david jarmus architecture portfolio

DAVID M JARMUSLEED AP BD+CAssoc. AIA, CSI1954 Oliver Ave.San Diego, CA, 92109

[email protected]

issuu.com/jarmusdm

ARCHITECTURE|DESIGNPORTFOLIO

2007

2016

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References’ Recognitions David Jarmus is a refreshing and rare example of a young man with integrity, constancy to purpose, with the discipline for independent self supervision. David’s intelligence, energy and sense of humor made working with him a joy. I highly recommend him as a welcome addition to your team.

Tim W. Breuning, PresidentLight & Breuning , Inc.

David Jarmus stands out as one of the hardest working, talented, and enthusiastic [students]. At all times, he was positive, with a high degree of enthusiasm for his discipline. Employing him will not only reward his efforts to date, but will add such a very strong, enthusiastic, and talented mind to your firms design team.

Barry Stedman, Ph.D. Associate Professor

2007-2016 EXPER IENCE

WORK EXPERIENCEMoon Mayoras Architects, Inc.

EMC Desert Orthopedic(DOC) Expansion

Hi-Desert Medical Center

ARCHITECTURE CO-OPGensler

Tysons Metro Center 1(EJ Randolph) - LEED Gold

Light & Breuning, Inc.Bid Submittal Overhaul and

Construction Installation

Design CollaborativeWarrior Row Apartments

W1

C3

C2

C1

ACADEMIC PROJECTSenior Capstone StudioTaft Elementary School Annex -

STEM & Environmental Education

Urban Design StudioWeinland Park - Public Realm Gateways

Architecture Studio 3City & Context - Cincinnati Festival

Site & Land StudioVineyard - Grow, Fermenting, and Tasting

Architecture Studio 2Live/Work Housing

COMPUTER SKILLSComputer Skills - Second Year

Autodesk and 3D Modeling

Computer Skills - First YearAdobe and 3D Modeling

A4

A3

A2

S2S1

Table of Contents

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W1Moon Mayoras Architects, Inc.The Desert Orthopedic Center at Eisenhower Medical Center provides a multitude of services operating independently of one another in the same building. The 33,030 sq. ft. expansion and 17,980 sq. ft. renovation will provide the full complement of ambulatory orthopedic and post-surgical rehabilitation services and function as a single, comprehensive orthopedic center of excellence. The project was designed and fully developed within Revit, whereas we not only created presentation quality drawings, but also coordinated the production of professional renderings said Revit model. Additionally, I worked with a professional model builder to produce a large, scale model to accompany all the presentation renderings and drawings for use by the clients and donors.

2014-2015

W O R K E X P E R I E N C E

01 02 03Adobe PhotoshopRendered Multi-tenant Test Fit [Design / Image Courtesy of Gensler]

Rendering of New Lobby Entrance and Canopy[Design / Image Courtesy of Gensler]

Client Presentation Drawings of Signage & Main Lobby [Design / Images Courtesy of Gensler]

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W1

EMC Desert Orthopedic Center (DOC) Expansion

04 05 06 07Autodesk RevitConstruction Documents for New Entry Canopy [Design / Images Courtesy of Gensler]

Rendering of Renovated Main Lobby [Design / Image Courtesy of Gensler]

Rendering of New Roof Terrace [Design / Image Courtesy of Gensler]

Rendering of New Fitness Facility for Tenants [Design / Image Courtesy of Gensler]

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W1Moon Mayoras Architects, Inc.The Hi-Desert Medical Center, a single-story, 59-bed primary care hospital, doesn’t accommodate the regions growing need for Critical Care and Women’s Services. We were brought on board to design a 2,030 sq. ft. renovation and 18,080 sq. ft. expansions consisting of a new ICU wing in addition to the out-dated single four-bed ward and a new 8-bed LDRP unit to replace the existing 4 LDRP beds. I was put in charge of taking the designed expansion’s CAD floor plan and building the Revit model to produce all the necessary presentation quality renderings and drawings for the client, which could also be submitted for publications. After producing the exterior renderings and drawings, I built out the interior expansions and coordinated the creation of the additional professional quality renderings.

2014

W O R K E X P E R I E N C E

08 09 10Autodesk Revit / Abobe PSAccess to New ICU and Existing LDRP [Design / Image Courtesy of MMA]

Autodesk Revit / Abobe PS Aerial View of ICU and LDRP Expansions [Design / Image Courtesy of MMA]

Professional RenderingNew ICU Unit’s Nurse Station Core ICU Rooms [Design / Image Courtesy of MMA]

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W1

Hi-Desert Medical Center

11 12 13 14Autodesk Revit / Abobe PSColored Typical LDRP Room Layout [Design / Image Courtesy of MMA]

Autodesk Revit / Abobe PSColored Site Plan with New Expansions [Design / Image Courtesy of MMA]

Autodesk Revit / Abobe PSColored Typical ICU Rooms Layout [Design / Image Courtesy of MMA]

Autodesk Revit / Abobe PSColored Floor Plan Highlighting New Construction [Design / Image Courtesy of MMA]

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C3GenslerPlaced on the Tysons Metro Center 1 (EJ Randolph) renovation project for the repositioning of an 11-story office building as it moved from the DD to CD phases, I was soon required to step up my role, being responsible for developing with Revit and then submitting the Construction Documents set for permit. Operating on a very quick learning cure, I provided direction to new members added to the design team, collaborated with the necessary MEP and structural engineers, and made numerous design decisions, including the preferred selection of sustainable materials, finishes, and fixtures. Additionally, I needed to produce and present project designs alongside our project manager to the clients and contractors.

Winter 2011

A R C H I T E C T U R E C O - O P

15 16 17Adobe PhotoshopColored Multi-tenant Test Fit [Design / Image Courtesy of Gensler]

Professional RenderingNew Lobby Entrance and Canopy [Design / Image Courtesy of Gensler]

Client Presentation Drawings of Signage & Main Lobby [Design / Images Courtesy of Gensler]

Main Lobby

Wooden ‘blind’ door to bankWooden ‘blind’ door to Fire Command closet

Beacon Capital Tysons Corner EJ1 Re-Imaging 02.16.2011

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C3

Tysons Metro Center 1 (EJ Randolph) - LEED Gold

18 19 20 21Autodesk RevitConstruction Documents for New Entry Canopy [Design / Images Courtesy of Gensler]

Professional RenderingRenovated Main Lobby [Design / Image Courtesy of Gensler]

Professional RenderingNew Roof Terrace [Design / Image Courtesy of Gensler]

Professional RenderingNew Fitness Facility for Tenants [Design / Image Courtesy of Gensler]

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C2Light & Breuning, Inc.Brought into the company as the documentation specialist, I was put in charge of overhauling the submittal process, creating a standardized AutoCAD system for all future bid submittals, developing an extensive library of equipment, lane variations and drawing sets, and then training the company in the use of this created system. Using the new system, I drafted, submitted and revised the submittal drawings for numerous projects, such as the IPFW Parking Garage No 3. Additional Tasks included: prospecting future bids, coordination with other architects, engineers and construction contractors, and partaking in several field installations, such as the Harrison Square Parking Deck and the Gerald R. Ford International Airport.

Summer 2010

CONSTRUCTION C O - O P

22 23 24Personal PhotographyFinal Installation of Main Entrance/Exit Lanes Along Harrison Street

Personal PhotographyStreet View of Harrison Square Parking Deck from the Southeast

AutoCAD / Adobe InDesignOffice training packet for AutoCAD and the new standardize submittal system

Autodesk AutoCAD LT 2011Office Training Packet

Light & Breuning, Inc. Page 1

Report prepared byDavid M Jarmusfor Light & Breuning, Inc.September 2010

Autodesk AutoDesk LT 2011Office Training Packet

912 Lawrence DriveFort Wayne, Indiana 46804P: (260) 422-6456F: (260) 422-6457



Creating Equipment Layout Drawings

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Equipment Layout Drawing Paper Space

Step # 1. Title Block 2. Drawing Space and Title 3. Equipment Details 4. Equipment Legend 5. General Notes



Steps 2: Drawing Space and Title

4. Create/add-to/change the drawing by clicking on the Model tab in the lower left-hand corner of the screen to enter the Model Space5. In the model space, complete the drawings appropriately: Adding Equipment a. To add equipment, move mouse over the tool palette b. In Equipment tab, single-click desired equipment symbol c. Before clicking, make sure the Layers panel title is set to Equipment (Blue) d. After clicking, move mouse in drawing (you will see the equipment block in blue) and place equipment near desired location by single-clicking e. Rotate equipment by clicking the block, typing RO, hitting the Enter key, clicking anywhere on the block and then rotating cursor or typing desired degree amount f. Move equipment by clicking the block, clicking the blue square (snap) and dragging the snap to the desired location (precisely snapping to that spot) Note: Nearly every equipment’s snap is set to the exact distance the equipment should be from the curb; therefore, utilize the snaps with the yellow curb line g. Change equipment to appropriate type by clicking the block, then the up-side-down triangle then scrolling to the appropriate label and clicking it h. Equipment with loops are dynamic blocks and can be: Flipped by clicking the block then the arrow or Stretched by clicking the block then the skinnier arrow and dragging the arrow based on the programed increments

Step 4

Step 5a

Step 5g Step 5h Step 5h


Light & Breuning, Inc.

Steps 3: Equipment Details

1. Select appropriate details set by clicking the details block in the 24in x 18in Paper Space2. Based on the equipment being used in the drawing, scroll to and click the appropriate details set by clicking the up-side-down triangle first Note: Make sure to select the appropriate details set with the correct drawing size (Example: 24x18)3. Repeat Steps 1-2 in the 36in x 24in, 42in x 30in and 48in x 36in Paper Spaces

Step 2

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C2

Bid Submittal Overhaul and Construction Installations

25 26 27 28Personal PhotographyStep 1: Measuring and Chalking Loop Lead Layout

Personal PhotographyStep 2: Cutting Loop Lead Lines with Concrete Saw

Personal PhotographyStep 4: Sealing Loop Lead Cuts

Personal PhotographyStep 3: Laying Loop Lead Wiring

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C1Design CollaborativeThe Indiana Tech student housing project is a semi-connected, townhouse style, college apartment complex. Most of my time was spent in the Design Development (DD) then Construction Documents (CD) stages. Being in charge of the drafting and red-lining in AutoCAD of the elevations, floor plans, and ceiling plans, I developed them into three 32x40” presentation boards to be displayed for marketing purposes at Indiana Tech. I utilized the same process to develop the digital presentation used to generate fund raising for the building addition and renovation of the Emmanuel Lutheran Church. I also worked with the in-house mechanical & electrical engineers on their drawings.

Winter 2010

A R C H I T E C T U R E C O - O P

29 30 31Autodesk AutoCADDrafted CD Developed into Presentation Graphics [Design / Image Courtesy of DC]

Personal PhotographyStreet Corner View from Southwest

Adobe PhotoshopColored Exterior Elevation for Presentation Boards [Design / Image Courtesy of DC]

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C1

Warrior Row Apartments

32 33 34 35Personal PhotographyWashington Blvd. Street View Elevation

Professional PhotographyInterior View of Kitchen on Ground Floor [Image Courtesy of DC]

Adobe PhotoshopRendered Floor & Site Plans for Presentation Boards [Design / Image Courtesy of DC]

Professional PhotographyInterior View of Hall Bath on Upper Floors [Images Courtesy of DC]

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A4Senior Capstone StudioTo address the disconnect between an urban lifestyle and the powerful lessons of nature, I implemented sustainable and net-zero design strategies into Taft Elementary School’s new environmental education center. The intent of the project focused on a design that provides a STEM focused education. The teaching of young students about the value of energy and the importance of protecting the natural world has a profound impact on their overall attitude toward the environment in the future. For this reason, the project incorporates natural elements, native plant materials, and a variety of solar technologies and sustainable design strategies throughout the educational facility.

Spring 2011

A C A D E M I C P R O J E C T

36 37 38Autodesk Revit / Adobe PSSidewalk Approach to Taft Annex

Autodesk Revit / Adobe PSSectional Axon Originally at 3/32” = 1’-0”

Autodesk Revit / Adobe PSRoof Deck Circulation at Axial Intersection

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A4

Taft Elementary School Anex - STEM & Environmental Education

39 40 41 42Autodesk Revit / Adobe PSRoof Deck View from South of North-South Axis and the PV and Solar Thermal Strategy

Autodesk Revit / Adobe PSEast Elevation Originally at 3/32” = 1’-0”

Autodesk Revit / Adobe PSSouth Elevation Originally at 3/32” = 1’-0”

Autodesk RevitNW and NE Axonometric Aerial Views of Site

N7°

UP

UP

UP

DN

DN

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DN

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120 SFSTEM OFFICE

120 SFSTEM OFFICE

150

SFM

AIN

OFF

ICE

200

SFK

ITC

HEN

ETTE

600 SFSMALL MEETING/ LECTURE ROOM

600 SFSMALL MEETING/ LECTURE ROOM

175 SFMALE RESTROOM

175 SFFEMALE RESTROOM

250 SFSTORAGE

200 SFOUTDOOR TOOL STORAGE

175 SFBIRD BREAKOUT ROOM

175 SFOFFICE BREAKOUT ROOM

175 SFMAMMAL BREAKOUT ROOM

175 SFLIBRARY BREAKOUT ROOM

175 SFARTHROPOD BREAKOUT ROOM

175 SF

BIRD, REPTILE, AND AMPHIBIANBREAKOUT ROOM

175 SFLIBRARY BREAKOUT ROOM

250 SFPLANT CLASSROOM

311 SFMECHANICAL STORAGE

250 SFNATURALIST CLASSROOM

250 SF

BIRD, REPTILE AND,AMPHIBIAN CLASSROOM

250 SFARTHROPOD CLASSROOM

250 SFMAMMAL CLASSROOM

250 SFBIRDWATCHING

Library

175 SFNATURALIST BREAKOUT ROOM

DN

DN

UP

HOT WATER STORAGE ROOM

10,000 GallonWater Storage

Tank


Tank


Tank


Tank


Tank

DN UP

2110 SF

LARGE AUDITORIUM/ LECTUREHALL/ MULTI-PURPOSE ROOM

250 SFGREENHOUSE

HOT WATER STORAGE ROOM

GREEN ROOF WITH RAIN WATERCOLLECTION AND PURIFICATION

DN


Tank


Tank


Tank


Tank


Tank

3/32" = 1'-0"1 0.0 Ground Level (Room Names) 3/32" = 1'-0"2 1.0 Top Level (Room Names)

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A4Senior Capstone StudioThe design’s intersecting axial circulation layout and systematic fenestrations provides both visual and interactive connections to nature and the sustainable strategies incorporated into the building. In developing the project, Revit was used for more than just its 3D modeling, documentation, and rendering capabilities. A systematical, controlled model was created in order to generate a design that exported schedules of data that in tern were imported into an extensively interactive excel model that generated a net zero energy calculation summery of how the designed building is performing. Then the model could be altered based on the evaluated effectiveness of its program, energy performance, and cost.

Spring 2011


43 44 45Autodesk RevitCirculation Upon Entry and Bird Watching Lounge at end of hallway

Autodesk RevitGround Floor Plan Originally at3/32” = 1’-0”

Autodesk RevitCirculation Core and Water Usage Tank

3/32" = 1'-0"1 N-S Section

3/32" = 1'-0"1 Energy Management Diagram

Energy Analysis

Cost Summery Envelope Cost (Walls, Roof & Floors) $763,593 PV Collection Cost $220,416 EVT Collection & Storage Cost $264960 Total Energy Cost $1,248,969 Other Costs $1,427,740 Overall Building Cost $2,676,709

Energy Summery Total Heat Transfer 67,590 KwH Total PV Collection 41,833 KwH Total EVT Collection 56,899 KwH Net Energy Surplus 56 KwH

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A4

Taft Elementary School Anex - STEM & Environmental Education

46 47 48 49Autodesk RevitLibrary Circulation and Break Areas

Autodesk RevitStructural Diagram and Axonometric Massing Model

Autodesk Revit / Adobe PSNorth-South Building Section Originally at 3/32” = 1’-0”

Natural Ventilation Diagram, Energy Collection/Storage Strategy, and Energy Load vs. Energy Collection Graph

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A

B

C

FRAMEWORK PLAN Existing/new park or garden

3M site gateway developmentPotential commercial (re)developmentPotential residential developmentScale: 1” = 200’ 20050

10020

N

Strategic streetscape enhancement

New/enhanced pedestrian crossingSectionsNeighborhood gateways

[ ]A 50

A4Urban Design StudioAs a small team, the vision for Weinland Park is a neighborhood with abundant public space where the focus is on pedestrian comfort rather than automobile efficiency. It is a welcoming place where all residents have adequate and safe access to parks, gardens, sidewalks, and other pedestrian amenities. Improvements to the public realm help drive a new identity for the neighborhood that encourages existing residents to take pride in their community and allows the greater Columbus city to take a renewed economic interest in a community it used to overlook.

Autumn 2010


50 51 52Adobe IllustratorVicinity Map of the Surrounding Area in Columbus, OH

Adobe IllustratorFramework Plan Identifying Areas of Focus & Intervention Strategies

Autodesk Revit / Adobe PSSouthern Aerial View of the New SE Gateway at the 3M Factory Site

Goals :a) Expand public gathering spaces by adding parks, plazas, and public gardens throughout the neighborhood, especially to areas that lacked proximity to existing public space.

b) Make the streets less of a barrier to neighborhood movement by redesigning certain streetscapes to create “complete streets” that lessen the role of the car while emphasizing pedestrian and bicycle access.

c) Create public gateways at key entrances to the neighborhood that present a welcoming pulbic face for Weinland Park and enhance opportunities for local gathering that can function both as destinations for the wider Columbus population and community space for Weinland Park residents.

Before

After

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A4

Weinland Park - Public Realm Gateways

53 54 55 56Autodesk Revit / Adobe PSNorthern Aerial View of the New SE Gateway at the 3M Factory Site

Streetscape Enhancements Branching Out to Engage Other Public Spaces (Weinland Park / SE Gateway)

Before and After representations of Streetscape Enhancements along 4th St. at the Corner of 6th Ave.

Autodesk Revit / Adobe PSRendered Site Plan Diagram of new SE Gateway at the 3M factory Site

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A4Urban Design StudioThe focus was the creation of connections between Weinland Park and the surrounding communities. From the two selected gateway sites, one on High St. to the West and one on 5th Ave. to the South, the project focused on the southern site at the former 3M factory. By formulating an adaptive reuse strategy focused on preserving the history of the site while adding emphasis to key existing traits, the buildings took on three new roles: a Community Center that focused on the celebration of the arts, a YMCA type Recreation Center, and a Market for both secondhand goods and fresh produce that transformed into a Farmers Market on Sundays, spilling out into the plazas and central courtyard.

Autumn 2010


57 58 59Autodesk RevitView NW from Main Community Courtyard Entrance on E 5th Ave.

Autodesk RevitView SE from Secondary Community Courtyard Entrance on N 4th St.

Autodesk RevitView South from the Community Center Roof Terrace

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A4

Weinland Park - Public Realm Gateways

60 61 62 63Adobe PhotoshopExisting Panoramic from the NW Corner of the Abandoned 3M factory Site (Before)

Adobe PhotoshopExisting Panoramic from SW Corner of the Abandoned 3M Factory Site (Before)

Autodesk Revit / Adobe PSRendering from the NW Corner of the 3M Site Gateway (After)

Autodesk Revit / Adobe PSRendering from the SW Corner of the 3M Site Gateway (After)

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A3Architecture Studio 3The Cincinnati festival project developed my skills of analyzing the urban landscape in order to play my architectural role in the composition and evolution of the urban environment. By looking at the compositional, operative, cultural, and organizational characteristics of the urban context in the community of Mt. Adams, a dual interface between the site and festival formulated. Excited by the idea of holding a fire festival similar to those held around the world then created the challenge of design the site to a purpose connected to this type of festival.

Autumn 2009


64 65 66Adobe Illustrator / Photoshop Diagrams of Festival from City Scale to the Community Scale

Adobe IllustratorDiagram of Festival Layout with Project Site as Focal Point of Activities

Inspirational Precedents of Fire Elements and Fire Festivals

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A3

City & Context - Cincinnati Festival

67 68 69Adobe IllustratorFull Mount Adams Community Diagram of Festival Layout

Scale Model / Adobe PSFire Element Intervention Located at Major Edge Street Corners

Scale Model / Adobe PSFire Element Intervention Located at Major Intersections

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A3Architecture Studio 3This idea of having the site primarily hidden throughout the year, whereas it became transparent to the world just during the festival manifested into the design of a pocket of freedom, a Speak Easy, that contrasted a Fire and Brimstone Festival. Masked by a coffee shop, a “hole-in-the-wall” bar, and a complex public courtyard, each area provided a secret access point to the internal workings of the site and its true purpose, the Speak Easy operated behind the scenes to those in the know and those who sought it out. Then, only once a year did it visually open to the public eye as the Fire and Brimstone Festival took place around it and throughout the community of Mt. Adams.

Autumn 2009


70 71 72Autodesk Revit / Adobe PSRenderings of the Main & Lower Levels of the Speak Easy

Autodesk Revit / Adobe PSRendering of the Speak Easy’s Upper Level that’s Opened & Accessible During Festival

Autodesk Revit / Adobe PSNorth-South Section Showing the Project Programing’s Connectivity

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A3

City & Context - Cincinnati Festival

73 74 75Autodesk Revit / Adobe PSRendering of a Threshold Mask Component to the Speak Easy: “Hole-in-the-Wall Bar”

Autodesk Revit Rendering next to a Threshold Mask Component for the Speak Easy: Coffee Shop

Autodesk RevitRendering of the Public Courtyard & Back Entrance to the “Hole-in-the-Wall Bar”

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A2Site & Land StudioThe vineyard project focused on the integrated design of an architectural structure and spatial connection. Rather than placing architectural forms on a site, we studied ways of working with a layered plane as ground surface and spatially investigated how to engage that ground in a very particular way as a field in which three spaces intervened. Our final program was to develop three interconnected spaces into a process of making wine that moves from the field (vineyard), into an enclosure as it is processed/stored (fermenting), and ultimately extends back out into the field (tasting).

Spring 2009


76 77 78Zone for Growing Above the Ground Plane and Zone for Fermenting Under Ground Plane

Abstract Landform Study Model with Layered Planes of 3 Interconnected Zones

Zone for Tasting on the Ground Plane Amongst Pergola Structure

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A2

Vineyard - Growing, Fermenting, and Tasting

79 80 81 82Section Model at 1/4” = 1’-0”Full Section Model with Site Context

Site Model at 1/8” = 1’-0”View of Winery from the South

Section Model at 1/4”= 1’-0”Interior Structure of Tasting Area

Site Model at 1/8” = 1’-0”View of Fermentation Entrance

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A2Architecture Studio 2The live/work housing complex, which not only had to fit in, but also engage the urban, sociological and cultural fabric of downtown Cincinnati, dealt with the conceptual idea of modular shifts and interconnectivity between levels. Centrally focused on an aesthetically interactive atrium space, which drew its inspiration from Mykonos, Greece, the complex’s commercial spaces internally open into and utilize the atrium space. The exterior, two-story housing units on the North and East sides of the building then had the opportunity to rent out the commercial space across the hallway.

Autumn 2008


83 84 85Aerial Views of Site Model from Southwest and Southeast

Autodesk RevitInterior Atrium View from Street Corner Entrance.

View of Interior Atrium Space in the Structural/Spatial Model Devoid of Exterior Shell

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A2

Live/Work Housing

86 87 88 89Autodesk RevitAerial View of Live/Work Housing Complex from Southwest

Autodesk RevitInterior View from the Top, Rear Balcony Into & Across the atrium

Autodesk RevitExterior View from Residential Balcony Across Atrium

Autodesk RevitExterior View of Roof Gardens, Pagoda and Places of Respite

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S2Computer Skills - Second YearComputer modeling software was used extensively in the second year as a strong tool for presentation, construction and study modeling. The ability to interchange projects between Revit and AutoCAD to utilize each software’s strengths was used when developing construction and detail drawings for the live/work housing project. Form-Z was used to completely model all construction aspects of a mixed wood, steel, masonry and concrete built half house project. Revit was an extremely effective tool for doing shading studies on the Santa Clara University Solar Decathlon House.

2008-2009

C O M P U T E R S K I L L S

90 91 92FormZWireframe Study Model of Half House Project Showing Completed Construction

Autodesk AutoCADLive/Work HousingFirst Floor Plan

Autodesk RevitExterior Devices Shading Study of Solar Decathlon House at Noon on June 21

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S2

Autodesk and 3D Modeling

93Autodesk AutoCADSteel Framed Wall Section of the Half House Project

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S1Computer Skills - First YearComputer modeling and design skills were developed and fine-tuned with projects, such as the spatial study and representation of Villa Savoy. That project and many others allowed me to delve into all that the Adobe Suites software had to offer. Additionally, I began to seriously dive into the use of 3D computer modeling software in the Stair Project. Not only did I develop a design to be modelled, whereas I began to explore materials, rendering techniques and lighting effects, I also created a fly-through animation of the experience down the staircase.

2007-2008

C O M P U T E R S K I L L S

94 95 96Cinema 4DInterior Stair DesignSecond Floor Aerial View

Adobe PhotoshopVilla Savoy

Cinema 4DInterior Stair DesignFirst Floor Perspective View

G R E E N S A V E S G R E E NSustainability in Architecture

E i g h t P r i n c i p l e s o f S u s t a i n a b l e A r c h i t e c t u r e

Green Saves GREENSus

tainab

ilitity

Arc

hitectur

e

D A V I D J A R M U S

The University of Cincinnati

Computer SkillsAssignment 4

The DAAP PRESS

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S1

Adobe and 3D Modeling

97Adobe InDesignCoffee Table Book on Sustainability