ARCHITECTURE PORTFOLIO.
DAN OSBURN ACADEMIC WORKS 2016-18
02.2019
KOWLOON BAY, STUDY ABROAD 2017
DAN OSBURN
danjosburn@gmail.com | +1 414-403-0315 I want to design and develop projects that uphold the significance of architecture; projects that improve the ground they are built on, empower the audience they facilitate, and solve complex urban and environmental issues that challenge our lives today. My unique blend of education and experience has allowed me to gain a perspective and skillset that would provide value to any team.
EXPERIENCE HOK - KANSAS CITY, MISSOURI
APRIL 2018 - PRESENT
INTERN •
• • •
Leading design work on collegiate and professional athletics projects • Professional baseball stadium study, U of Delaware Whitney Athletic Center, KU Recreation Services Master Plan, U of Alabama Bryant-Denny Stadium Renovations, U of Missouri Athletic Master Plan, U of North Carolina Athletics Studies Assemble graphics and collateral for client presentations Prepare design development and construction documents Research and coordinate material selection
REFERENCES: Peter Broeder | Senior Project Designer peter.broeder@hok.com| +1 816-472-3245
Trevor Bechtold | College Sports Market Leader trevor.bechtold@hok.com| +1 816-472-3275
CERNER CORPORATION - KANSAS CITY, MISSOURI TECHNICAL SOLUTION ANALYST • • •
AUGUST 2014 - JUNE 2016
Supported monthly and quarterly financial balancing and auditing processes for over 130 Revenue Cycle Clients Resolved system and coding issues in financial reporting software Built beneficial client relationships to effectively support client needs and improve the quality of service provided
CENTRAL BANK OF BOONE COUNTY - COLUMBIA, MISSOURI
SUMMER 2013
BOND PORTFOLIO INTERN • •
Created the framework by which the bank will evaluate the risk involved with the purchase or continued ownership of municipal bonds in accordance with the new federal bank regulations Identified exposure within the bank’s municipal bond portfolio to determine risk tolerances to adhere to in future purchases
EDUCATION UNIVERSITY OF KANSAS - LAWRENCE, KANSAS Master of Architecture GPA: 3.71 Anticipated Graduation: May 2019
UNIVERSITY OF MISSOURI- COLUMBIA, MISSOURI
Bachelor of Arts in Political Science and Bachelor of Arts in Communication Minor in Architectural Studies and Minor in Business Multicultural Certificate Recipient
PROFICIENCIES SKETCHUP REVIT AUTOCAD LUMION
JUNE 2016 - PRESENT
AUGUST 2010 - MAY 2014
GENERAL KNOWLEDGE BLUEBEAM MICROSOFT OFFICE ADOBE CREATIVE SUITE
RHINO GRASSHOPPER ENSCAPE
TABLE OF CONTENTS.
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THE STRATA HIGHRISE Minneapolis, Minnesota Spring 2018 Professor: Lauren Brown Partner: Matt Peters
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overview Our task was to design a mixed-use highrise building in the developing East Town neighborhood of Minneapolis, MN. The design outline prescribed this new tower to be iconic and influence the identity of the surrounding community. In addition to aesthetic appeal, the tower should aim to influence the community through its inclusion of contemporary technology especially in the realm of sustainable design. Focusing on the connection to the ground, the tower aims to be a source of community activity and gathering. The program of the building set forth is a balance between commercial offices and residential units with communal public gathering zones at the base and the top of the tower structure. This, therefore, requires special attention to the experiences of three different groups of visitors to the tower. Positioned in a plot of land directly adjacent to the historic Armory, the tower aims to respect the building’s physical form as well as its symbolic role in the community.
1. Extrusion of base
2. Rotate to open views to intersection
4. Extrusion of tower form
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3. Carve out interior to create public space
5. Tier floor plate sizes and engage the base
THE STRATA
HYATT PLACE
SEXTON LOFTS
THRIVENT FINANCIAL
S7
. ve hA
t Fif
nd
tla
r Po
S
e. Av
HENNEPIN COUNTY MEDICAL CENTER
t. th S
THE ARMORY
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TOWER FUNCTIONALITY
AERODYNAMICS
EGREES
PROGRAM
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MECHANICAL
STRUCTURE
FLOOR FUNCTIONALITY A3
A2
A4
A1 A5
-
A12
A6
A11
A7
MECHANICAL
STRUCTURE
MECHANICAL
STRUCTURE
A10 A8
A9
A3
A2 A4
A1
A5
A12
A6
A11
A7
A10
A8 A9
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the facade RESIDENTIAL SECTION DETAIL scale: 1/4”=1'
1
2 3 4
8” CAST IN PLACE TWO WAY FLAT CONCRETE PLATE 2” WOOD STILTS 1/2” PLYWOOD DECKING 1/2” HARDWOOD FLOORING 1” METAL CEILING BRACKET SYSTEM 5/8” GWB
A
1/2” METAL CEILING BRACKET 1” WOOD PANELING LED LINEAR LIGHTING 1/4” CAST-IN-PLACE CONCRETE STEEL EDGE 3” THERMAL BREAK MATERIAL
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2X4 WOOD FRAMING BOARDS 2X4 WOOD DECK BOARDS
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3” FIREPROOFING 3” ALUMINUM MULLION DOUBLE GLAZED WINDOW PANEL
scale: 1/2”=1'
1
4
5
1°
The residential floors have a double facade system which allows air flow between the layers regulated by a mechanically operated vent that adjusts to the exterior conditions. The space between the layers is wide enough for residents to use as a unique urban allseasons room. Additionally, some residential units have exterior balconies which are oriented with downtown views. Office floors feature a masonry paneled rain screen facade.
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2
3
8'-8 1/2"
5’-5”
A
TOFF 4” TOS 8” U/S Ceiling 3 1/2”
2'-1/2"
7 1/2"
8'-8 1/2"
TOFF 4” TOS 8” U/S Ceiling 3 1/2”
5’-5”
2'-1/2"
OFFICE SECTION DETAIL
1°
scale: 1/4”=1'
7 1/2"
2 3 4
8'-8 1/2"
1
3
2
OFFICE SECTION
2'-1/2"
7 1/2"
scale: 1/2”=1'
4 1
5'-5"
B
8” CAST IN PLACE TWO WAY FLAT CONCRETE PLATE 2” WOOD STILTS 7/8” PLYWOOD DECKING 1/8” VINYL FLOORING 1” METAL CEILING BRACKET SYSTEM 5/8” GWB 1/8” CAST-IN-PLACE CONCRETE STEEL EDGE 5/8” GWB 4 1/2” METAL STUD 5/8” GWB 3” RIGID INSULATION/FIRE PROOFING 4 1/2” METAL STUD AIR AND WATER BARRIER 3” FISCHER FRAME SYSTEM METAL FLASHING 2” PORTLAND STONE PANEL
6" 8"
TOFF TOS
2’-11"
TOFF 4” TOS 8” U/S Ceiling 3 1/2”
U/S CEILING
5’-6”
5'-5" 10'-1" 5'-1" B
8'-8 1/2"
2'-1/2"
7 1/2"
6" 8"
TOFF TOS
5'-6"
2’-11" U/S CEILING
5'-1" 10'-1"
TOFF 4” TOS 8” U/S Ceiling 3 1/2”
5'-5" 5'-6" 6" 8"
TOFF TOS
2’-11" U/S CEILING
5'-1"
2'-1/2"
7 1/2"
8'-8 1/2"
5’
10'-1" 5’-6”
5’ 5’ 5’ TOFF 4” TOS 8”
12
5’
5’ 6" 8"
TOFF TOS
5’ 5’ 5’
2’-11" U/S CEILING
5’
13
the base B A SE SE C T I ON D E T A I L
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scale: 1/4“=1'
7
6 5 1
VAPOR BARRIER 2” RIGID INSULATION
2
CRUSHED ROCK GRAVEL 5” CAST IN PLACE CONCRETE DECK 1” SAND 1 1/2” PORTLAND STONE FLOORING PANEL 2” STEEL CEILING BRACKET SYSTEM 1 1/2” WOOD PANELS
3 4 5
1’ 10” CAST IN PLACE CONCRETE COLUMN 2” STEEL PANEL BRACKET SYSTEM 1 1/2” WOOD BOARD 2” STEEL CEILING BRACKET SYSTEM 1 1/2” WOOD PANELS
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2” STEEL CEILING BRACKET SYSTEM 1 1/2” WOOD PANELS
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METAL FLASHING WOOD BLOCKING GRAVEL LAYER 2” STRUCTURAL DECK VAPOR BARRIER 5” RIGID INSULATION 1” COVER BOARD ROOF MEMBRANE DRAINAGE PANEL FILTER FABRIC EARTH COMPACTED FILL VEGETATION
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8'-8"
4
CL
10'-5"
TOFF
10" 3'-1"
U/S CEILING
3
16'-4"
2
1
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While varying in hei base, the facade fe floor to roof plane c floating mass. The u clad in linear wood p lighting while the to insulated green roo the expanded publi providing cover to v the neighborhood. T the base houses a c and northwest corn and residential lobb ammenities.
ight around the building’s eatures glazing from creating the illusion of a underside of the roof is panels with embedded opside is clovered in a of. The roof thrusts over ic domain around the base visitors and residents of The southeast corner of cafe while the northeast ners house the commercial bies and residential
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TRUMAN ENTERTAINMENT CORRIDOR Kansas City, Missouri Fall 2017 Professor: Peter Broeder, Matt Keys
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ANIMATION 17
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overview The Truman Entertainment Corridor is situated on top of the current I-670 highway located between the Power and Light district, the Crossroads Art District, and the convention center district of downtown Kansas City. My proposed plan was directed by three goals. First, to create the quintessential sports district with unique fan experiences before, during, and after the game. Second, to create a dynamic green space that would serve as the “front lawn� of the city playing host to festivals and leisure activities. Third, to create a new downtown community of residents and consumers to elevate the liveliness of downtown.
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analysis To better achieve the outlined goals of the project, the site had to integrate with the current infrastructure and cultural fabric of the city. The current site serves as a boundary of three downtown neighborhoods. This informed the organization of the site to best integrate with these identities. Traffic and public transportation were also analyzed in order to prevent negative impacts of the developed site. The plan is responsive to transit routes while maintaining primary arteries through the city.
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MULTI-PURPOSE VENUE
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PARK P
RETAIL
RESIDENTIAL HOTEL
PROMENADE RETAIL
RESIDENTIAL
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venue The venue design takes advantage of the elevated topography of the western side of the site by forming the main viewing stand from its rise in elevation. With the removal of Baltimore St., the linear nature of the site inspired the arched canopy that traverses the length of both the venue and the neighboring park via an elevated track. This allows for greater flexibility of events within both the venue and the park. The light weight ETFE-covered roof provides protection from the elements but also allows natural light to fill the interior space. To create unique experiences for fans during the game, the venue has five different premium/unique fan viewing experiences. This includes wider seat options, event boxes, the �royal box�, the bar deck, and the premium bridge module seats.
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premium module FOOD SERVICE
CENTER TABLE
HEATING/COOLING
TOUCH CONTROLS
ENTERTAINMENT CENTER
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SERVICE LEVEL
CLUB LEVEL
UPPER DECK CONCOURSE
EVENT BOXES ROYAL BOX SERVICE CORRIDOR 26
UPPER LEVEL
VIDEO MESH SCOREBOARD
PREMIUM BRIDGE
BAR DECK COURT STORAGE
GAMEDAY PLAZA 27
KIVETT HALL Lawrence, Kansas Summer 2017 Professor: Chad Kraus
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overview We were tasked with designing a new home for the KU School of Architecture and Design with mass timber as the major structural material. For the new school’s design, I explored two design principles. Firstly, with the use of mass timber as the structural material, I created a design that displayed the wood in a non-traditional form. Like the architect Michael Green’s philosophy of creating mass timber high rises to promote the awareness of wood as an efficient building material, I wanted to show how wood could be crafted into a modern and fluid form to equally bring awareness to the material. Secondly, I explored natural forms and reference the typography of the University of Kansas campus. Much of campus resides on Mount Oread, a hill rising up in above the Kansas countryside. I was drawn to the natural landscape of the area because of the recent Central District development that is now populated the central part of campus with new glass structures. Open spaces are now very limited on campus. I wanted the design of school to be more respectful to the natural environment and even increase the amount of green space on campus.
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1. Grass Hill
2. Slice Hill
3. Extrude building mass
4. Tiered arched space framed roof added
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LOADING DOCK
DESIGN BUILD
GRAND ATRIUM
SCULPTURE GARDEN
R
LE EG
HW
SC VE
I DR
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M
AUDITORIUM
E V I R
D H IT
N
M S I A
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Grand Atrium
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Level 1
Level 2
Level 3
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ARIZONA ARENA STUDY Tempe, Arizona Out of Class Project
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+ overview The Arizona Arena Study is a concept project for the Arizona Coyotes NHL franchise and Arizona State University in Tempe, Arizona. This project idea was conceived after the City of Glendale, Arizona, the location of the Coyotes’ current home at the Gala River Arena, canceled their 15-year lease deal. The franchise has since been looking to build a new facility in collaboration with Arizona State University. This concept design is envisioned for that collaboration and features an indoor arena with a total capacity of 17,000. The study aims to explore parametric facade design which connects to historical roots and the natural environment of the Phoenix metropolitan area and interior bowl strategies which center on the fan experience and creating an intimidating atmosphere for visiting teams.
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Weathering Steel in American Southwest Desert Nomad House, Tuscon, Arizona by Rick Joy
Sandstone cliffsides of the Grand Canyon
concept The goal of the design concept was to be deeply rooting in the culturel and environmental conditions of the American Southwest. The parametric facade design was inspired by local Native American patterns. Weathering steel was seleted as the prodomenent exteior material as a representation of the harsh weather conditions of the desert climate. The spaces between the cross stiched beams of the exterior are filled in with reflective glazing mimicking the relationship of water and earth that exists between the Colorado River and the Grand Canyon. Sandstone cliffs also inspired the material selection of interior elements as well as the bowl strategy.
Navajo Rug Patterns 40
seating bowl Using strategies from current and past arenas, the design of the bowl is intended to maximize the fan experience and create a formidable environment for sports competition. The inclusion of a suite level within the lower bowl creates an “on top of the action” viewing experience on the second and third levels. Fans will feel closer to the action with a greater field of vision of the playing surface. The single level lower bowl with increased steepness behind the “endzones” of the playing surface create a wall of fans behind the goal or basket. Moving luxury suites to the top of the arena bowl also allowed the majority of seats to be at the middle height of the viewing bowl. Each corner of the arena has a general admission or premium viewing area on the third level which has space for events or corporate sponsorship. Additionally, on the fourth level of each corner of the arena is the large event decks which provide unique viewing spaces. The bowl design is compact bringing back the feel of old arenas like the Boston Gardens which brought fans closer to the action. However, the stadium also has a wide variety of modern features and amenities.
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4 3
1 2
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1
Event Suite
2
5,000 sq/ft Scoreboard
3
Corner Flex Zones
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Premium Loge Seats
8 7 5 4
4
Team/Operations Spaces
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Arean Offices
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Main Concourse
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Upper Concourse
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Premium Concourse
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basketball configuration
corner flex zones
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vr application SPRING 2017
Virtual reality models can be created to display the effectiveness and value of advertisements in future venues to commercial brand advertisers. Using virtual reality headsets, a brand representative can view a life-like representation of advertisement space in a future environment. In the Arizona Arena Study design, this can be used to put on display the wide integration possibilities for multi-media within the interior of the viewing bowl. Alternatively, this application could be used to show prospective advertisers what selected smaller advertisement space would look like and what its effectiveness and viewability would be around the arena. Perhaps the brand would like to place ads where maximum visibility existed within the upper decks of the stadium which they predict will better reach their target market. With this application of VR, a brand representative could experience that advertisement location first hand ahead of investment.
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CHALMERS HALL RENOVATIONS Lawrence, Kansas Fall 2O16 + Spring 2017 Professor: Chad Kraus
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PHOTOGRAPHY BY MIKE SINCLAIR 47
Collaborative Diagram
overview The Dirt Works Studio was tasked with renovating the commons space in Chalmers Hall which was anchored by the financially defunct Jaybreak Cafe. Our goal was to create a new commons space which promoted multi-departmental and student collaboration, increased the flexibility of events held in the space, bring awareness to the underutilized neighboring art gallery, and provide a viable space for a financially successful combined supply shop and cafe. This endeavor included each phase of the design process, from schematic design, engineering consultation and construction documents to demolition, construction, and finishing. This team effort taught our studio what it takes to take a design from conception to reality.
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awards 2017 International Green Interiors Award - Student - Projects 2017 AIA Kansas Student Design Award 2017 The American Architecture Prize - Winner in Interior Design/Commercial Interior
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1"
Dirt Works Studio 3813 Greenway Drive 785.864.4129
2 A421
1 A421
4' - 10 1/2"
1/4" RBR
1' - 10"
1' - 10"
Design + Build Lawrence, KS 66046 www.dirtworksstudio.ku.edu
KU Memorial Union 1301 Jayhawk Blvd. 785.864.4651
12' - 6"
1/8" STL Plate
Client Lawrence, KS 66045 union.ku.edu
Apex Engineering 9000 W 64th Terrace 913.432.3222
1' - 5 1/4" 2' - 1 1/2"
Structural Engineer Merriam, ks 66202 www.apex-engineers.com
Placeholder Placeholder Placeholder
MEP Placeholder Placeholder
Detail Elevation Rubber Door 1 1/2" = 1'-0"
1' - 0 3/4"
3' - 2 3/4"
1' - 2"
5
8"
1' - 2"
8"
1' - 2"
Detail Section Rubber Door 1 1/2" = 1'-0"
7 1/4"
4
3 A421
NOT FOR CONSTRUCTION
6
3' - 4 1/4"
1' - 2"
3' - 0 1/4"
Confidential Material: This material, specifications, and all information therein are the property of Dirt Works Studio. No part of this work may be revealed, reproduced, or made public to third parties without the expressed written authorization and shall be returned on request.
Janitorial Closet Plan 1/4" = 1'-0"
2' - 4 1/2"
3 A421 2 A421 6 A421
1' - 0"
1' - 6"
5 A421
Microwave
3" Wood
1' - 6"
3" Wood
SUBMISSIONS AND REVISIONS
3" Wood covering niche
3' - 6"
1' - 6"
6 A421
T/O FINISH FLOOR 0' - 0"
T/O FINISH FLOOR 0' - 0"
50- Gallon Garbage Can
T/O FINISH FLOOR 0' - 0"
379 Chalmers Hall 1465 Jayhawk Blvd., Lawrence, KS, 66045
State Number Project Number Drawn By Date
3
Detail Section @ Garbage/Microwave Niche 3/8" = 1'-0"
2
Detail Section @ Microwave Niche 3/8" = 1'-0"
1
Detail Section @ Garbage Can 3/8" = 1'-0"
DATE
CHALMERS RENO.
A-01319 8 151-1118 2 Dan Osburn 12/2/2016 5:23:09 PM
JANITORIAL CLOSET
As indicated
A421
design phase The design process in the Fall of 2016 was a collaborative effort within the studio encompassing design charettes and multiple rounds of sub-team design development iterations. Construction documents were then produced with each individual tasked with a section of the project. Simultaneously, my leadership role was to organize and manage our collaboration with engineering consultants and material manufacturers to ensure the viability of the designs.
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construction phase Construction began with demolition of the existing space during the winter break period of 2017. The studio was involved in every facet of the construction process. This included laying out walls and doors, wall construction and finishing, floor scrapping and finishing, and fixture instillation. Assistance from industry professionals was given for plumbing and electrical work.
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the design The design is centered around flexible space which was achieved by both large rotating CLT wood panels which open a multipurpose space into the new commons and a sliding glass system which allows both a visual and physical connection between the art gallery and the commons. The CLT panels are part of a sixty-foot long CLT wall which extends the full distance of the renovation space. The new supply shop
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PHOTOGRAPHY BY MIKE SINCLAIR and cafe’s ceiling continues the material language with suspended wood panels. Across from the shop is a CLT bar providing alternative seating arrangements for students to study or socialize. The space was stripped of its dated ceramic tiling, exposing a concrete surface that was stained and sealed. The result has been a new fresh space for the Art, Design, and Architecture departments socialize and collaborate.
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KANSAS CITY AGRICULTURE CENTER Kansas City, Missouri Summer 2O16 Partners: Daniel Ritchie, Kierra Shantell Professor: Paola Sanguinetti
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COVERED MARKET
PUBLIC HALL
IRRIGATION SYSTEM
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WIND POWER
CROP FIELDS
GREENHOUSE
WATER STORAGE
PARKING
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Greenhouse
overview
The project for ARCH 502 Shared Economy 2016 com cities conducive to the defi individuals are able to borro others. In many cases, own belong to the city itself, and investment.
Water Preservation System
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In a group of three, we deve an urban agricultural cente for sustainability and health community events like farm Our design principles were example to the community that could be easily adapta
sustainable design
was outlined by the proposal of the mpetition. We explored what makes finition of a share economy, one that ow or rent products or services from nership of the products or services d in other cases, it is private business
To create an energy efficient building, we looked to three elements: natural ventilation, rainwater control, and natural daylight. The building is anchored by a tower that serves as a natural ventilator for hot air during events in the main space during the warm seasons. The choice of the large pitched roof serves as a rainwater collector with a large gutter system filtering rainwater to the irrigation controllers which move the water to the agriculture plots that border the building.
eloped the design and programing for er. This would be the community hub hy eating education and the home of mers markets and seasonal festivals. to create a building that was an for energy efficient design and one able to multiple event functions.
The buildings elongated form shows a transitioning of different types of spaces which can be utilized by the diverse program. The building is separated in quarters by a covered outdoor space, indoor flexible space, indoor operations space, and a greenhouse space. The profile of the space is maintained throughout the length of the building producing the appearance of an evolution of physical form.
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DAN OSBURN
danjosburn@gmail.com https://issuu.com/doarchitecture +1 414-403-0315