Argentina.


Existing ecologies continue to reinvent, and adapt to the changing landscape of the Atacama Desert, but from our findings we can anticipate that growing pressure on the region for lithium extraction will have major implications on existing, and future systems of living.


Followed by nine months of extensive research, and three weeks of field work, where a series of projects have crystallised, the overarching theme of exploring alternative environmental futures in the Atacama region focuses on establishing an ecosystem of knowledge production and exchange, within and between local communities,visiting researchers, and the landscape itself.


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Conceptual Framework = Biology + Architecture. When we look at the connecting filaments between the inner, and outer world that surrounds us, one has to question the networks in which form their origin. The collective network is complex yet the network is made of very simple components. Can the linking of an architectural species of components create the architectural structure of a living  micro-system that is able to function as an apparatus for new micro-climates and ecosystems to thrive on?


Biology = Researching  micro-biologic anatomy for architectural structural components.


 -Skin + Bone + Muscle + Vein = HUMAN Skin Functions  + ANIMAL Skin Functions

 -Marine Biology + Amphibian Poison Dots = CLIONA CELATA + DART FROG


When we look at the world around us, do we look at it on every scale? Things are made of things. Things connect to things. Each component playing its role in the overall structure of the whole. Each tensile architectural skin looks into different scales of this phenomena within design. The process starts with looking at  biology as inspiration of how the architectural system can aesthetically work, and structurally function. The aim of this series of tensile skins is to design based on the porous skin patterns of each species that was researched, and question how that structural bone system actually works, and is used by the organism, as the mechanics of what ever component is being designed. Once the pattern, and structural elements have been designed the next phase of botanical research assigns plant climbers, and other plants species to the tensile skin which allow for new micro climates to grown upon installation in the public realm.


Architectural Scale = Museum Installations, External Environments, Parasitic Design


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Human posture is a one of most important aspects of stimulating creativity, and internal confront when working, and resting. There is a vast number of people that work every day in a sitting position that has detrimental affects on the sacrum, and lower spinal vertebrates. These bones keep the body in balance as they connect the lower half of the body to the upper organs. When these are damaged not only does this cause kyphosis, but it also weakens the internal nerve connections from the lower spine to the brain. When posture is correct the signals from these nerves have clear passage, and stimulate creatively, and better blood circulation. Often times dorsalgia is induced in the form of numbness, and sharp pains after long durations in poor spinal poster. The design formula here aims to use design as a tool of spinal restructuring, or repair based on the current state of the users spine. How can design be used as a medicinal device as well as a form of beauty? The process of form finding the correct shape of the chair was designed to provide support for the spinal cord, and supraspinous ligament by enhancing support for the (r/l) ilium bones, and (r/l) longissimus thoracis muscles so the spline can rest comfortably between them. The overall design formula, and prototype was short-listed for the Lexus Design Completion Tokyo, Japan.



Design Formula = Algorithmic Modelling + Spinal Anatomy + Supraspinous Ligaments


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Conceptual Framework = Located at the base of the spine, the pelvic floor, and the first three spinal vertebrae, is the root energy centre within human anatomy, and is a metaphor for a sense of security on Earth. Its metaphoric colour is represented in an array of red to burgundy hues that indicate vitality, blood movement, and birth among others. In Sanskrit Muladhara is a combination of two words which mean,   Mula  = “root” and Adhara  = “foundation”. Plants also have this same anatomic metaphor in there physical anatomy. The “root” of the plant is at the base of the stem, and penetrates downwards into the “foundation” of soils on Earth. Both the base of the spine, and the base of plants are storage points of energy for the organism to use as it grows. Also in plants this is the territorial boundary between underground ecologies, and overground ecologies which are connected, but have two different chemical environments. How does the root, and the foundation communicate, and through which means do these signals transform energy into growth? Being the light exposing element in many flowers the integral function of pedicels is to make sure the right amount of sun, and wind are exposed to the flower while making sure to position them in an attractive manner for pollinating insects. This movement coupled with sepals, which are small leaves that form the outer bud of a flower near the upper stem insure that the developing flower dose not dry out, are both examples of how that based energy is transformed. As a metaphor for human, and plant growth tensions, the chemical element radon silently becomes present as a colourless, odourless, tasteless noble gas in which has the potential to freeze the Muladhara while the plants work to absorb it. This collection of art work explores the relationships between plant, human, and hydrocarbonic gasses that have the potential to affect healthy growth now, and in future generations.


Design Components = Japanese  Silica Clay + Black Iron Clay +  Raw Bees Wax

                                       Canvas + Red Alumina + Walnut Oil + Raw Pigment


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Design Formula = Plant Skin + Dust + Saliva + H2O


Conceptual Framework = How can a book become alive, or an active nomadic agent that stores knowledge based on its reactions to environmental conditions, and time. Can reaction, or page transformation as a means of understanding the properties of change that are embedded in plant life though the visualisation of water production, or form mutation on each page as a skin speak about the health of an environment? This research consist of three living books that have been composed based on a collection of material science experiments with plant minerals. Each page embodies a different formula,  which has embedded properties from a range of site specific locations in London. The combining of these properties then affect the growth rate of the page in relation to how it moves, and forms based on its environmental conditions. Once composed in London in 2015 these books have travel to different locations around the world to react to the environmental conditions within a series of locations that have allowed them to respond, morph, expand, sweat, and breathe. As heat is applied to the books from a hotter climate they begin to produce water, or sweat, leaving vapour in the atmosphere from other locations. Each book, and page has its own memory, and acts as a storage mechanism for environmental conditions, and states of climate patterns.



"Knowledge as a living material for environmental fluctuations to teach. A book with no words, can still hold knowledge if one allows it to speak through the observation of its  morphology."  -Agbo-Ola





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Conceptual Framework = This collaboration aimed to question the ways in which medicine can become an art form for a Welsh thoroughbred house that suffered from laminitis, colic, and poor internal digestion due to age, and inflammation. Hectic’s hoof inflammation was at a critical point at the time of this research residency as a result of metabolic inactivity, and acute stress levels within the horse. Colic, a common digestive issue in horses that intensifies neck, and abdominal pain triggered systems of malnutrition within the horses physique. During his life as a race horse, and the wear and tear of training, Hectic’s body was in a state of rehabilitation, and metabolic stress caused by a parasitic digestive track in which created problems with processing the nutrients from his everyday intake of food. Being that his immune system had weakened with age the parasites affect on this internal system was multiplied causing lower energy levels in the horse as well as increased inflammation. How can the cause of disease inspire new forms of communication between species, and art as a form of medical intervention across species? Upon arrival to the farm we questioned these relationships, and aimed to work with Hectic directly over the research period. This process started with walks, and conversations with the horse, and ended in a series of interventions that acted to aid the digestive, and inflammation issues through the consumption of an intense diet, and acts of metabolic performances. Over the research period  five different digestive formulas were created as large tablets that infused live probiotics, yeast, vitamins, and minerals that would help re-stabilize normal digestive functions. Each tablet was designed to strengthening the hindgut, and colon while stimulating blood circulation with flaxseed, omega 3s, and essential fatty acids. To compete this research the performative act of daily anaerobic performance for Hectic aimed to stimulate his digestive tract on an extended layer of metabolic relations, through energy transmutation within the metabolic system of the runner.


Design Formula = Omega 3 + Flaxseed Paste + Hydration + Parasitic Reduction

Design Function =  Anaerobic Performance


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Design Question = What is the future of interior design, and how can this act as a tool to create imagined spaces of living walls, breathing windows, and decaying furniture? We live in a complex system of energy exchanges within our home, and public spaces that call to action new design problems, and experiences that can affect the way we see those exchanges, and the world. What does it mean to have dinner with a plant, when you eat, you also water the plant living in your table? What does it mean to have your house walls changing colours based on the microbiome  that has found a home in your living room? What if your guest could see the interior microbiota they were entering in when they pass the threshold of your home, and how would this change our relationships, and the way we do gatherings? The fact is that all scales of existence play a role in our daily lives, and microbial cohabitation is a necessary reality. The other fact is that the question of this invisibility  happens to be a design problem yet ambition that fuels our interior futures design research. We think that by designing for the unseen in a real, and metaphoric way can produce spaces that create  new programs of relations, and experiences beyond the realms of everyday living spaces. We have designed a serious of propositions through living wall skins, living furniture, and indoor landscape architecture that aim to bring these realities into shared public interior, and private spaces.




Interior  Function = Co2 Wall Absorption, Thermal Responsive Walls, Hydro Reaction Walls


Interior Scale = Museum Walls, Home Furniture, Gallery Interior Exhibitions, Living Facade Murals

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Conceptual Framework = Soils are the foundations of organic life, and serve the purpose of Earth’s stomach. When you hold a hand full of soil the connections of its complex mineral content, and populations of life make up almost the same number as the human population on Earth. This fact shows the importance of soils micro ecological systems, and the role they play on keeping the balance of larger ecosystems. Essential minerals in organic matter rest in the soils architectural structure while over eight billion bacterial cells are found to make up a forest rhizosphere. This sphere acts as the micro framework for the network of electric signals that send between plant, and soil to insure healthy collective plant growth. How can the acidity, or toxicity of soil distort plant growth? When soils are acidic they produce acidic plants low in iron, and other minerals. Some plants thrive off soil acidity, but have adapted over millions of years to finding nutrients from other environmental elements. In this collection of material experiments we looked at creating an archive of soils that would highlight the diversity in there mineral properties, colour, and texture. Each artefact is made with soil containing different mineral content, and pigment from an array of habitats, and environments.




Design Formula = Soil Samples + Plant Skin + Acid Base + Blue Silica + Coconut Oil

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Research Components =  Marine Biology + Environmental Perception + Sphyrnidae

Ecosystems work in a relational, and closed looped systematic way that allows for organisms to thrive, feed, and reproduce while creating a balance amongst diverse species. When this balance is affected by an extinction, or decline in the population of one organism the system has to rebalance itself, and all other organisms are affected as a result. Scalloped hammerhead sharks are one of the top predators, and organisms that served to keep the marine ecosystem in a state of equilibrium by maintaining the species under them in the food change. The state of oceanic health can be determined by the health, and population of these organisms because if there population declines a vast number of other organisms, and micro-botanics would overpopulate. This role of keeping the balance between competitors ensures an increase of diversity between species. Scalloped hammerheads are listed on the World Conservation Union's Red List as an endangered species, due to an increase demand for their fins, and underdeveloped regulations on industrial fishing. During the summer months large schools of sharks gather to mate in warmer waters, and because of their large populations, fishermen have also capitalised own this gathering to capture large quantities in a short time. This influx, and imbalance in relation to the quantity, and time in which they are captured causes detrimental effects to marine life. Often times only the fin is cut, and the shark is thrown back into the ocean. The anatomical structure of the hammerhead shark  only allows them to breathe when they are in a swimming motion. Unlike other shark species, if they stop swimming they risk the possibility of drowning, and without there fin this is the fate of their existence. This arena design, and interior aims to bring awareness about marine life, and how overfishing, and regulatory neglect has caused an imbalance, and population decreases in Scalloped Hammerheads.


Law = Scalloped Hammerhead Sharks are Protected by the U.S. Endangered Species Act


Architectural Scale = Stadium Interior Design + Public Athletic Events + Olympics


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Embarking upon the first art + anthropology experiment, Yussef Agbo-Ola travelled throughout Nigeria to study human ecology. This research investigated how humans connect with diverse natural environments. He aimed to visually depict how the value of trade + belief systems differ in the lives of urban city dwellers compared to those inhabiting communities, with a less developed natural landscape. Applying an experimental approach to photographic journalism this archive of his journey is a frozen capsule of Nigerian culture from an artistic + anthropological perspective. It shall serve as both a vista of cultural awareness, and a catalyst for discovery..




Core Research Components = Cultural Values + Architecture as Sacred Art

                                                     -Food Exchange + Indigenous Medicinal Beliefs

                                                     -Ritual Textiles + Egun Egun Dance

                                                     -Ecosystems + Cosmology

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Conceptual Framework = Sacred architecture is an architectural design expression that functions to design, and construct places of observation, or meditation, or sacred, or intentional space. Many cultures devoted many ideas, styles, and large amounts of resources to create their sacred architecture, and places of observation. The diversity of materials, structural system, ornamentation, and form have created places of intense research, dedication, and imagination. These can range from the carving of stones, sticks, temples, rivers beds, geometric structures, animal foot prints, and many other forms of the solidification of matter from the fusion of movement, and intention. Within every form of there creation an array of ideas, and tensions had to be resolved with large communities. How do these structures help to bridge the gap between reality, and the evocative elements of the sublime? Can architecture even create this though those design parameters? These structures are iconographic symbols of the current state of societies values, and belief systems. The architectural structure demands presence. The power of belief they stimulate in subgroups,  are catalysed by each comment of the structure, as well as every molecule of emptiness in the vast spaces between walls. This design proposal aspired to design specifically for the sensation of the infinite though the exaggeration of organic emptiness while using the duality of the number two as a design foundation. Two identical structural systems represent the philosophy of duality, they ying, yang, or black, white, while making it clear that in their opposing directions they are the exact same, and complete the whole program, and structure of the architecture though a connecting corridor in the centre.


Design Components = Modular Structural  Organs + Grey SiO2  + UV[fi] Glass + Red Foundation


Architectural Function = Observation Space + Space of Emptiness + Community Gathering Space


Architectural Scale = Seating 10,000 - 20,000


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MATERIAL SCIENCE AS ENTROPIC DESIGN = Plant skin is an internal structural element which is essential for all plant life to thrive. It is through this element that plants have diversified their shape, form, structural and reactive properties that make them unique. Its an elemental botanical binder than supports plants internal functions, immune system, and protection from externalities. The chemical elements that are held within its internal molecular structure make it a perfect additive to the creation of plant based materials with skin like properties. When embed with material science field research additives, these materials react as if they were still plant skin in a living form, yet have new molecular properties of tension based on the natural additives that control their decay rate along with environmental fluctuations. With this in mind Olaniyi Studio has an ongoing design research project around how agricultural waste, natural fibres, and root extracts can create living footwear using plant skin. Agbo-Ola’s design aim was to create a multi-layered component based series of entropic shoes that will decay as they are worn, while providing medicinal properties to the foot of the wearer as well as have reactive exchanges with the environment. This process would happen when heat is accumulated in the shoe; the inner plant based skin would melt or react over time releasing the medicinal extracts from the sole’s skin into the foot of the wearer. The collection of footwear will evolve based on the properties of the roots  that are used in the future, and will act to establish multiple uses for plant skins and roots. “Our goal is to experiment and fabricate a higher trajectory of exposure for  applications of re-use, re-cycle, and re-connection with natural yet entropic systems of production.”


Design Components = External Plant Skin + Cassava Internal Skin + Soil


Design Formula = Aloe Skin Extract + H2O + Burdock Root Skin + Cyanobacteria Pigment

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Design Team = Wi Creative

The term experimental journalism reflects  upon the role of photography, and  film,  around themes of environmentalism, and multi-perspectivism. The intersection of these themes are composed through digital visual mediums, and visual experiments that work as perceptual equations for the viewer, while aiming to recontextualize the complex system of relationships embedded within the physical environment using imagination, creative direction, and artistic speculation. Through the act of filming, and  documenting, this methodology aims to show the relationships between human, non-human, and other than human beings within a given location though visual narratives of performance. Each editorial aims to transport the viewer into epistemological tensions, systems of representation,  and present new ways of seeing. They question how we experience, and look at physiological memory, and the importance of collective imagination around themes of extinction, and existential phenomena.




Design Formula = Garment Design + Art Direction + Palm Acid Film + Extinction




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Design Research = Indonesia has a vast range of indigenous bamboo species that play a huge role in the future of architectural building culture in the local region. These bamboo species thrive based on the local climate, and environmental conditions in which create a surplus of material resources for products, and building components. In the western region species like Bambusa, and Gigantochloa have wider diameters that could be used for architectural building while lower river based species with soft plant tissue could be used for utensils. The possibilities of bamboo innovation are currently being researched by Olaniyi Studio, and based on research expeditions, and material science experimentation we are speculating on experimental design capabilities of the plant. Bamboo is the fastest growing structural grass currently known to man which makes its planting, and use turn around time very efficient. Also with its growth speed, bamboo functions to maintain water quality for local inhabitants. Structurally bamboo has deep root systems that help to hold other plants in the soil while absorbing access water in the soil to prevent erosion, and landslides in tropical mountainous regions like Indonesia. When a circular economic model is implemented in a specific region using bamboo as the resource producer, villagers could benefit from economic development, and a shift to welfare increase. After research expeditions to some of the islands we saw the need for architectural speculations that would act as community research centres. These would work as achieves for local builders to share there local building knowledge with other places around the world that also have a surplus of bamboo. This research centre aims to use bamboo as an aesthetic, structural, and knowledge exchange component in the exploration of potential uses of the plant in Indonesia.



Design Components = Bambu Embong + Genus Schizostachyum + Pring Ori + Bambu Cendani


Architectural Scale = Material Achieve Research Centre + Community School + Capacity Building

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Design Formula = Ceramics + Ornamentation + Speaking Facade + Linguistic Symbolism

In architecture, the ornament is a decoration used to highlight structural parts of a building, or object in which tells of the pass history, and in some cultures the future opinions, beliefs, status, and aesthetic sensibilities of the occupants. This element of visual linguistics on an architectural facade then has the ability to speak without words about the occupants, and their social status. The architecture, with the help of the inhabitants choice in ornamentation is then a voice within the threshold  of internal, and external epistemological relationships, and environments. This voice has a range of tones that are depicted through visual gradients such as geometrical patterns, plants bones, human, animal and anthropomorphic figures. For millennium these architectonic visualisations, and tools of communication have been ways of understanding past cultural influences, and their modes of existence. What are the ornaments of today, and how can they adopt some of the environmental philosophy’s, and relations of past cultures that have lived in a more connected way to their environments through the creation of poetic speaking environmental ceramics? This series of environmental ceramics uses poetic phonics through relief carving to enunciate symbolic images, and indirect suggestions that express attitudes, values, and states of mind in relation to environmental observation.



Design Components = Black Iron Clay + Basalt Silica +  Fermented Potassium Powder + Red Mica


Architectural Scale = Museum Interior + Exterior Facade Installations

                                     Building Facade Panels

                                     Public Art Panels

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The textural environment,

as a space of understanding,

through the eyes,

into the psyche,

tessellated into action.


What is the architecture of thought, the thought of comprehension, of understanding the components in relation to how one understands an idea, or reads of such within the mental ecology? To question this, meaning that the mental ecology is one that often times is connected, or proscribed medicine when out of function, and or balance, i.e,  “What happens when ones understanding towards the internal, or external environment is seen as a pathological normality?



                             What  does this process  actually consist  of?

How can you map this journey,   or  the process of seeing yourself becoming it?



If we were to look at the process of writing  as a form of architecture in the sense of building from components,  how does one carry on?  What are the components? Where is the conceptual framework of creative expression find its origin? And how can this be questioned or observed?


Design Formula = Experimental Poetry + Lava Voice + Sounds of Silence + H2O

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Applying A Design Approach Application to Medicinal Architecture.


Conceptual Framework = To question medicine. What medicine can be. How is relates to the anthropological world-view of a given region environmentally, but also its extended world view? How can this biologically appear or become itself, as an idea, design system, projection, in both the seen, and unseen realms of environmental perception through architectural design?


Architectural Function = Designed to clean ideas, issues, or concerns within the hippocampus of the viewer,  while at the same time the space itself functions as a connecting element to the collectives within the microbial realm trough the managed or owned agreements with each entity such as the wind, sun, mist, sand, and the plants.


Human Scale Architectural Function = After a series of questioning, and asking each space has been design to stimulate the human perceptual sensory functions through haptic experience. Colour is used here as a healing mechanism or element in which allows the viewer to contemplate there internal cognitive environments. Each space also has internal tunnels as intestines which work to stimulate the excretory system starting with circulating the blood in the heart. Some spaces have private observation areas in which the relationship between human, and plant is placed act the forefront of each design decision, creating a one to one experience from the viewer and plant, through smell. The foundation of each apparatus will be designed for a bare foot experience specifically designed with a mixture of pressure responsive recycled textures for the plantar fascia.



Deign Formula = Asking + Colour Psychology + Architectural Bone + Algae systems


Architectural Scale = Museum Installations + Public Medicinal Space Art.


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Inter-temporal Ecologies: in more than human worlds explores the future of environments, landscapes, perceptual belief systems, ecosystems, environmental poetics, and anthropological research. The research focused on the environmental, and territorial disputes resulting from the extraction of lithium in the Salar de Atacama, in Chile. On the one side lithium emerges as a key component in the global pathways to mitigating climate change; and on the other, its extraction results in the appropriation of water - a living being at the heart of fragile ecosystems, and indigenous territories. When used as a research components the work created in this exhibition aimed to re-contextualise the issues on the land within a cross-cultural gallery context with the aim of creating a space in which challenged the viewer to question their connection with the lithium extraction process, and new environmental epistemological gradients. The work presented reflects upon the role of art, design, and architecture at the intersection of these incommensurable demands, while recognising the complex system of relationships, and entanglements they are part of. The exhibition brought together the dynamic cycles of both mental, social, and material ecologies that inform diverse relationships between human, non-human and other than human beings. Through a programme of workshops, talks, and conversations the exhibition explored the past, present and future of environments in more than human worlds.


Making Kin Across Times and Species:

-Yussef Agbo-Ola and Gabriele Grigorjevaite, introduction by: Dr. Jon Goodbun.


Roundtable on the Architecture of Water:

-Vanessa Lastrucci, Emilie Glazer, Anna Santomauro, Christina Leigh Geros


Intertemporal Architecture and Justice:

-Dr. Oscar Guardiola-Rivera, Dr. Godofredo Pereira


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Conceptual Framework = There is a long history of environmental elements playing key roles in the the over all belief systems, world views, and environmental values systems in many cultures around the world. Where have these beliefs, practices, and values come from, and more importantly how have they affected the way that the inhabitants relate, and connect to their surroundings. Each culture has there own value system which often times is made up of many systems of beliefs which make up the whole. These clarities, or abstractions then form norms in which play a huge role in the actions of the inhabitants, and justify the ways in which they relate to environmental elements in which affect their relationships with the environments that they live in. In one culture a river may be viewed as a economic resource, and in other a living entity. Is there a  beauty in this diversity of cultural perspectives, and does this beauty have to be actualised in a physical, or mental fibre in order to have an affect on they ways humans relate to their environments, and the organisms that inhabit them? What is at stake when an environmental element is only seen for its physical properties, and not for its interwoven unseen metabolic actions in relation to being an actor in larger systems such as a tree turning CO2 into oxygen for most species to breathe? Upon further research, and reflection this series of work aims to show the unseen relationships of environmental elements infused with cultural cosmologies that aim to unveil the multi-scalar relationships between environmental value, cultural perceptions, and attitudes towards the environment through experimental semiotics.


Semiotic Formula =  Architectural Archaeology

                                   Yoruba Poetic Symbolism

                                   Inuit Cosmology


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 Design Question = The concept of life, and death is one that has been debated since the beginning of existence itself, but which came first? Can life exist without death, or can death exist without life? How does our man made materials, and architectures react to the natural laws of movement, or change through chemical reactions? We are also interested in how human relationships, and  perceptions change as a major component of subtle metamorphosis in the experience of an architectural space that performs material decay of its building chemistry.


Test Subject = Architectural Building components Species x65i = Plant Skin + Soil Casein x Fruit Skin


Experiment = Allow natural architectural bricks made from plant skin and other soil additives to decay in a natural environment until life can be vividly seen thriving on its process of death, or internal structural instability.


Calculated Theory = Life is death, and death is life. All energy exists on a conscious, and unconscious plane that simultaneously complements each other. This connecting, and propelling system allows everything that exists to claim a state of perfection when living, decaying, and even in a deceased form. The movements, and transformations in nature are all around us but are many times overlooked because of their distinct speed, colour reactions, acute smells, and quiet tactile changes. In this project we are interested in the subtle metamorphosis, and changing elements within architectural building components.


RUST    =  Reaction

MOLD   =  Growth

MELT    =  Heat

WIND    =  Feel

TEAMP =  Space


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Conceptual Framework = Why is an architectural structure of importance as a catalyst? What does it mean to connect with a space, or to see it breathing? We spend eighty nine percent of our time indoors, or traveling within, or in between some form of architecture as protection form the outdoor environment. What would happen if walls could change based on the thermal heat energy of the heart? What if rain water could be collected for community use while also serving to activate the skin of an architectural facade? What would this look like, could it operate as a form of environmental learning? This visual affect would aim to show the movement of hydrological systems that provide water for all life on the planet. When each water drop touches the tensile skin there is a hydro-reaction that allows for the inner skin to environmentally change hue based on the water volume. How would this exchange of sensory exchanges become a catalysed for collective knowledge to the community at large about the world in which we inhabit while spreading ideas about an environment's fluctuating elements of a climate change on an atmospheric architectural level.


Environmental Issues = Food Deserts, Water Scarcity, Environmental Awareness


Adaptation = By developing a system that fosters the concept of modularity the components, and structural design can then function, and adapt to different locations. Water cities,  floating cities, and living on water in reaction to climate change will be of great importance in the future, and we have begun to design for this issues now that will address these concerns.


                      Adaptive DesignAquatic Floatation + Floating Hospitals for Water Cities + Scalability

                      Adaptive Energy = Solar Energy + Water Circulation + Solar Power + Wind + Thermal

                      Adaptive Materials = Local Material + Industrial Components + Woven Materials

                      Adaptive Functions = Water Collection 10,000 gallons +  Idea Apparatus


Architectural Scale = Environmental Pavilion + Urban Garden + Museum Outdoor Research Space


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Conceptual Framework = Food is our primary source of energy. As an artistic medium, and tool of communication we have been exploring food, and our relation to it as a way of understanding environmental perception. This process starts with looking at micro food, and plants under the microscope, and translating their geometries into architectural models, and public interactive installations. Food is just as beautiful on the micro level as it is on the macro level. In this public installation we were interested in bringing the visual transformation of digestion, decay, and energy into the macro public realm through digestive experimental interactive installations.


This installation aimed to create an engagement between the viewer, and their internal metabolic process using medicine as an art object. We transformed food into an architectural material taking form, and structure in the viewer’s digestive system. The installation had an area where the viewer was asked to make there own energy pills from algae, and other herbs as well as drinking the evolving algae in H2O to stimulate energy levels, and blood circulation. The colours of the algae changing in the bottles is also a direct reflection of how natures systems work as this reaction is based on ultraviolet light coming from the sun. Once digested each pill will take architectural form in the viewer’s digestive system. The work takes a journey from the external to the internal, then back to the external through metabolised energy, and excretion. This work is a cycle of energy as a metaphor of the ever-changing natural cycle in nature, and the process of food digestion into kinetic energy.


Architectural Scale = Museum Art Energy Centre + Gallery Installation + Public Art Energy Cafe.



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Research Components = Gruidae Caudal Aspect Anatomy + Homo Malleus Lateral Bone

Community spaces, and works of art in them have the potential to act as bridges between public, and private space in urban, and rural environments that we all use away from home. They can act as connecting agents between species, and environmental systems that are constantly in flux. This series of public art works aims to look into the internal anatomy of both human, and non human  bone structures as a way of showing the poetic similarities that each species has. This idea of the internal environment connecting with the external public space fosters spaces of exchange, and meeting places for both species. The speculative bone design provides both hidden spaces for private one to one communication as well as more porous spaces from larger groups to gather, exchange ideas, rest, and contemplate their place within a wider environmental framework.




Design Components = Black Iron Clay + Bird Seed


Architectural Scale  = Community Pavilion + Public Sculpture + Space



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Design Formula =  Calcium carbonate CaCO₃ + Titanium Dust Ti22 +  Crushed Keratin

Marine life anatomy works within the cycles of nature, and often times produces by-products of an organisms life that has flexible structural properties like calcium carbonate in oyster shells, and fibrous protein keratin in turtle shells. Both of these additives degrade when micro organisms decomposed their molecular structure for food overtime. Recycled keratin is a by product of turtle shell protein that has the strength to be modelled, and shaped into an array of degradable eye-wear in the future. The mixture of keratin, and calcium carbonate with a natural binder allows for the strength of the mixture to adapt to different uses. By adding this structural formula with recycled titanium dust, and salt forming bonds of carbide the colour of the mixture acts as a reflective substrate for design application. This design experiment formulates how organic, and inorganic waste can form new materials for design exploration while thinking of ways in which new materials can be formed using abandon crustaceans protective habitats as its elemental foundation.



Design Function = Eye Protection: UV light Reflection + Absorption + Water Resistant



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Concept = Food as medicine + Local Anthropology + Hydroponics Research

Lauren Von Der Pool, founder and CEO of Von Der Pool Gourmet, Inc. is a celebrity chef that specialises in vegan, and raw food cuisine. Von Der Pool Gourmet’s mission is to raise the consciousness of humanity through food artistry, and ignitable flavour profiles in vegan, and raw food cuisine. Olaniyi Studio shares a common goal of creating a healthy lifestyle while using experimental digestive art to show that what you eat impacts your mind, body, spirit, and also the planet we live on. On this research expedition our goal was to explore the local ways in which agriculture was produced, and what medicinal plants were used in the local markets. We were concerned about how the use of local hydroponics would evolve over time in relation to the growth of the already established market economy managed by local farmers.


As the world population expands, and sea levels rise there are a selection of small islands like Nevis that will have to adapt there agricultural systems as agricultural land recedes. How can hydroponics work as an additive solution for local farmers? The  challenge is how to produce more food while using less land. Hydroponic systems feed plants mineral nutrient solutions dissolved in water allowing the plant to grow without soil. Each plant root system is supported using peat moss. We researched the future of this technology in Nevis while documenting local flora, and speculating  about how an architectural apparatus could expand this new form of farming, before creating an array of food experiments that capsulize the expedition through taste.



Vegan Chef + Author = Lauren Von Der Pool


Architecture + Creative Direction = Yussef Agbo-Ola

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Research Components = Micro Fossils + Material Science + Iron Mineral Reactions

Fossils act as the best evidence for early forms of life, and by looking deeply into the properties of  fossils we can learn about the evolutionary past of how organisms have changed as Earth’s environments transformed. Fossils not only tell us about how an organism adapts, but in addition  they tell us about the range of environmental conditions, minerals, and climatic zones in which they were found. These also range in environmental scale, micro fossils, and macro fossils. Microfossils consist of tiny structures such as bacteria, fungi, protists, plants, diatoms, pollen, and teeth. They  have been found on some of the most remote regions of the globe encapsulated in layers of sediment, which over time go though lithification and become rock. This research expedition questioned how the Sahara transformed from ocean to desert by collecting micro botanical and marine organism fossils as inspiration for a series of ephemeral plant fossils. Each fossil was analysed for its colour properties that indicate the environmental conditions in which the sediment solidified under to form rock. This was then used to create a new colour palette that has a five tone gradient as a metaphor of the physical, and biological weathering cycles throughout the fossils life time. This series of experiments has been archived, and acts as a catalyst for exploring past environments, and colour perception through material alchemy, but will be taken back to the Sahara in 2041, and allowed to go through the weathering process again for future design research.




Design Components = Boiled Soil + Fossil Dust + Pink Quartz + Root H2O + Lemon(Ac) Extract


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At the local time of 16:53 on 12th January 2010 an earthquake of magnitude 7.0 (and 0.5g PGA), hit one of the most densely populated suburbs of Haiti's capital, Port au Prince. An estimated three million people were affected by the quake. 250,000 residences, 30,000 commercial buildings collapsed, a million people homeless, and 316,000 people dead. One month later an earthquake 500 times more powerful, hit central Chile resulting in the deaths of 525. The earthquake of 2010, was a disaster of Haiti's lack of lightweight building materials, working practices, and construction, not nature.


Design Issue = Many factors inhibit bamboo, and other lightweight domestically grown sustainable materials from proliferating construction industries in the developing world. These include a lack of construction knowledge being widely available, and a lack of material since many developing countries suffer from massive deforestation. In much of the developing world materials such as timber, and bamboo are especially perceived as having connotations of poverty, and representing the rural life in which much of the developing world’s populations have escaped from. These are then substituted for concrete, and steel rebar in an effort to promote a ‘modern’ aesthetic, however with low rates of literacy, and skilled engineering input, these buildings are often very precariously engineered, climatically intolerable, incompetently built, and extremely carbon intensive. Not to mention that in areas of hurricane, and seismic vulnerability, these structures are at best totally inadequate, and at worst deadly. This design research aims to find solutions to these issues with bamboo as the potential change agent for architectural construction in Haiti.



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Biomimetic Research Components = Throughout history aviation designers have looked to the functionality of nature before scientific analysis. Birds have evolved many bone skeletons that adapt to wind currents, and land or aquatic environmental condition that allow for flight. Taking a closer look at their internal design, and wind drafting feathers can propel aviation design to new levels of comfort, innovation, and beauty. Olaniyi Studio researchers, and designers have continued to look at the ways in which functionality can incorporate as many aspects from the evolutionary time-line of the organisms all around us. When designers use biomimetic design for both aesthetic, and functional purposes, their end results carry a pedagogical weight far beyond the original design problem to solution methodology. The process of design when modelled on biological organisms, and processes by emulating nature's time-tested patterns and strategies creates new ideas that can last over a longer period of time because the muse of the design work, and the environments parameters have already found the best anatomical solution for the desired function. In this design speculation we looked at the anatomy of the Pterosaurs, a early vertebrate that evolved flight in the Mesozoic period 228 million years ago. Their wings evolved from elastic, and elongated skin muscles in which connect their wings to their toes. As a result the wings of this design stretch from control room to rudder producing a larger wing span, an increased horizontal stabiliser, and a decreased wind draft.




Design Function =  Flight + Clean Aviation + Pedagogical Design


Design Components = Pterodactyl Spine + Propatagium Membrane + Brachiopatagium Skin


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Olaniyi Studio thrives off multi- disciplinary collaborations, and welcomes all disciplines  to reach out about new ideas, proposals, art direction, and your research expertise.




Olaniyi Studio welcomes all that would like to invest in original artworks, pavilions, artefacts,  and limited editions as these works support the growth of the studio, and our research projects.





Olaniyi Studio invites curators and commissioning bodies to speculate, and plan ways in which experimental architecture, and public art can create new experimental environments for public engagement, and environmental awareness.



Olaniyi Studio works with artist, museums, design students, and architecture studios to simulate pedagogical environments that generate  new ideas in relation to environmentalism through creative think tank  sessions,  and talks. We enjoy knowledge exchange from all cultures, and levels of creative, and pedagogical inquiry.





Artist + Architect Research Statement


Yussef Agbo-Ola’s multidisciplinary artistic practice creates interpretations of natural energy systems through interactive experiments. These experiments focus on depicting the multi-layered connections between, an array of sensory environments. The biological, anthropological, perceptual, and microscopic environment in which an organism inhabits are all research catalyst for creative expression. At the heart of his practice is a drive for exploration, and learning through listening, documenting, and looking at a series of environmental relations on different sensory scales. The process of understanding different cultures, on the human, and microbial scale often requires a working methodology that is adaptive to different cultural belief systems, optical challenges in relation to working with microbes, and audio information during  field work. This nomadic sense of documentation, and observation has ranged from research expeditions in Nigeria, Thailand, the Amazon Jungle, The Atacama Desert, Cambodia, Sri Lanka, and The Sahara Desert to grasp an understanding of cultural beliefs systems in diverse natural environments, while  finding ways to interrupt them away from there original context on all scales of creative expression. His aim is to use  diverse multidisciplinary research methods and design components, to reinterpret local knowledge, and its environmental importance cross culturally. This reaction is then expressed through architectural pavilions, photographic journalism, material alchemy, garment design, interactive performance, digestion, experimental sound design, conceptual writing, or a quiet observing.