Johan Andres Bueno Shaping the World
“The Earth’s biosphere seems almost magically suited to human beings and indeed it is, for we evolved through eons of intimate immersion within it. We cannot live long or well without a functioning biosphere, and so it is worth everything we have.” -Joseph Guth
CV Johan Andres Bueno 13332 Meadowfield Dr. Orlando, Fl 32824
Education-
Major: Landscape Architecture Graduation: May 2014 GPA: 3.3 Clubs: Architecture College Council, President DCP Ambassadors, Landscape Architecture UF Student Chapter ASLA, Student Member
References-
Christina Hite, Principal, Dix.Hite & Partners (407) 797-9584 Corey Mills, President, Mills Design Group (407) 257-0626 Tina Gurucharri, Dept. of Landscape Architecture Chair, UF (352) 392-6098 ext. 328
Experience2009
Valet Captain/Runner, Bags and Cars, Orlando Fl June 2009 - present
2010
(407) 446-2129
2011 2012
Landscape Architecture Intern, Dix.Lathrop, Longwood Fl
2013
Landscape Architecture Intern, Mills Design, Oviedo Fl
johanandresbueno@ gmail.com
PS (8 years) AI & ID (2 years) AutoCAD (3 years) Land F/X (2 years) SketchUp (4 years) V-Ray (1 year) MS Office (9 years) Fluent in Spanish and English
May 2013 - August 2013 - Edited and drafted numerous hardscape and landscape construction documents, including detailing and dimensioning - Worked individually on projects using a number of programs including AutoCAD, Land F/X, and SketchUp - Put together marketing packages for high-end residential homes
Production Staff, The Independant Florida Alligator, Gainesville Fl
2014
Languages:
May 2012 - December 2012 - Edited and drafted numerous hardscape and landscape construction documents, including detailing and dimensioning - Worked individually and in group projects using a number of programs including AutoCAD, Photoshop, SketchUp, and InDesign - Took part in various charrettes for community development and mixed-use projects
August 2013 - present - Use InDesign to put together the advertising portion of the campus based newspaper (largest student based paper in the country) - The classifieds are put together during this time -Ads are made for various local companies around Gainesville using InDesign, Illustration and Photoshop
released into the conservation area, in addition to making the public more aware of their relationship to water.
Currently, stormwater is treated in a traditional matter of being piped away from developed areas as quickly as possible, towards Lake Alice, the official stormwater basin and iconic landmark of campus. These subterranean vessels spread across campus like a web, grabbing up the polluted runoff from buildings, hardscapes, and landscapes alike. The strands transport runoff directly to Lake Alice as quickly as possible. These stormwater inputs Studio arrive in |the Lake Alice9 Implementation Semester Conservation Area carrying huge loads of fertilizers, Critic: Glenn Acomb suspended solids, and debris and spew into the lake. All theGroup while no one realizes what is passing beneath their Project feet. For this reason, we believe that daylighting this stormwater infrastructure will provide an opportunity to perform preemptive treatment before runoff is released into the conservation area, in addition to making the public more aware of their relationship to water.
01
Gainesville, Fl
Proposal
| Rainworks Challenge
Our team’s proposal to the EPA and our University entails a system that would divert runoff, which is currently piped several feet below the ground, into visual conveyance systems which will not only transport the stormwater, but treat it and attract attention through its provocative forms. We have selected a relative source and sink which will be employed to trace stormwater across a prominent portion of the University campus. Stormwater, which is currently piped in huge volumes Projectcreek, introduction design charette Buster Simpson towards a natural will during be intercepted bywith bioswales Buster Simpson offers design input during design charette and a tiered treatment pond which will help remove pollutants from the water and regulate its currently raditional unimpeded flow. That stormwater which presently d areas as stampedes and scours the natural creek will now flow e official through a matrix of bio-conveyance and bio-detention Proposal campus. which will slow water down to allow the drop out of mpus like sediment, promote infiltration, and regulate the flows of Our team’s proposal to the EPA and our University buildings, water during storm events. These interventions will be entails a system that would divert runoff, which is transport sited in high profile areas where people will encounter currently piped several feet below the ground, into visual possible. it in their day day activities. Furthermore, the system conveyance systems which will not transport the were identified as toprime Overlaying theonly analysis sheets ake Alice willfor be implementing designed to stand out in the landscape, to draw stormwater, but treat itallowed and attract through us attention to examine theits opportunities fertilizers, attention to the processes in which treating runoff innovative stormwater design site for opportunities as well provocative forms. We have selected a relative source e lake. All as well as creating as employed constraints. This layered techniquesand stormwater maya be made beautiful, beneficial, and and sink which will be to trace stormwater eath their space that would describe the approach to examing the site interesting. across a prominent portion campus. gave of us the theUniversity advantage of journey of water through our hting this Stormwater, which is viewing currentlyseveral piped in huge volumes aspects of the site. portunity Project introduction during design charette with Buster Simpson a natural willatbeone intercepted by bioswales Buster Simpson offers design input during design charette C Ois N D I Ttowards I O N S creek, site time. Many areas Cynthia Barnett delivering her lecture at the UF Gator’s Read Program Team & Advisors runoff and a tiered treatment pond which will help remove dition to pollutants from the water and regulate its currently Our design team is a multi-disciplinary unit comprised stormwater treatment capacity, treatment potential, and onship to unimpeded flow. That stormwater which presently of people from several colleges and departments on performance feasibility. Gator Pond, stampedes and scours the natural creek will now flow campus: Agricultural and Biological Engineering, The design team was advised by members of the University faculty, and highest through a matrix of bio-conveyance and bio-detention e identified it Environmental Engineering, Fine Arts, and Landscape employees of the University Facilities Planning and Construction which will slow water down to allow the drop out of mity to high Architecture. All participants contributed skills from Division, and additional noted professionals in our pursuit of A detention sediment, promote infiltration, and regulate the flows of University their varying fields of study in order to craft a more well- the development of a water ethic on site. Senior Lecturer, Glenn stormwater water during storm events. These interventions will be which is rounded approach to the management and aesthetic Acomb, and Associate Professor of Wetland Ecology, Mark W. Gator Pond The final plan sited in high profile areas where people will encounter nto visual an Clark, phase provided of the our initial design catalyst and inputsinvolves to organize efforts on visioning of stormwater remediation. Landscape become it in their day to day activities. Furthermore, the system sport atreatment site for intervention on to campus. Assistant Director Architecture participants undertook the tasks of expanding site determining aging the space. the system harvest will be designed to stand out in the landscape, to draw te receiving hrough its identification, program development, design ideation, of Facilities Planning, Bahar Armaghani, reviewed the first phase attention to the processes in which treating runoff vecirculation source of the project andrunoff, gave inputand on design considerations for the area. and project synthesis. Fine Arts participation involved more stormwater thus capture irectly from and stormwater may be made beautiful, beneficial, and ormwater the exploration of incorporating art to provoke interest Local author Cynthia Barnett offered the design team insight on ulee Pit and interesting. the attention of a larger audience. This phase yent campus. and introspection through design development. the crafting of a water ethic. Environmental artist Buster Simpson downhill provided design critique guidance at the early conceptual stages Engineering participants performed hydrological esvolumes make this focuses on Inner road,and a high density circulation bioswales modelingCynthia andBarnett metric toGator’s determine Buster Simpson offers design input during design charette t candidate deliveringcalculations her lecture at the UF Read Program of the design process. Team & Advisors p which removemay route in dire need of redesign. owards currentlythe Our design team is a multi-disciplinary unit comprised stormwater treatment capacity, treatment potential, and erpresently across the of people from several colleges and departments on performance feasibility. now flow campus: Agricultural and Biological Engineering, The design team was advised by members of the University faculty, detention Environmental Engineering, Fine Arts, and Landscape employees of the University Facilities Planning and Construction rom east to op out of r circulation Architecture. All participants contributed skills from Division, and additional noted professionals in our pursuit of our ofsite. e flows their varying fields of study in order to craft a more well- the development of a water ethic on site. Senior Lecturer, Glenn veys high ns will be rounded approach to the management and aesthetic Acomb, and Associate Professor of Wetland Ecology, Mark W. , bicyclists, Phase encounter on Two is designed to intercept runoff from visioning of stormwater remediation. Landscape Clark, provided the initial catalyst and inputs to organize efforts making their he system Architecture participants undertook the tasks of site determining a site for intervention on campus. Assistant Director s and could existing stormwater infrastructure, to further e,monstration to draw identification, program development, design ideation, of Facilities Planning, Bahar Armaghani, reviewed the first phase g runoff nfrastructure treat area.and reveal it along its course towards and project synthesis. Fine Arts participation involved of the project and gave input on design considerations for the awareness. ficial, and the exploration of incorporating art to provoke interest Local author Cynthia Barnett offered the design team insight on al location, Yulee Pit. This phase serves as the connection and introspection through design development. the crafting of a water ethic. Environmental artist Buster Simpson and in need stages Engineering participants performed hydrological provided design critique and guidance at the early conceptualbetween n; therefore, our site’s “source and sink”. modelingCynthia andBarnett metric toGator’s determine corridor as a deliveringcalculations her lecture at the UF Read Program of the design process. for change. stormwater treatment omprised educationcapacity, treatment potential, and our analysis ments Pit onwas performance feasibility. and The design team was advised by members of the University faculty, gineering, ical area of University Facilities Planning and Construction andscapethis employees of the ddition, exposure n basin kills fromhas Division, and additional noted professionals in our pursuit of opportunity our Campus more well- the development of a water ethic on site. Senior Lecturer, Glenn prime area Acomb, and Associate Professor of Wetland Ecology, Mark W. aesthetic stormwater Clark, provided the initial catalyst and inputs to organize efforts on andscape ly is Yulee Phase One is implemented as a node at the end capture for intervention on campus. Assistant Director ks of sitefor determining a site tination Bahar Armaghani, reviewed the first phase eideation, it moves of Facilities Planning, & of our selected site, serving as the final resting Alice, but it of the project and gave input on design considerations for the area. involved filtration extremely Local author Cynthia Barnett offered the design team insight on ken interest place in the journey of stormwater. This node of campus. a water ethic. Environmental artist Buster Simpson elopment. the crafting of opportunity Highway 441 is a transition point for storm runoff before it drological d, a design provided design critique and guidance at the early conceptual stages determine Yulee Pit of the design process. is dispersed to Jennings Creek and the greater design not nt body and Lake Alice Watershed. itors passing
NTHESIS
Phase 3
2
Phase 2
2
Phase 1
2
7 A site plan was identified for a master plan of stormwater interventions on our University campus. The plan was produced for a portion of campus which could potentially treat the majority of stormwater runoff from a 67.6 acre watershed, in the event of a 100-year storm event. Water is intercepted and daylighted from existing underground pipe infrastructure into an artful treatment matrix which utilizes different methods of green infrastructure. A chain of bio-swales are linked to a bio-detention facility, working in unison to treat stormwater runoff before it is released to its natural watershed. The artful design will attract attention to the water feature and improve the aesthetic and function of campus.
Rainworks Challenge
1
yulee pit (phase 1)
2
bioswale connection (phase 2)
3
recreational fields (phase 1)
4
new proposed dormitory (phase 1)
5
inner road (phase 3)
6
architecture building (phase 3)
7
gator pond (phase 2)
7 6
5
2
4
1
3
Rainworks Challenge
proximal to dormitories and student body
view into yulee pit
yulee pit
perspective by Adam McCollister - yulee pit
11
Rainworks Challenge
Longwood, Fl
02
| [Re]thinking [Re]development
Urban Design Studio | Semester 8 Critic: Kevin Thompson Group Project - Award Winning
Establishing an economically vibrant downtown, through the use of the newly grounded Sun Rail station, is paramount for Longwood to grow into a destination. This project approaches redevelopment in a linear form by taking landuse in the city core and redistributing it to service more of the city’s current residents. The linear redevelopment is intended to establish a solid framework of services and spaces that will allow Longwood to develop more naturally.
I-4
Ronald Reagan
Longwood
Warren Ave
Orlando SR 434
Longwood, Fl
Site
CR 427
Florida
SR 434
A linear approach to redevelopment that differs from the standard core redevelopment in retrofitting suburban development. This allows for a greater impact on the current users of the site, providing a walkable framework to primary services.
linear urban development collaboration with Kristina Bunyi
traditional core development
[Re]thinking [Re]developtment
Flex Space
Sunrail Station
City Center
Ronald Reagan Blvd
Flex Space
SR 434
Hospital
Reiter Park
current street conditions
phase 1 street conditions
phase 2 street conditions
phase 3 street conditions
[Re]thinking [Re]developtment
phase 1 - sunrail station (collaboration with Laura Snider)
phase 1 - sunrail station (collaboration with Viviana Castro)
[Re]thinking [Re]developtment
(collaboration with Laura Snider) phase 2 - milwee street
(collaboration with Viviana Castro) phase 2 - milwee street
[Re]thinking [Re]developtment
phase 3 - warren avenue (collaboration with Laura Snider)
phase 3 - warren avenue (collaboration with Laura Snider) The linear framework and flexible areas will be integrated by corridors where one can live, park, and play. Diverse forms in buildings will create spaces that will contribute to a dynamic pedestrian experience within the built space.
[Re]thinking [Re]developtment
03
White Springs, Fl
| Carver Community
Site Design Studio | Semester 6 Critic: Kevin Thompson Group Project
White Springs is located off Interstate 75, north of Lake City. It was once a popular tourist location for presidents, camping enthusiasts, and families. The proximity of the Suwannee River gave White Springs an ideal source of income; it fueled businesses, community interactions, and the natural ecosystems surrounding the river. Currently fading in the highway of progression, White Springs is looking for ways to bring more revenue to its economy. Using the Sawannee River as an amenity, and the inflow of people from Interstate 75, White Springs plans to develop a new community that encourages ecotourism, sustainable living, and respect for the natural environment.
Carver Community
reticulated circulation
connected greenways
cultural waterways
Carver Community
community school gardens
neighborhood density
green streets and pedestrian trails
Carver Community
Longwood, Fl
04
| Dix.Lathrop
Internship 9 Months Professional Work
Elevation North Mills Ave. streetscape scale 1” = 20’
Restaurant/ Retail
Parking
Restaurant/ Retail Restaurant/ Retail B
A
C
N Mills Ave/ 17-92 Arbor
Potential sign monument
Arbor
Fence
Arbor
Trash enclosure
Conceptual North Mills Ave. streetscape scale 1” = 20’
M I L L S
P A R K
DEBARTOLO DEVELOPMENT
Mills Park
entry driveway
gated entrance
Monterra
pool area
Monterra
Planting Plans
Planting Plans
05
Oviedo, Fl
| Mills Design Group
Internship 3 Months Professional Work
Planting Plans
back porch
tennis court
pool area Ford Residence
06
Various Locations
| Photography
Personal Instagram Library iPhone 5 All photos are mine
Photography
Photography
Thank you.