Michael Edward Bowles Works

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Michael Edward Bowles Works reflects a broad spectrum of his education, work experience, and creative talent as an artist and problem solver. His portfolio includes work ranging from lighting design and fabrication, architecture studios focused in high performance building envelopes, energy analysis for a public school and private high-rise, to the landscape restoration and reclamation of the Downtown Cultural District in Kyoto, Japan. Michael's spirit marries innovation sensitive to environmental preservation and aesthetic experience. Michael is an innovative thinker with an open mind. He bonds with educators and thrives on exchanging insight.

Transcript of Michael Edward Bowles Works

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Sustainable Cities Initiative catalyzes a new school for Springfield, Oregon.

The school comprehends people, place and context through environmental understanding and collaboration. Situated at the transparent edge of an urban growth boundary, the sentinel school serves to protect the surrounding natural landscape and the ample minds inside. The slope of the site is characterized by views to the new development, nature, and wetlands that surround it.

Stained cedar rainscreens, tactile concrete, omnipresent vegetation and clerestory glazing compose the building envelope.

Axial views allow for transparency. Transparency encourages sunlight to dance, wayfinding to guide, and surveillance to protect. Natural daylight fills every space. Each classroom is a transformative envelope redirecting light and air by utilizing passive strate-gies, moveable walls, and emerging educational technologies.

Landscape design and planting pattern integrate accessibility with park-like neighborhood access from the northwest, service entry to the northeast, allees of trees mark the western promenade, and the main entrance serves to the roundabout to the south-west. Panoramic views from the classrooms engage the outdoors and pavilion-style community rooms open to the inner atrium.

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The school recognizes the disparate needs of the client, community, and society through unified deliverables and transformative multi-use spaces. Sustainable design strategies include water catchment systems and greywater reuse. Multiuse classrooms and commons use foldaway wall panels, light shelves, vegetated atriums, and LED lighting and projections to encourage immersive interactive educational environ-ments throughout the building.

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The Oregon Sustainability Center A living laboratory and public role model for high performance architecture

The Oregon Sustainability Center aims to be the world’s most energy efficient commercial building and achieve the highest benchmark of building sustainability, conquering the Living Building Challenge. Located in Portland, Oregon, the thirteen-story 200,000 sf building will be used to promote the most innovative sustainable building technologies and practices and serve as a regional headquarters for urban sustainability and energy efficiency.

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100% self-sustaining- on-site renewable energy generation- on-site rainwater collection - local construction materials- waste management- operable windows or louver systems- natural daylight

In addition to solar power, the OSC incorporates a high performance double-skin envelope with geothermal heat exchange core system. Day lighting is maximized by the atrium. The building breathes through the stack ventilated atrium, double-skin louvered bays, and night flush ventilation. Responsible occupant behavior is encouraged by interactive visual building controls. These controls provide feedback allowing tenants to monitor and improve their patterns of energy use.

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With 100% of its power needs met on site with solar energy, there will be no fossil fuel combustion or air pollution. Human waste is treated on site, and all gray water is treated on the extensive and intensive green roofs and infiltrated at levels to emulate the site’s natural hydrology. Every work station in the building will have access to natural daylight and operable windows. Indoor air quality will be improved by trees that circumnavigate the high-performance envelope in the building's double-skin facade.

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Product design + furnitureDedicated to exploring emerging digital technologies and fabrication methods.

Design and construction of a parametric phone booth and bench using Rhinoceros, Grasshopper, CNC router and laser cutters.

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Lighting designer + event productions manager

DMX LED lighting, video and laser projections designed and operated with Luz, an open source software I helped develop. Interactive show is operated with cracked hardware controllers such as wii remotes, wacom tablets, and a livid ohm.

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See brush + ink

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Feel pencil + paper