OIKPORTFOLIO
Letter of Intent
Architecture i.e., the combination of imagination, art, beauty, functionality and practicality of design has always exercised my mind. The realm or limitlessness of the imagination can only be constrained by the natural laws of physics, mechanics, and mathematics. It is for these reasons that I would wish to be accepted into the Masters of Architecture Program at The University of New Mexico. To conceptualize, design, and construct produces an immense feeling of self fulfillment and inner satisfaction. I currently only imagine; however, with continued education I can realize and achieve my concepts consistently. Pursuing a career in Architecture can only be rewarding and enjoying. The University of New Mexico can provide a unique experience when combined with my love of my state. It is for these reasons that I request entrance into The Univer sity of New Mexico’s Master of Architecture 2 year program. I would hope to make all proud representing the great State of New Mexico and The University of New Mexico throughout my life. Any and all help in my acceptance would be forever appreciated. Regards. Sincerely,
Owen Kramme
1407 Copper Ave NE #B, Albuquerque, NM, 87106
Phone (505) 947-6809 E-mail okramme@unm.ed
Experience
Summer 2004 & 2005 Flint Energy Services Inc. Summer 2007 MVCI
Owen Kramme Farmington, NM Farmington, NM
Laborer Worked in all phases of pipeline construction i.e., clearing, ditching, stringing, laying, and clean-up. Worked in team environment with a number of crew members on a daily basis laying pipe in both City Utilities and cross country. Flow-Back Worked on drilling locations for 3 to 5 days at a time bleeding the pressure off of newly drilled wells. 2004-2005 Abe’s Motel and Fly Shop Navajo Dam, NM 2007 University of New Mexico Albuquerque, NM Clerk Worked as cashier in Abe’s Fly Shop. Customer interface, selling items, directing interested fishermen in specifics of the San Juan River Quality Waters. Assistant to Administrative Director Helped to organize statewide trips along with entering of training out comes. i.e., arranging cars for trips, entering data in excel spreadsheets, along with copying and mailing a variety of items. 2005-2006 Born “N” Raised Navajo Dam, NM 2006 Cow Creek Ranch Pecos, NM Fly Fishing Guide Guided fishing excursions on the San Juan River’s Quality Waters and Cow Creek Ranch. Both Float trips and Wade trips. Accommodated groups up three persons. Directed and taught clients specifics about the river and techniques on fly fishing.
Summer 2007 Bill Friemuth AIA Farmington, NM AutoCAD Draftsman Helped measure and draw existing floor plan for a church that was to be remodeled.
2007 -2009 University of New Mexico Albuquerque, NM Fabrications Lab Technician Operate the laser cutter, assist in setting up the new fabrication lab, assist in any repairs around George Pearl Hall. Education
2004-2005 Core curriculum
San Juan College
Farmington, NM
2005-2009 UNM In pursuit of BA Architecture.
Albuquerque, NM
2007-2009 CNM In pursuit of Associates of Construction Management
Albuquerque, NM
References Name Gayla McCulloch Tim Chavez Victor Andrade Lanier Watson Bill Friemuth Monique Chavez
Phone Number (505) 326-3570 (505) 632-0492 (303) 981-3307 (505) 757-2107 (505) 327-6019 (505) 459-8990
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letter of intent resume observatory land art gallery nmsea competition leading edge unm arts museum personal work
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OBSERVATORY
the observatory was designed to house an eccentric astronomer that has unique living requirments. the observatory allows the beutiful new mexico night sky to reveal itself while also providing a comforatable sleeping place in the day.
camping under the stars has always inspired my thoughts. the goal was to allow the astronomer to see the stars anywhere in his house at night. the only exception was his bedroom that he used during the day. this space was kept enclosed to block out the harsh sun. the observation deck provides an unobstructed view of the beautiful new mexico night sky.
site:
fictitious site near grants new mexico
program: bed room, bathroom, kitchen, library and observation deck
LAND ART GALLERY
land art is a unique and inspiring form of art. creating a building to house it is even more unique. the challenge of creating a space that plays host to such an art piece is what inspired the project. the goal was to create a piece of architecture that was sensitive to the site and the climate of the san francisco area. these parameters shaped the design and led to the final outcome.
program:
gallery space, research library and mixed-use office
climate design factors:
sun angle diagram
•use compact design with minimum surface to volume ratio •minimize glazing on all orientations except south •long axis should run east west •protect from summer sun •use operable shading devices •cool air within using night flush cooling to delay mechanical cooling •insulate walls well to retain energy already used
design response:
•use of ellipse maximizes volume while minimizing surface area •arrangment of volumes to channel wind into power generators •insulated louvers can shut to retain internal heat gains at night •double height circultion acts as thermal chimney promoting stack effect •well insulated slabs act as heat syncs. •external vents for night flush cooling
north east elevation
wind diagram
north west elevation
first floor
section looking north east
second floor
section looking north west
section model
site model
NMSEA COMPETITION
second place winner
the new mexico solar energy association teamed with the school of architecture to create a project in which to highlight the capabilities of photo voltaic systems in residential applications. top three finishers received cash prizes.
west elevation
south elevation
Project Summary Goal- to design a residence that uses passive and active solar systems while maintaining a strong element of design, and striving toward sustainability. Sustainability- this is one of the quickest growing issues in the world that we live in today! Sustainability is not something that is out of our reach but is something that many people are unwilling to do. This maybe due to obvious costs or to the unattractiveness of retrofitted systems. This design tries to bridge that gap and incorporate sustainable features into a building while keeping a unique look that would be eye catching. All sustainable features are noted on these panels.
east elevation
north elevation
IDEAS- The Sandia Mountains are the underlying inspiration for this design. The characteristics of the site led to questioning what type of architectural style should be built there. Should a typical looking house inhabit the space or should the site have a design that is as unique as the mountains that surround it? This idea led to a further investigation of how the Sandia Mountains were formed, and the science of tectonic plates. The prominent roof is an interpretation of the Rio Grande Rift. Through pushing and pulling the roof “PLATES� create opportunities for voids. These voids allowed for the incorporation of BIPV (building integrated photo voltaics).
construction detail
basswood model
basswood model
LEADING EDGE leading edge hosted a student design competition for the university california santa barbara equestrian team. the project scope included three student living units and a tack room.
project summary the site constraints made it difficult to fit the program in using a typical row house design. instead horizontal floor plates create the units. each unit is connected by a circulation core in which the tenants can also access the tack room.
east elevation south elevation
uc santa barbara the design was driven by the temperate climate of the santa barbara area. the glass facade allows for the california sun to shine in year round while also providing views toward the coast. the wood louvers provide shading and privacy for the bedrooms.
the site
north elevation west elevation
rendering
lower level
1st floor
2nd floor
structure
3rd floor
rockite model with base
rockite model with base
UNM ARTS MUSEUM the university of new mexico fine arts museum assisted the 400 level design studio with creating the program for a new fictitious fine arts museum. from this information a building site was chosen and a design was created.
basswood model
design concept the site for the new unm arts museum was located on the north west corner of central and university. the trees that grow on the north east corner of central and university were planted by unm’s first president william tight and a group of students. this is now know as tight grove. the tree canopies of tight grove inspired the idea of a canopy like structure over the building. the pattern displayed on the suspended roof was derived from cottonwood trees in the bosque. the height of the building was also derived from the cottonwood tree.
sectional view
east elevation
south elevation
light model in order to keep the art work safe, light levels in the museum need to be between 50 and 15 foot candles. in order to figure out accurate light levels within our designs we built scaled down versions of the spaces and test the light levels.
west elevation
north elevation
PERSONAL WORK the following work is work that i have done outside of school. the kramme residence is my parents house that will begin construction in march. the vault is a renovation of an existing building into a lounge located downtown farmington nm.
KRAMME RESIDENCE
bloomfield nm
south elevation
site
project info the kramme residence is located 12 miles southeast of bloomfield new mexico. the passive solar design will cut down on heating in the winter and cooling in the summer. construction will begin march 2009. construction will be of structural insulated panels.
west elevation
east elevation
sip construction
north elevation
the vault is a lounge located downtown farmington new mexico. the existing building was built in 1911 and was the first bank in farmington. the original vault and coffered ceiling still exist. conceptual casework is in the process and construction is scheduled to begin in july 2009. existing interior
conceptual rendering
conceptual rendering
demolition plan
new floor plan