Ashlyn Reece Architecture Portfolio

Page 1

Selected Works

ASHLYN REECE

Master of Architecture Student

EXPERIENCE

Skidmore, Owings and Merrill (New York)

June 2023 - December 2023

- Design team for the Climate Exchange at Governors Island through concept and schematic design phases.

- Design team for high-rise residential tower in Hudson Yards in competition phase.

HOK (Kansas City)

May 2022 - August 2022

- Design and master planning for Collegiate athletics campus in concept design phase.

- Urban renewal project in West Bottoms of Kansas City in design development phase.

Focus Architecture (Kansas City)

May 2019 - August 2020

- Developed and presented original small scale project ideas that appeared in final project design-build

- Execute the update of outdated project drawings into CAD files

EDUCATION

Bachelor of Architecture

University of Kansas

August 2019 - May 2023

- Navigated project planning, coordination, and ethics.

- Worked on projects regarding Urban Planing, Sustainability, Human experience, and Comprehensive design

- Studied under award-winning architects and saw projects through to fruition during design-build

Teaching Assistant

August 2022 - December 2022

ARCH 605: Environmental Systems

Professor: Shannon Criss

Minor in Psychology

August 2018-May 2019

Master of Architecture

University of Kansas

August 2023 - May 2024

Certificate in Urban Design

- Graduate research studies in Urban Design

EXTRA

Awards, Scholarships, Service

2023. AIA KC Design Award

2023. Kansas City Architecture Foundation Recognition

2022. Architecture Masterprize

2022. In Studio Made 1st Place

2021. Portfolio Finalist and RecognitionKU ARCH

2020. Kansas City Architecture Foundation Recognition

2018. Presidential Service Award

Involvement

Mentorship Collaborative

August 2021 - 2023

2021-2022 President

2022-2023 Advisor

AIAS

September 2019 - 2023

2021-2022 Event Coordinator

2022-2023 4th Year Representative

Women in Design

August 2021 - 2023

Member

NOMAS

August 2022 - 2023

Member

References

Peter Broeder

Kapila Silva

Kent Spreckelmeyer

HOK University of Kansas University of Kansas

Design Principal Associate Professor Associate Professor peter.broeder@hok.com kapilads@ku.edu kents@ku.edu

Email: anreece13@gmail.com

LinkedIn: www.linkedin.com/in/ashlynreece-aias

CONTENTS

Skyport pg. 06-21

On the Rocks Distillery pg. 40-45

Convergence pg. 22-39

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Design Build (Fall ‘21) pg. 46-49

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SKYPORT

Hudson Yards, New York Sketchup, Adobe Suite, Lumion In Collaboration with Jackson Bontty Kapila Silva Spring 2023

Nestled gracefully within New York’s West Hudson Yards, Skyport, NY, stands as a vital and visionary transportation hub. Reshaping transit between New York,Washington, Philadelphia, or Boston with unprecedented efficiency, the vertiport caters to diverse travelers seeking quick connections.

Additionally, the vertiport plays a pivotal role in addressing the longstanding transportation gap, connecting Manhattan to nearby airports and fostering interconnectivity between all five boroughs. As a result, the city’s mobility is enhanced, and the communities are drawn closer together.

The iconic design serves as a striking testament to innovation, welcoming travelers from diverse backgrounds. As travelers and locals gather, the vertiport becomes a hub of exchange, where shared experience and aspirations intertwine. Skyport, NY redefines urban living and leads the industry in sustainable transportation. As a beacon of progress, it’s a testament to New York’s boundless spirit.

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8 Introduction $$$$ Growth $$$ Maturity $$ Decline $ Extension R e v enue Time - New amenities - More capacity - The Super Rich - Large Businesses - The Rich - Specific Usage - General Public - Everyday Travelers - Adapted to Other Functions as Backup LincolnTunnel Hudson River Innovative Architecture Multifunctional Arena Convention Center Elevated Public Park Public Space High Density Rich Demographic Diverse Demographics Innovation Acceptance Hudson Yards Site Public Transit N Site Javit’s Center The Vessel Subway Station Hudson River Highline HudsonRiverGreenway W34thStreet The Shed Pier 76 Park Public Park Spash Pad Helipads Linear Park for Expansion Subway Station Underground Parking Boat Docks Wind Sculpture Garden Safety Efficiency Ideal Configuation + = 25’ 50’ 75’ 150’ Ø TLOF 130’ Raise Above Public Park X Truss Castconnex Joints & HSS Steel Tube Y Column Concrete Pile Footing HSS Concrete Filled Tube 600’ 01 Skyport Life Cycle 02 Location Analysis 05 Maximize Efficiency + Saftey 06 Flight Path + Landings 03 Site Conditions 04 Modify Master Plan 07 Elevate Daylight Concourse 08 Span

Philadelphia (40 Minutes)

Transforming the way people move between the bustling cities of New York, Washington, Philadelphia, and Boston, the cutting-edge vertiport offers an unparalleled level of convenience to a wide array of passengers in search of swift and seamless transportation connections.

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LaGuardia Airport Queens Helipad JFK Airport Boston (75 minutes) Newark Airport Liberty Helipad

WHAT WOULD HAPPEN IF THE FUTURE OF TRANSIT WAS SUSTAINABLE AND ACCESSIBLE?

Skyport NY flourishes as a community-oriented development, boasting nearly 1,000,000sf of public space, it gracefully connects pedestrians from the ground and to urban air transportation. Vertiports pave the way for dedicated and efficient air-focused transit, embodying progress and connectivity. They serve as hubs for both horizontal and vertical transportation, seamlessly integrating pedestrian, ground, and sky. Vertiports can champion sustainability and promote eco-friendly transportation options.

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11 Water Efficient Landscaping Green Urbanism Wind Power Sculpture Garden Natural and Mechanical Ventilation Water Tanks Irrigation from Recycled Water Rainwater Collection Through Structure Wastewater Treatment Potable Water Treatment Heat Pump Geothermal Energy Hot Water Storage Geothermal Radiant Heating Flight Deck Shading High Performance Glazing Smart Node Metering Autonomous Vehicle Charging Roadway eVTOL Charging Import & Export Electricity to Grid Dedicated Off-Site Sub-station Utility Floor Multimodal Transit Connections Subway Bus Bicycle Scooter eVTOL
Sustainability Life-cycle
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Skyport Plaza Pedestrian Plaza Skyport Lobby
13 Ground 00 INT: 108,644 SQFT TOTAL: 491,077 SQFT EXT: 382,433 SQFT 02 06 09 10 11 07 08 12 13 03 04 05 01 - Helipads - Park Storage - Service Entry - Storage - Train Yard - Utility - Bike Racks - Scooter Parking - Ride-share Drop-off - Subway Entry - Cooling Towers - Parking Silo’s - Javit’s Center 1’ = 1/128” 128’ 256’ 64’ 32’ 0’ N 01 02 03 04 05 06 07 08 09 10 11 12 13 Entry 01 INT: 38,450 SQFT TOTAL: 336,623 SQFT EXT: 298,173 SQFT 02 06 09 10 11 07 08 12 13 14 16 17 15 03 04 05 01 - Helipad Building - Over-Highway Park - Splash Pad - Ice-cream Shop - Storage - Residential - Residential - Office/Residential - Office/Residential - Hudson Yards Gallery - Cafe - Sky-port Entry - Main Lobby - Retail/Library Entry - Subway Station - Entry Plaza - Javit’s Center 1’ = 1/128” 128’ 256’ 64’ 32’ 0’ N 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17

Retail Level

Library

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Concourse
15 Flight Deck 05 INT: 70,827 SQFT TOTAL: 348,544 SQFT EXT: 277,717 SQFT 02 03 05 04 07 06 08 09 11 13 14 15 16 12 10 01 - TLOF 1 - Bar/Restaurant - Cafe - North Concourse - Taxiway - eVTOL Parking - Cafe - Security - TLOF 2 - Employee Circulation - Taxiway - TLOF 3 - Air Traffic Control - South Concourse - eVTOL Parking - Taxiway 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 1’ = 1/128” 128’ 64’ 32’ 0’ N Library 03 INT: 123,082 SQFT TOTAL: 130,675 SQFT EXT: 7,593 SQFT 02 03 05 04 07 06 08 09 11 10 01 - Restaurant Level 2 - Library Stacks - Cafe - Library Entry - Lobby - Librarian Offices - Outdoor Gallery - Lounge Work Space - Work Space - Gaming Rooms - Conference Rooms 01 02 03 04 05 06 07 08 09 10 11 1’ = 1/128” 128’ 256’ 64’ 32’ 0’ N Retail 02 INT: 152,039 SQFT TOTAL: 176,585 SQFT EXT: 24,546 SQFT 02 03 04 05 06 07 08 09 10 01 - Restaurant 1 - Kitchen 1 - Outdoor Seating - Retail Circulation - Lobby - Multipurpose Room - Outdoor Gallery - Kitchen 2 - Restaurant 2 - Retail Circulation 01 02 03 04 05 06 07 08 09 10 1’ = 1/128” 128’ 256’ 64’ 32’ 0’ N

STRUCTURAL MODULARIZATION

16 see detail 8 Base Truss see detail 14 see detail 8 see detail 7 see detail 6 see detail 14 see detail 13 see detail 11 see detail 10 see detail 12 see detail 10 see detail 9 see detail 14 see detail 11 see detail 4 see detail 8 see detail 10 see detail 9 see detail 4 see detail 5 see detail 2 see detail 1 see detail 4 see detail 3 Retail Level Public Library Utility Level Diagrid Truss Flight Deck Terminal 001 002 003 010 011 012 013 014 015 016 Glass Panel with White Paper set Between Panes attached with Metal Clips to Sheathing Varying Depth Metal Truss 3’-8” - 7’-8” Custom 4’-7’ Steel Box Beam 5’X12’ Triple Pane Glass Panel Glass Fin Spider-Fitting for 4-Point Fixings Structural Glass FIn 2”X10” Steel Lateral Bracing Steel Column Supporting Curtain Wall 12”X4” Metal Truss 4’ Depth Supply Air - Single slot Flow Bar Diffuser 020 021 022 023 024 025 026 030 031 032 033 5’X12’ Triple Pane Glass Panel Glass Fin Spider-Fitting for 4-Point Fixings Structural Glass FIn 2”X10” Metal Truss 3’ Depth Supply Air Single slot Flow Bar Diffuser Custom 2’X4’-4” Steel Box Beam Return Air Utility Louvers - Hybrid Ventilation System Custom 2’X3’ Steel Box Beam Metal Truss 3’ Depth 36” Custom Profile Steel Beam 040 041 042 043 044 045 046 047 048 050 051 052 053 054 060 061 062 063 064 065 066 Custom 2’-4” X 2’-5” Steel Box Beam Custom Cast Connex Joint (6 prong) Custom 3’ X 2’-4” Steel Box Beam Custom 4’ X 2‘ Steel Box Beam Custom 3’-3” X 2’ Steel Box Beam Custom 3‘ X 2’ Steel Box Beam Custom 4’ X 2’ Steel Box Beam (2) Custom Cast Connex Joint (6 prong) Custom Cast Connex Jont (4 prong) Aluminum Slat Wood Grain Finish 2”X8” Metal Truss Varying Depth 10” - 6’-4” Metal Truss 36” Depth Return Air Supply Air - Single Slot Flow Bar Diffuser Custom Steel Structural Arch Return Air Duct HSS Perlins 4”X6” HSS Beam 1’X2’ Aluminum Slat Wood Grain Finish Ceiling 2”X8” Custom Curved HSS Beam Custom Cast Connex Joint (4 prong) Custom Stee; Structural Arch (040) (045) 001 002 003 013 014 015 016 010 011 012 025 024 023 026 030 033 031 032 020 021 022 043 044 045 046 047 048 040 041 042 063 064 065 066 060 061 062 053 054 050 051 052 00 01 02 03 04 05 06

CIRCULATION

MECHANICAL

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CONVERGENCE

18th and Oak St, Kansas City

Sketchup, Adobe Suite, Lumion

Eddy Tavio

Fall 2022

con·ver·gence /kənˈvərj(ə)ns/

- Movement towards unity.

- The merging of distinct technologies, industries, or devices into a unified whole.

- A location where currents meet.

The premise of studio 608 is to explore urban dwelling. This site is located along the Oklahoma River at the base of the Core to Shore initiative . The Core to Shore city plan invites urban renewal and is aimed to inspire the public to move to the heart of the City.

Convergence is a multi-faceted livework-play community that creates a desination location along the lively riverfront. A variety of bars, restaurants, cafes, study spaces, and makers space allows for creatives and families alike to move to the city core while maintaining a more suburban lifestyle. This suburban feel is evoked by creating quiet and communal spaces above interactive ground level experiences.

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WHAT WOULD HAPPEN IF 10,000 PEOPLE MOVED INTO THE HEART OF OKLAHOMA CITY?

Americans are rediscovering their love for cities and Studio 608 was a collaborative effort focused on exploring how Oklahoma City could be transformed into a place that draws people together for unforgettable

HOW?

Creating an interconnected series of mixed-use districts that build community Established variety in public and green space to build equity between districts Created density and an engaging environment within the downtown framework

WHAT DOES IT LOOK LIKE?

Transformative - Vibrant - Urban - Lively - Innovative - Authentic

How can we learn from previous city planning efforts and create a holistic vision for the city to move towards? We approached this master plan by researching PLAN OKC initiatives and the current MAPS initiatives. We integrated our comprehensive vision with the current successful initiatives in place.

PLAN OKC

sustain OKC #4: Encourage infill development of underutilized areas. connect OKC #17: Improve trails and their access to destinations. play OKC #3: Utilize private parks in developing areas. serve OKC #7: Provide accessible, quality services.

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SPACE PLANNING & FORM

Establish connections throughout and between separate buildings and site. Align views to create visual integration by uniting built environment and natural environment.

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27 Libraries Co-working Space Nightlife Market + Grocer Site

POINTS OF ACCESS MIMIC RIVER FORM

Access to entertainment boulevard and emphasis on current active use and access to the site.

Create connections between current access public space around riverfront.

Pinch massing to expand central courtyards; establishing a sense separation between public and private space.

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HOUSING
PROGRAM +
SHAPE
01 02 04
Active programming is located at ground building with private residence and amenity
05

access points and shape

ESTABLISH VIEWS

Open view corridors within form to establish a sense of connectivity and visibility.

HOUSING

ground levels of amenity above.

SOLAR CARVE

Carve openings within housing to allow daylight into private courtyards and maximize views of riverfront.

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03 06
30 Ground Level 01 01 05 05 Parking Private Lounge Bar Restaurant Resident Lobby Cafe Market + Grocer Flex Gathering Space 02 02 06 03 03 07 04 04 08 35 0 70 105 09 10 11 12
31 09 09 Coffee Shop Reading Rooms Co-working Space Conference Rooms 06 10 10 07 11 11 08 12 12 N
32 Level 3 Level 4 Level 2 01 01 04 Resident Lounge Excersize Room Private Elevated Patio Main Courtyard Residential Flex Space Event Bar Library 02 01 02 05 03 02 03 06 Private Elevated Patio Private Elevated Patio Event Lounge Makers Spaces 02 01 03 0 35 70 105 N

Bedroom

Master Bedroom

Master Bedroom

Office + Storage

2 Story Apartment

2 Bedroom + 1.5 Bath

2,109 sf

125 units

Bedroom

2 Bedroom Apartment

2 Bedroom + Office + 1 Bath

2,109sf

18 units

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Courtyard View
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South Elevation

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East Elevation
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ON THE ROCKS DISTILLERY

18th and Oak St, Kansas City Sketchup, Adobe Suite, CAD

Spring 2022

On The Rocks is a distillery and venue focused on creating a space for adults to have fun. The distillery is located at the corner of 18th and Oak Street in Kansas City. The form of the building is inspired by the experience of the activities within. The goal was to take the literal representation of a spirit on the rocks and create an elegant form. There is intention behind the organization of each “ice cube”. The building as a whole reflects the stiff rectangular nature of the surrounding buildings, whilst allowing for freedom of form in the facade.

There is an emphasis on pure geometry, clean lines, and light play. The illuminated double facade creates an iconic destination in Kansas City. The elevated patios aim to activate the site and create a connection between the crossroads art district and the jazz district.

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ALIGNMENT

Rotate cubes to fit within site restraints and create separation

IDENTITY

Each cube serves a separate function

ACTIVATE

Creation of public space at ground level

SYSTEMS

Building functions aesthetically and logically

EGRESS

Locate in alternate cubes connected by main circulation cube

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43 PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION C C A A B B
44 0 1 0 1 0 2 0 3 0 4 0 5 0 6 0 2 0 3 0 4 0 5 0 6 Lobby + Gallery Bar Distilling Operations Dry Storage Loading Dock Parking Garage 0 1
45 0 1 0 2 0 3 0 4 Tasting Room Break Room Exercise Room Conference and Offices 0 1 0 2 0 3 0 4 0 5 Event Bar Event Patio Distillery Overlook Service Kitchen Event Storage 0 2 0 3 0 1 0 2 0 3 0 4 0 1 0 2 0 3 0 4 0 5

NEW YEARS' PAGODA

Topeka, KS

Rhino, Revit, CAD Keith VanDeReit

Design-Build Fall 2021

Design-Build Studio 509 Fall 2021, focused on a shade structure for the Kansas Children’s' Discovery Center. This structure was to be an educational tool for those at the center. This project was insighted by one of the board members of the center, who would become the donor.

The parameters put in place were as follows; a sloped roof, green roof tiles, with an emphasis on red throughout the rest of the design.

Mission Statement: To create a place for children and adults alike, to experience Chinese culture through discover based learning.

Studio 509 provides the opportunity for real-life experience. For the first time in school, we are working for clients, with a budget, with a deadline. We also had the opportunity to meet contractors and vendors.

In Collaboration with:

McClure Engineering

KBS Construction Children’s Discovery Center

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PERSONAL IMPACT

Fall 2021

Foundation + Site Team Leader

On The New Years' Pagoda project I had the unique opportunity to take part in leadership aspect of the team. The design-build process requires adaptive leadership and a high level of communication.

I enjoyed the trials that this semester brought. Leading the Foundation and Site team brought me invaluable skill sets in a real life application. In addition to leading the site team, I was head of Public Relations, and directed the process of the decorative Finial.

These roles allowed for leadership development as well as gave me the opportunity to work hands on with our clients to develop their vision.

Problem solving, creative solutions, and adaptation were the foundation of my process in design build. I am grateful

to have learned a variety of new tools as well as how to work on real-world projects.

On the New Years' Pagoda project I was in charge of the site development and foundation. This is a great fit because previously, I have loved the site development aspect of projects.

I completed all of the construction document drawings for this portion of the project in AutoCAD and Revit.

The site and foundation team on this project was a great group to work with and delivered their drawings quickly and concisely. We were the fastest team on this project and were able to help the other groups with their work. The foundation and site team had our materials delivered first and was able to start project progress on schedule.

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FINIAL

The finial was handed off to me as a problem that needed a solution. Slowly but surely we found creative solutions to each problem we encountered. The first road-block was determining the angles off each connection in order to fit on top of a structure that had not yet been built. The next trial we encountered was troubleshooting how to weld different gauges of steel plates together. Finally, working together to roll steel plates on a severely out-ofdate machine.

After weeks of hard work, the finial was finally completed.

In Collaboration with: Karolyn Duke + Britney Martinez

ACOUSTIC DRAGON

The design and fabrication of the steel dragon was challenging from start to finish. We wanted to create an interactive play piece that would be functional and safe for children. Because of these requirements, there was a heavy amount of planning in the beginning to design a structural piece that children could hang from, that had no sharp edges.

Through a variety of trials we discovered how to roll a cone on a dated steel rolling pin as well as welding upside-down and in hard to reach locations. This project was rewarding in the sense that it created a discovery-based way for children to experience or project.

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Rock Chalk.

anreece13@gmail.com www.linkedin.com/in/ashlynreece-aias

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