Design Portfolio

Page 1

Patrick C Reinhard Design Portfolio



Contents

01 About Professional Statement

pg. 4

Curriculum Vitae

pg. 5

02 Professional Work The Capstone at Royal Palm

pg. 6

Manazel Medical City

pg. 10

Kumar Residence

pg. 14

03 Academic Work Baby Boomer Housing (Masters Thesis)

pg. 18

Zero Energy Building (ZEB): House

pg. 28

Center for Independent Living & Culture

pg. 34

5400 N Lamar Blvd, Apt 2027, Austin, TX 78751 patrickcreinhard@gmail.com (720) 280 - 0991 patrickreinhard.com


Hello

My name is Patrick and design is my game. I am an architectural intern on the path towards licensure with an interest in creating sustainable environments that encourage the success and well being of those that use them. My goal is to work creatively in a collaborative company that is dedicated to enhancing the world through design. Through my professional, academic, and freelance experience I’ve become proficient with industry standard software including the Adobe Creative Suite, ArchiCAD, Revit, AutoCAD, and SketchUp. I am a snowboarder, bicycle rider, and a bit of a music junky. I’ve traveled the country competing in the national BMX circuit and helped to create and manage a music promotion website. My obsessions have lead me to some amazing places and give me the inspiration to keep pushing for more. I strive to utilize all of these life experiences and knowledge in a company where I can follow my one true passion – design.


Curriculum Vitae

Work Experience 2016 - Present

Pi Architects | Austin, TX Architectural Intern

Summer 2015

SmithGroupJJR | Washington, DC Architectural Summer Intern - Healthcare Design Studio

2013 - 2014

Cline Design Group | Littleton, CO Project Manager

2012 - 2015

RageColorado.net | Boulder, CO Co-Founder + Team Manager

Volunteer Experience 2016 - Present

Meals On Wheels Central Texas | Austin, TX Volunteer Coordinator/ Volunteer Delivery Driver

2016

Oregon BILDS - University of Oregon | Eugene, OR Communication Leader

2015

ARCH 201 - Architectural Design Studio | Eugene, OR Teaching Assistant

2005 - 2014

Program in Environmental Design | Boulder, CO Peer Advisor/ Mentor

2005 - 2014

Craig Hospital | Englewood, CO Special Projects & Events Volunteer

Education 2014 - 2016

University of Oregon | Eugene, OR Master of Architecture (M.Arch)

2009 - 2013

University of Colorado | Boulder, CO Bachelor of Environmental Design, Emphasis in Architecture

Skills + Attributes Graphisoft ArchiCAD - Autodesk Revit - Autodesk AutoCAD - Adobe Creative Suite - Rhinoceros - SketchUp - Sefaira Energy Modeling - VRay - Wordpress - Microsoft and Apple software & operating systems - Drafting & Hand drawing skills - Physical Model Construction - Social media marketing & promotion - Project management - Leadership skills

Hobbies + Interests Architecture - Graphic & Web Design - Drawing & Painting - Music & Concerts - Snowboarding - Bicycling - Golf Tennis - Fitness - Disc Golf - Socializing - Reading - Documentaries - Traveling - Volunteering


2.1 The Capstone at Royal Palm Site: Royal Palm Beach, FL Size: 75,000 square feet Project Type: Assisted Living & Memory Care Facility Firm: Pi Architects

The Capstone at Royal Palm is a two-story, 75,000 square foot, assisted living and memory care facility located in the outskirts of West Palm Beach, Florida. Featuring 84 studio, one bedroom, and two bedroom units, this resort-like community is only a few minutes from the Atlantic Ocean. Developed around a contemporary, yet relaxed, Mediterranean architectural style this building is designed to promote an engaging and social lifestyle for its residents. Expansive tropical and lush landscaping surround the building to create opportunities where

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Design Portfolio

residents can enjoy outdoor dining, walking trails, and gardening areas. Inside, residents can enjoy an assortment of inviting spaces including multiple dining venues, a fitness center, and various areas for group activities. As the project lead for the design team, I’ve helped to develop this project from its initial concepts through to construction documentation. I also engaged with the clients and project engineers to ensure the project was on time and on budget.


2.0

Professional Work

Assisted Living Entry Rendering by other

Amenities Oered in the Community: -

Highly trained and compassionate staff Senior-friendly fitness center Salon and spa with trained professionals Multiple dining venues; including a space for private dining with friends and family Spaces to promote an engaging and social lifestyle for all residents Courtyard, outdoor dining, and garden areas to enjoy the lush and tropical landscaping Full-time concierge

Selected Works 2013 - 2018

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2.1

The Capstone at Royal Palm

First Floor Plan

8

Design Portfolio


2.0

Professional Work

Second Floor Plan

Selected Works 2013 - 2018

9


2.2 Manazel Medical City Site: Abu Dhabi, UAE Size: 132,788 square meters Project Type: Comprehensive Medical Center Firm: SmithGroupJJR

The Manazel Medical City is a comprehensive medical center with five distinct units: acute-care hospital, medical office building, cancer center, rehabilitation hospital, and children’s learning and disability center. All of the units were integrated into a six level building running north and south with three “fingers” projecting from the west side. As part of the design team, I was responsible for a number of different duties. I worked along side architects, interior architects, and medical planners

10

Design Portfolio

to ensure the project developed in a timely manner. I helped to organize and manage an initial interior design charrette for the project team, designed interior and exterior portions of the building’s 3D model with project architects, as well as developed a website to illustrate the SmithGroupJJR design process. While working on these tasks I was also involved with multiple other projects balancing deliverables and deadlines. I was a valuable member of the healthcare studio, helping where I was needed.


2.0

Professional Work

MOB Entrance Rendering by other

Manazel Medical City Design Drivers 1. An Integrated Medical City: adjacencies, connectivity, consistent image. 2. Patient-centered care: families first lead to positive outcomes. 3. Operational Efficiency: physician friendly, lean design. 4. Architectural Efficiency: value added, cost effective design. 5. Climate Responsive: lift cycle costs, sustainable design. 6. Maximize FAR Potential: meet UPC regulation and optimize site value.

Selected Works 2013 - 2018

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2.2

Manazel Medical City

The interior design charrette was a chance for architects, interior designers, and planners to get together to develop concepts for the direction of the interior of the Manazel Medical City. Along with one of the lead interior designers on the project, I coordinated drawings to use as base images for the charrette. I participated in designing three different concepts over the day long meeting. After initial sketches and comments were recorded, I was part of a team that translated them into rough 3D SketchUp models to start understanding their impact on the layout of the building. We were mainly concerned with designing the entrance lobby, as it spanned the entire length of the medical complex, as well as the cancer department entrance. These concepts were refined over the course of a couple weeks and then presented to the client at a meeting in Abu Dhabi.

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Design Portfolio


2.0 Professional Work

Manazel Medical City Website http://manazel-medical-city.squarespace.com/ Architectural design is an iterative process. A journey through thought, trial and error, and collaboration. A process that leads to a comprehensive project that not only thinks about beauty and aesthetics, but also the people who will be inhabiting it and the place in which it inhabits. This website is meant to be glimpse into the process of design at SGJJR and its outcomes. Partnering with the marketing director, I designed a website that lead people through the extensive design process that SGJJR goes through on their projects. With directIon on what this project was to become I was given complete control on this project. It is meant to be a storyboard through the different steps architects undergo to create a comprehensive building design.

Home

Project Overview

2.0

+ Design

+ Gallery

3.0

Introduction

1.0

3.1

+ Team

4.0

Latest Renderings

Charrettes

Project Drawings

Project Schemes

Development of Design

Schemes Summary

Project Schemes

Development of Design

Sketches

Concept Design

3D Printed Model

4.1

5.0

SmithGroupJJR Team

5.1

Development Team

Team Charrettes Team UAE Visit Site Map Development

Selected Works 2013 - 2018

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2.3 Kumar Residence Site: Littleton, CO House Size: 7,947 square feet Project Type: Custom Single Family Home Firm: Cline Design Group

Erica and Rajiv Kumar and their three children came to CDG with the dream of being a part of designing their own home. They choose a site in an up-and-coming Littleton neighborhood that has a spectacular view of the Colorado foothills. The site has a grade change of 20 feet which led the design of a walk-out basement, a large patio outside of the kitchen, and great room that had unblocked views of the foothills. Both clients were easy to work with and helped on every bit of the process. The home

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Design Portfolio

features large gathering spaces for entertaining, a half basketball court in the basement, a fitness room, and a lofted play room for the kids. The centerpiece for the home is the turret staircase that is framed by a light mountain ledge stone to highlight the dark stained staircase. This home was a finalist for the 2015 Home Builder’s Association Mame Awards for Best Custom Home Architecture with building coverage under 5,000 square feet.


2.0

Professional Work

Kumar Residence Great Room Photo By Other

Responsibilities on Kumar Residence Project -

Work together with all of the stakeholders to ensure the project was completed on time and on budget. Contact sub-contractors for project bidding and to coordinate the schedule of the project. Manage all labor and materials needed to complete the project. Perform daily site visits to verify that the project is moving forward according to the schedule. Meet with city inspectors for all building inspections. Assisted with essential office related work.

Selected Works 2013 - 2018

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2.3

Kumar Residence

Site Data Local Municipality: City of Lakewood Lot Size: 13, 019 sf (0.3 acres) Building Coverage: 4,156 sf Open Space: 67.6% House Size: 7,957 sf Building Height: 34’ - 4”

All Photos By Other

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Design Portfolio


2.0

Professional Work

Ground Floor Plan

Selected Works 2013 - 2018

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3.1

Baby Boomer Housing

M.Arch Thesis Project Site: Austin, TX Size: 186, 269 sqaure feet Project Type: Senior Housing

Baby Boomers have always been a generation that makes their own rules and sets their own standards. Much like they have in the past, Boomers will expect very different things than that of their parents, changing in the way we think about senior housing. This project takes a critical look at senior living design to propose a model for independent living senior apartments based on what Boomers desire. Located in a burgeoning area of East Austin, this building takes advantage of its location to help promote an

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Design Portfolio

environmentally and socially healthy lifestyle. The design took cues from continuing care retirement communities, the leading model of senior care, and new apartment buildings tailored towards young professionals, which coincidentally provides the lifestyle Boomers are seeking. The result is a 104-unit mid-rise apartment building that provides support for multiple levels of social engagement with other neighbors as well as aging-in-place tactics meant to ensure that this could be a home where one could live their life, happily.


3.0

Academic Work

Corner of E 4th ST & Comal ST Building West Facade

Masters Thesis Project Goals Encourage social engagement and a sense of community. Design adaptable and accessible environments. Create spaces that appeal to everyone. Promote a healthy lifestyle.

Selected Works 2013 - 2018

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3.1

Baby Boomer Housing

Site Analysis

20

Location:

Austin, Texas

Neighborhood:

East Cesar Chavez

Address:

1600 E 4th St

Site Dimensions:

300 ft x 150 ft (45,000 sf / 1.03 ac)

Design Portfolio


3.0

Sun Path

Wind Direction

Avg. Temperature

Academic Work

Avg. Annual Rainfall

Selected Works 2013 - 2018

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3.1

Baby Boomer Housing

Program:

Roof Level:

31,895 sf

Mechanical Penthouses Elevator Penthouses Extensive Green Roof Solar PV Panels

3rd Level:

34,918 sf

Roof Garden Residential Units (Studio, 1 Bed, 2 Bed)

2nd Level:

35,215 sf

Residential Units (Studio, 1 Bed, 2 Bed) 1st Level:

42,224 sf

Residential Units (Studio, 1 Bed, 2 Bed) Community Spaces Ground Level:

42,017 sf

Commercial Units Residential Lobby/ Leasing Office Secured Car/Bike Parking Mechanical/ Storage Trash

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Design Portfolio


3.0

Academic Work

Project Information

Building Type:

Mixed-Use Senior Apartments

Project FAR:

3.2

Available Commercial Space:

8,658 sf

Extensive Green Roof Area:

30,245 sf

Secured Off-Street Parkng:

59 typical spaces / 4 handicap van accessible spaces

Secured Bike Parking:

117 residential spaces / 10 bike share bicycles available

Total Residential Units

104 units 2 Bedroom: 18 Units Total (17%)

Density:

1 Bedroom: 77 Units Total (74%) Studio: 9 Units Total (9%)

101 units/ ac

Building & Design Code Building FAR:

3.2

Building Occupancy Types:

Ground Level: Business - Group B Low-Hazard Storage - Group S-2 Upper Levels: Residential - Group R-2

Required Egress Exits:

2

Exit Access Maximum Travel Distance:

250 ft

Allowable Area Per Floor:

24,000 sf

Building Construciton Type:

Ground Level: Type I-B - Fire Resistive, Non-Combustive 2 hr Exterior Walls

2 hr Structural Frame 2 hr Ceiling/ Floor Separation 1 hr Ceiling/ Roof Assembly

Upper Levels: Type III-A - Non-Combustible Exterior, Permitted Interior 2 hr Exterior Walls

1 hr Structural Frame 1 hr Floor/Ceiling/Roof Protection

NOTE: Building is equipped throughout with an automatic sprinkler system in accordance with NFPA 13 Section 903.3.1.1

Selected Works 2013 - 2018

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3.1

Baby Boomer Housing

Second Floor Plan Scale: 1/64” = 1’-0”

First Floor Plan Scale: 1/64” = 1’-0”

24

Design Portfolio


3.0

Academic Work

Roof Plan Scale: 1/64” = 1’-0”

Third Floor Plan Scale: 1/64” = 1’-0”

Selected Works 2013 - 2018

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3.1

Baby Boomer Housing

Exterior Rendering - From Plaza Saltillo Transit Center

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Design Portfolio


3.0

Academic Work

Selected Works 2013 - 2018

27


3.2 Zero Energy Building (ZEB): House Site: Eugene, OR. Total Building Size: 1,900 square feet Project Type: Single Family Home + Accessory Dwelling Unit Team Members: Jeff Austen + Kyle Stuart-Willis

5 1

2 4

3 In today’s industry, buildings significantly help contribute to the waste of energy and material resources during their construction, use, and demolition. In order to minimize this waste, the concept of zero energy buildings have gained attention around the world. This project addressed this growing concept and created a design for a house that achieves carbon emissions standards conforming to those set by the ZEB Pilot house. Designed by the international firm Snøhetta; this house is a net positive single-family house that

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Design Portfolio

produces more energy than it ends up using. This home is mindful of its context as well as its carbon footprint and becomes a place where not only the residents benefit, but also the environment. It promotes a renewed connection with the outdoors in a way that typical residential homes fail to ever realize. From the materials, to the residents, to the program, this building rethinks the way we design and the way we live. This is the SHIFT HOUSE.

6


3.0

Academic Work

7

Residence Entry

1. Reclaimed Train Car Siding - Eugene, OR. (EUI = 0 kW/m2/y) 2. Triple Pain Window - Denver, CO. (EUI: 1.5 kW/m2/y) 3. Crushed Asphalt Path - On-site (EUI: 0 kW/m2/y) 4. Natural Stone Cladding - Willamette Valley, OR. (EUI: 0.014 kW/m2/y) 5. Photovoltaic Panels - Mexico (EUI: 3 kW/m2/y) 6. Asphalt Gabion Wall - On-site (EUI: 0 kW/m2/y) 7. Cedar Siding - Willamette Valley, OR. (EUI: 0.028 kW/m2/y)

Selected Works 2013 - 2018

29


3.2 ZEB: House

Project User Group

Pam, Mom [Ashland, OR]

- Professor of Ecological Restoration at the UO - Enjoys painting and reading outdoors

Jim, Dad [ Portland, OR]

- Respected Chef in town - Enjoys big gatherings around food

Karen, Daughter

14 years old - Runs high school cross country - Enjoys curling up with a book

Kevin, Son

11 years old - Tinkerer and Daydreamer - Enjoys helping Oscar in his shop

Oscar, Live-Work Tenant [Boulder, CO]

- Wants a place to live, work, and showcase work - Respected artist in town

For this project, hypothetical users were created to help us better design a home tailored to their specific wants and needs and also give us guidelines to measure the successfulness of the project.

30

Design Portfolio


3.0

Academic Work

Design Process

Original Site:

Divide:

Shift:

An underutilized asphalt N in the heart of a vibrant site neighborhood in Eugene, OR.

Divide the maximum allowed square footage (2,000 sf) by programmatic sizing to reflect the commercial and residential zoning in the area.

Shift the massing to allow for greater southern exposure for sunlight and solar heat gain. This shift also creates a courtyard which allows for a secured outdoor gathering space.

Open:

Restore & Protect:

Open up apertures to optimize day lighting within the buildings and create opportunity for passive ventilation.

Restore the landscape back to a natural state by creating rain gardens similar to wetlands that use to be here. A raised walkway protects the landscape from degradation.

N

.6°

22

.6°

22

Tilt:

Tilt the roofs 22.6° to optimize the energy gained by the solar photovoltaic panels and solar hot water heaters. This also allow more light in to the center courtyard.

Selected Works 2013 - 2018

31


3.2 ZEB: House

Parti Diagram:

Wall Material Concept Diagram:

A central gathering space becomes the focal point for social interaction and a number of activities. Also leading to connections between different areas of the homes.

Thick walls help the building achieve a lower EUI while also working in tandem with the flooring to bring the outside indoors and connect both spaces.

9.

8.

7.

6.

5.

10.

3.

2.

11. 4.

13.

1.

12. 14.

N Building Floor plan 1. Sun Room 2. Living Room 3. Kitchen 4. Dining Room 5. Utility Room

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Design Portfolio

6. Bathroom 7. Kevin’s Room 8. Karen’s Room 9. Master Bathroom 10. Master Bedroom

11. Outdoor Deck 12. Pottery Studio 13. Social Space 14. Stairs to Loft & Deck


3.0

Academic Work

Shift House Sustainable Strategies 1. Green Roof: Insulates roof with vegetation to reduce heat island effect. 2. Water Catchment: Stores rainwater collected from roof. Excess water is pumped into retention ponds in landscape. 3. Solar Shading: Allows light and solar heat gain during the winter months and shades from the harsh summer sun. 4. Passive Ventilation: Stack and cross ventilation naturally cool indoor spaces. 5. Radiant Floor Heating: Hot water is pumped through floors to heat indoor spaces. 6. Solar Hot Water + PV Panels: Produces hot water for the home and electric energy. Panels work at 21% efficiency.

6 4 1 3

5

Selected Works 2013 - 2018

33


3.3 Center for Independent Living & Culture Site: Oakland, CA. Total Building Size: 2,883 square feet Project Type: Adaptive Reuse & Interior Design

The concept of opportunity is something abundantly present in this Oakland neighborhood; This area was built on opportunity. The Key System Transit Company inhabited this building from the mid-20th century until their eventual collapse. They created opportunity for hundreds of thousands of people to travel around the bay area through mass transit trains and ferries. The Center for Independent Living + Culture aims to create opportunity for artists. The goal of the organization is to provide people, both with and without disabilities, with the services to

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Design Portfolio

help them professionally In the fields of performing and visual arts. The main intention of the design is to honor the buildings historic character while promoting a collaborative and creative culture for all people. The design intends to continue this tradition of opportunity and through the built environment create a building that is accessible for all and inspiring for those who enter.


3.0

Academic Work

Cafe/ Event Venue

Client Goals The goal of the foundation that is funding and running the Center for Independent Living + Culture is for the design of the interiors to be universal without calling attention to its special accessible features. The design should be attractive, innovative, comfortable, and elegant - equally usable to young and old, mobility challenged or not, and accommodate the needs of a culturally diverse public.

Selected Works 2013 - 2018

35


3.3 Center For Independent Living & Culture

Longitudinal Building Section

(8) (7)

(6)

(5)

(4)

(3)

(2)

(1)

(0)

(-1)

(-2)

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Design Portfolio


3.0

Academic Work

Selected floor plans

TLT

TLT

TLT

TLT

Information

Lobby + Circulation

Café + Seating

Ground Floor Plan Scale: not to scale

Janitor

Mechanical

Lobby + Circulation

Stage Production Studio + Dressing Room

Storage

Seating

Music Recording Studio

Practice Room

Practice Practice Room Room

Event Stage

Lounge

Basement Floor Plan Scale: not to scale Selected Works 2013 - 2018

37


3.3 Center For Independent Living & Culture

Public Event Space

38

Design Portfolio


3.0

Academic Work

Selected Works 2013 - 2018

39



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