MLA I I : University of Pennsylvania 2014
Horizon.
BSLA : Colorado State University 2010
Continuum.
BFA : Oregon State University 2000
Inversion.
JASON PAUL FRISTENSKY
PUEBLO WORLD : DOMINGO
Project Collaborators : Mairen Foley, M.Arch 2013 Kate Dailey, M.Arch 2013
Instructors : Laurie Olin and Tony Atkin Site : Santo Domingo Pueblo, NM Spring 2013
Representation : Adobe Photoshop CS6 Adobe Illustrator CS6 ArcGIS 10.2 Rhino 5.0
The project is fundamentally based in improving the economic status and housing availability for the Puebloans by leveraging the Railrunner Station stop near the historic Trading Post. The big picture organization is based upon creating a community connection from the Trading Post to the existing HUD community and engaging the arroyo with a gradient of density and usage along the connective tissue. Embedded in all scales are the components of STRIATION, GRADIENT TRANSITION, COMPRESS AND RELEASE. The expression of these arrive in the unit structure, unit clusters, pedestrian paths, landform, and water control devices. Each of the elements has a multiplicity of functions to allow for varied uses that fluctuate with the diurnal changes, seasonal shifts, and cultural needs.
Schematic Master Plan : Community of 200 units
Work-Live Community
Wall Striation Existing Historic Pueblo
Existing HUD Housing
Residential More Private Less Dense
Connective Pedestrian Bridge Links
Work-Live Artist Coop Community
Economic Core
Check Dam Agricultural Farming
Gradient of wood: 2x6 cross beams
Overhead wood structure: 6x6 beams, 6x6 runners Overhead wood structure: 6x6 angle bracing Overhead steel support: 2x6 tube runners 6x6 tube cross beams Above deck steel support: 2x6 tube columns 1” cable cross bracing
Material Study : South facing cantilevered shade overhang
Wood walking deck: 1”x12”x8’ Wood deck support: 6x6 joists, 6x6 columns 6x6 crossbeams Below deck steel support: 2x6 tube frame 6x6 tube cross beams 1” cable cross bracing
Concrete pylon & abutments
Structural layering and alignment of Pedestrian Bridge from top to bottom to express the interwoven materiality
Pedestrian Bridge over Arroyo : Section and Aligned Cross-Section
Pedestrian View Study : 3d wireframe
Gusset Elements
PUEBLO WORLD : WAYPOINT, CLIMATE RESPONSIVE SHELTER
Project Collaborator : Mairen Foley, M.Arch 2013
Instructors : Laurie Olin and Tony Atkin Site : Santo Domingo Pueblo, NM Spring 2013
Representation : Adobe Photoshop CS6 Adobe Illustrator CS6 ArcGIS 10.2 Rhino 5.0
Waypoint is a desert shelter in the remote, arid climate of New Mexico. Because of its location, site selection and orientation was essential in creating a structure responsive to its environment. Set into a southward oriented slope, Waypoint projects into the landscape and expresses the slowly eroding terrain. In order to capture the occasional rainfall, the terrain surrounding the structure was slightly modified to guide water into a waffle garden. Waypoint was designed as a retreat in response to, and in contextual harmony with, the surrounding landscape. The shelter is composed of two systems: a bu ilt-up language of rammed earth walls and floors, and a system of enclosure. The rammed earth wall retains the soil, and the floors are built up to create usable furniture and space. Furthermore, the large projecting wall provides an effective conduit for thermal gain, and thus contains an ideal sleeping space carved into its interior. The steel, mesh and glass enclosure rests on areas of the floor built up to receive the load, and provides filtered light and protection from the elements. The interior is extended into an outdoor space through a wall that pivots upward to serve as a shading structure, blurring the distinction between interior and exterior and allowing for cooling and ventilation.
Waffle (rain) garden
Structural rammed earth
Solar aligned for passive heat
LANDSCAPE CONTRACT DRAWING & SPECIFICATIONS : MORGAN COURTYARD Instructor : Brad Goetz Site : Morgan Library Courtyard, CSU Campus, Fort Collins, CO Fall 2009
Inspirational Element and Concept Evolution
1 : Hand Ink Layer
2 : Quick Prismacolor Layer
3 : Layer Merge with AutoCAD
Hybrid Representation : Ink & Prismacolor Hand Coloring AutoCAD 2009 Adobe Photoshop CS3
Representation : AutoCAD 2009
MIAMI VICE : ARTIFACTUAL PLATFORMS
Representation : Rhino 5.0 Vray Render Engine Grasshopper w/ gHowl Plug-in Adobe Photoshop CS6 Adobe Illustrator CS6
Instructor : Karen M’Closkey Site : Watson Island, Biscayne Bay, Miami, FL Fall 2013
Target Issue: Human habitation in and around Biscayne Bay is a manufactured environment at the expense of a significant marine ecosystem due to economic and development priorities. Reprioritized Response: To create an ecologically generative spectacle within a framework to foster public access and equity.
Hybrid Section-View
Habitat generators with differentiated goal-based porosity for multiple marine species and structural support
coral generator
structural support
10% porosity
20% porosity
30% porosity
40% porosity
Representation : Adobe Photoshop CS6 Rhino 5.0 Grasshopper gHowl Plug-in Vray Render Engine
Benthic habitat generators and structural system
Platform levels with woven circulation and sediment collectors
Submerged primary layer with flora generation post-sea level rise
THE PHILADELPHIA STUDIO : METROPOLITAN CATALYTIC LINES : ANCHOR & STITCH
Representation : Adobe Photoshop CS6 Adobe Illustrator CS6
Instructors : Chris Marcincoski (PRIMARY), Lucinda Sanders, Nick Pevzner, David Maestres Site : Philadelphia, PA Fall 2012
How can existing spaces become places?
Metric analysis for 3.5mi armature line amenity variables: Evaluation of (11) existing streetscape conditions derived from field-based measurements.
Project Collaborators (for metric analysis display) : Ty Austin, MArch + MLA 2014 Alyssa Olson, MArch + MLA 2014 Michaela Kaiser, MLA II 2014 Youngsoo Kim, MLA II 2014 Diana Gruberg, MLA 2014
Anchor site selection strategy and connectivity to existing civic & institutional amenities
Representation : Rhino 5.0 Adobe Photoshop CS6 Adobe Illustrator CS6
Active Destination s
Objective : Strategic variables for STITCHing anchor site deployment with differentiated resurfacing and streetscape enhancement for feathered extensions of influence
Productive Landscapes
GREEN ROOF SYSTEMS (LANDSCAPE OVER STRUCTURE)
Representation : Rhino 5.0 Adobe Photoshop CS6 Adobe Illustrator CS6
Instructors : Susan Weiler and Stephen Benz Site : Downtown Denver, CO Spring 2014
Target Objective : Systems and concept development for incorporating an integrated water receiving landscape over structure Network & Connectivity Diagram
Street & Sidewalk Watershed Diagram
Roof Watershed Diagram
Sectional Networked Drainage Diagram
Area 2 Detail
TOPICS IN DIGITAL MEDIA : INTEROPERABLE TERRAINS : DATASCAPE Instructor : Keith Kaseman Fall 2013
Exploration into the design of responsive datascaping. The quantitative parameters are retrieved from the database to feed the elemental alignments and relationships to create a custom script
TOPICS IN DIGITAL MEDIA : DIGITAL FABRICATION Objective : Transformation of base surface through inclusion of variegated gradient pattern distribution to direct flows and accumulation
Instructor : Keith VanDerSys Spring 2013
Digitally modified surface Physically CNC milled surface
Objective : Data Visualization Data Flow Management Representation : Rhino 5.0 Grasshopper gHowl Plug-in Microsoft Excel Adobe Illustrator CS6
Representation : Rhino 5.0 Paneling Tools CNC Mill
STUDY ABROAD : EUROPE (Italy & France) Instructor: Brad Goetz Quick Sketches Summer 2010
“Ink Rags” 8x10 Contact Print Silver Gelatin Selenium Toned
“Maple Leaf” 8x10 Contact Print Silver Gelatin Selenium Toned
“Rusty 10-Speed” 8x10 Contact Print Silver Gelatin Sepia Toned