Architectural PTrey ortfolio V Meyer
B.S. Arch - University of Cincinnati M. Arch - Clemson University
Design Continuum Table of Contents
F all 09 - Spring 14 | Trey Meyer
Over my educational studies and professional experience, I have been immersed in learning skill sets, both manually and digitally through projects done individually as well as collaboratively. In improving these skills, I have began to expand my ability to present ideas and process in clear, understandable architectural discourse. The following portfolio is a representation of the skills integrated with design process over my first five and a half years of academic learning and professional experiences.
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Continuum: anything that goes through a gradual transition from one condition, to a different condition, without any abrupt changes
23 - 24 T h e C o l l a b o r a t i v e I n c. 31 - 34 S k y s c r a p e r: B u i l d i n g I s B e i n g 35 - 36 R i c h a r d H e n r y B e h r A r c h i t e c t P . C. 49- 50 N i e h o f f S t u d i o: H e l i x 51 - 52 O c u l u s A n d A l t e r 77 - 78 M c M i l l a n P a z d a n S m i t h 99 - 102 F R C H D e s i g n W o r l d w i d e 103 - 106 M o o d y N o l a n
05 - 06 07 - 12 13 - 16 17 - 22 25 - 30 37 - 42 43 - 48 53 - 58 59 - 66 67 - 76 79 - 84 85 - 90 91 - 98
D e s i g n C u b e s / M o d u l a r ‘N o o k’ Literary Arts Center Tectonic Exploration Cultural Integratation Adaptig Gridded Identities The Vertical Schism Parametric Fragmentation Folded Juxtaposition Framing Sustainable Transportation Botanical Garden Watershed Crop Stop Solar Decathlon Comprehensive Integratition
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Resume Information Background & Skills
BACHELOR OF SCIENCE IN ARCHITECTURE
TREY MEYER
Personal Website: www.tvmworks.com
Assoc. AIA
214 MAGNOLIA ST. | CINCINNATI, OH | 45202 419.770.0176 | TREY.V.MEYER@GMAIL.COM Portfolio Link - http://issuu.com/treymeyer/docs/treyvmeyer
education
Clemson University
COLLEGE OF ARCHITECTURE, ARTS, & HUMANITIES M. ARCH. | COMMUNITYBUILD CERTIFICATE | CLASS OF 2015 | 3.8 GPA
University of Cincinnati
COLLEGE OF DESIGN, ART, ARCHITECTURE, & PLANNING B. S. ARCH. | PARIS STUDY ABROAD | CLASS OF 2013 | 3.77 GPA
licensure Exams (ARE) √ √ √
skills
Practice Management Project Management Programming & Analysis Project Planning & Design Project Development & Doc. Construction & Evaluation
Digital
AutoCAD Revit ArchiCAD Rhinoceros Maya
activities Interests
Sketch Up Illustrator Photoshop In Design VRay
HIV13 Makerspace Art German Culture Skiing Photography Baseball Architecture Sketching Traveling Basketball Cooking Distance RunningGolf (Flying Pig Marathon)
Experience (AXP) √ √ √ √
Practice Management Project Management Programming & Analysis Project Planning & Design Project Development & Doc. Construction & Evaluation
After Effects Laser Cutting Systems CNC Systems Dreamweaver HTML
Achievements
Manual
German Language Model Making Woodworking MIG Welding Hand Rendering
ACSA: 2012-2013 Fabric in Architecture Design Competition - 1st Prize Recipient Fabric Architecture Magazine Publication 2015 AIA South Carolina Scholarship Clemson Mickel Prize in Architecture - Finalist Clemson GRADS Research - 3rd Prize Tinora High School Valedictorian
experience FRCH Design Worldwide CINCINNATI, OH | SUMMER 2015 - PRESENT (22 months) Intern Architect: Responsible for construction documentation, assisting with management and coordination of roll-out projects, presentation graphics, and construction administration tasks.
McMillan Pazdan Smith CHARLESTON, SOUTH CAROLINA | SUMMER 2014 - WINTER 2014 (7 months) Designer: Responsibilities consisted of construction documentation and model making, as well as developing rendered perspectives for client presentations and marketing brochures.
Clemson University CLEMSON, SOUTH CAROLINA | FALL 2013 - SUMMER 2014 (10 months) Graduate Assistant: Responsibilities included supporting the development in both hand and digital skills, representation, documentation, and communication of 18 [Arch. 101] students.
The Collaborative Inc. TOLEDO, OHIO | SUMMER 2011 - WINTER 2011 + SUMMER 2013 (9 months) Designer: Responsible for contributing to construction documentation, updating perspective renderings, preparing client presentation boards, documenting LEED credits, and field verification.
Richard Henry Behr Architects P.C. SCARSDALE, NEW YORK | SPRING 2012 - FALL 2012 (6 months) Designer: Responsibilities included creating marketing brochures,construction documentation, preparing renderings and presentations for client review, and field verification surveys.
The University of Cincinnati CINCINNATI, OHIO | WINTER 2012 (3 months) Teaching Assistant: Responsibilities of the position consisted of analyzing and commenting students’ one-page essay responses to articles on contemporary issues in sustainability.
Urban The High -Rise Schism Vertical
FALL 2012 | Gerald Larson
Navy Pier
Tribune Site
Chicago River
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Design Ideation The Vertical Schism is a phrase coined by Rem Koolhaas as, “a systematic exploitation of the deliberate disconnection between stories� (Pg. 105 Delirious New York). The project proposes an interpretation of how this Schism may work through the exploration of circulation as a vertical street in order to respond to the contemporary urban condition. The first four floors, programmed as commercial spaces, act as a base to the armature of circulatory piers and additive units. The units are to be constructed in various scales with individual branding to accommodate the needs and program of the contemporary city. A dialogue is created within the master plan between public and private circulation: public meandering, private - direct. The form of both the base and tower encourage movement through the space with opportunites for pause.
Circulation Axonometric
Residential
Commercia
l
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Building Section
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Streetfront Engagement
2
Rendered Perspectives
1
Site Plan
2 Site Section
1
Tower Base Floor Plans
East Elevation
South Elevation
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ACSA Parametric Fabric Competition Fragmentation
1st Prize Recipient
SPRING 2013 | Professor Ming Tang BLVD Architects
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“Parametric Fragmentation” studies the implementation of parametric thinking in design as a strategy for deriving a fluid form that exploits fabric material’s natural, free-flowing capabilities. The goal of the exercise is to create an adaptable system flexible enough to be
executed at a variety of scales (i.e.urban, building, & human scale). The project combines computer simulation with the human elements of identifying input data, followed by overlaying the resulting information to create a shattered/ fragmented aesthetic in both plan and elevation.
Langzhong City Master Plan
Line , Point, Plane Simulation The info-graphic to the left relates the process of generating a template to be used as a form driver on any given site. Ideal circulatzory paths were merged together through a Newton attractive force simulation before being segmented into points, or social hubs, along the paths. These points were then used to create a fragmented surface using the Rhino+GH tool, Voronoi. The system of Voronoi’s fragmentation is affordable to be used in urban planning, site development, and facade treatment. The system was then applied to foster innovative strategies for fabric in architecture. I identified two uses of fabric: fabric for living and fabric for monument.
Urban Divisions
Auto/ Public Transit Scale
Pedesrian Scale
Pa r c e l Alignment
Zo n i n g T y p e
In the project, two key uses of fabric are identified: ETFE foil panels as a fabric for living and PVC canopies as a fabric for monument. The adaptable system is implemented on two pilot sites, Cincinnati, Ohio, and Langzhong, China, both being located between an urban environment and a body of water. The Langzhong site was derived as a fragmented unit of an overall city master plan created with the same system. A parameter for deriving the form was to elevate the section of a secondary fragment generated by the simulation to create privacy for guests while enhancing the context by allowing pedestrian traffic to flow uninterrupted below the volume.
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20” x 20” C o m p e t i t i o n B o a r d 1
2
3
46 4
ETFE Facade Syste m
Living
ETFE Pillow Steel Support Plate Weatherproof Membrane Primary Structure Air Supply Tube
D
ed iffus
l ura Nat ight l y Da
Ventilated Air Cavity
Cincinnati Oh Birdseye Persp ective
Circulation Offset
8 8
Voronoi Simulation
2 8
Upper Levels
1
1. Front Desk 2. Restrooms 3 Retail Shops 4. Restaurant / Cocktail Lounge 5. Kitchen / Storage / Offices 6. Spa & Fitness Center 7. Pool Deck 8. Guest Bedrooms
3 2 5
Figure Reversal
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4 7 7
Lower Level Langzhong Site Plan
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Design Ideation
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AIA C ompetition Oculus and Alter
SPRING 2013 | Participants Charles Wiederhold Trey Meyer
The concept of “Oculus and Alter” was a collaborative investigation to the competition held by the American Institute of Architects - Ohio Chapter. The AIA competition was executed under a strict 48 hour time limit. The program called for an ‘Architectural Congress of Ohio Pavilion’, in which the opportunity of creating an interactive design studio could be explored to showcase designer’s work to the surrounding neighborhood. The design made the gesture of promoting community involvement through an extended roof plaza coupled with the introduction of thoroughfares through and around the built intervention opening to the street corner. The oculus creates a ceremony to the underlying dynamic work station, labeled the alter. “Designers often tip toe the lines of contrasting ideas. Exploring the realms of private and public, reverence, and mockery, rite, and spontenaity, a pavilion emerges, celebrating the ironic position of the Architect archetype.”
30” x 40” C o m p e t i t i o n B o a r d E n t r y
Design Build SGarden tudio Watershed Botanical
SPRING 2014 | Paul Russell Dan Harding
L M XL S [ ][ ][ ][ ] Watershed Analysis
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Educational Art Installation
Bridge and Trail Accessibility
Signage and Wayfinding
The Botanical Garden Watershed project was completed by a vertical, interdisciplinary studio comprised of (13) Architecture and Landscape Architecture students. The project was broken down into four scales, with the final deliverable being an extensive research compenent, an educational art piece, (8) bridges, and (4) wayfinding markers. My responsibility within the scope of work was focused on the design, development, and construction of bridge and trail accessibility component.
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FULL PROJECT REVIEW: http://issuu.com/treymeyer/docs/scbgw_
Research Graphics
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THROUGH TRUSS
PREP-FABRICATED CORTEN STEEL
ADA Accessibility
12”
GUARD RAIL
1: Handrail Height - 34” - 38” IBC - section 1003.3.3.11
SECONDARY TACTILE USER EXPERIENCE 1:
HANDRAIL
2:
PRIMARY TACTILE USER EXPERIENCE
DECKING
high water
3:
TERTIARY TACTILE USER EXPERIENCE
3:
3: ADA Ramp 1:12 Slope Maximum rise - 30” Minumum Landing - 60”
FOOTINGS
“DIAMOND PIER” PRE-CAST CONCRETE FOUNDATION SYSTEM
Truss #1 Truss #2
36”
42”
Deck Framing
Truss #1 Truss #2
36”
42”
Deck Framing
Rod Detail
2: Guardrail Height - > 3’-6” Openings under 34“, must prevent a 4” sphere from pass ing through
Woven Trusses
The bridges were designed to incorporate a woven aesthetic influenced by the Appalachian tradition of basket weaving. The design-build project achieved this through the intertwining of two trusses with a heirarchy of pragmatic functions from structural integrity to code compliance. The project was completed through fabrication processes that included plasma cutting, bending, and welding 10 gauge weathering steel.
Iterative Study Models
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Construction Photos
[SUB] S t a n d a r d
Unit Bridge
[HCB] H u n t C a b i n
Bridge
[MBB] M o u n t a i n
Bog Bridge
[CTB] C r u c i b l e T r a i l
Bridge
[AB1] A c c e s s
Bridge One
[PTB] P e n i n s u l a T r a i l
Bridge
[AB2] A c c e s s
[RGB] R o c k
Bridge Two
Garden Bridge
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Professional E xperience McMillan Pazdan Smith
U p p e r P e n i n s u l a D e v e l o p m e n t - C h a r l e s t o n, SC
SUMMER 2014 | FALL 2014 | CHARLESTON, SC
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The office experience exposed me to working within a 18 member branch office, while collaborating with the corporate offices located in Upstate SC. I was able to improve my technical knowledge by working through construction set drawings, while also being able to contribute various graphics and renderings to be used in schematic design, final proposals, and promotional marketing. Graphics were completed personally. All work courtesy of MPS Architecture.
W e l l i n H e a d & N e c k C l i n i c - C h a r l e s t o n, SC
WELLIN HEAD & NECK CLINIC RECEPTION 10th Floor Renovation | DECEMBER 12, 2014
WELLIN HEAD & NECK CLINIC
WELLIN HEAD & NECK CLINIC
EXAM ROOM / CONFERENCE ROOM 10th Floor Renovation | DECEMBER 12, 2014
DOE Solar Decathlon Indigo Pine-Interior Cabinetry
FALL 2014 + SPRING 2015 | Clemson University
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Photo Courtesy of Clemson Solar Decathlon Team: Indigo Pine & Mike Chino for Inhabitat
De s i g n D e v e l o p m e n t The Solar Decathlon is a competition hosted by the U.S. Department of Energy in collaboration with the National Renewable Energy Laboratory (NREL). The competition challenges 20 universities to design, build and operate solar-powered houses that are cost-effective, energy-efficient and attractive. The houses will be open for visitation in Irvine, California, October 8-11 and October 15-18, 2015. Clemson University’s Solar Decathlon project brings together an active team of students and faculty from across the university to collaborate on the design, construction and promotion of a prototypical, three-bedroom, 1,000 sq. ft., environmentally lowimpact, net-zero, solar house that is cost-effective in today’s market and comfortable under South Carolina’s climate. We focused on stitching together innovative building methods, Southern personality and local products into a home for a Southern family.
Re d l i n e P r o c e s s
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Co n s t ru c t i o n D o c u m e n t a t i o n
St r u c tu r e & Co n s t ru c t i o n R-30 thermal resistance
ck house t on the f Indigo by a CNC framing d are
posite dard sheet ed to g through tes into ed to the ed up or
lled m, which s and es of the r, all home well as ystem ectrical duce grid
fficiency of nctional lled house, ng it in the As a result, anically tion the em and ants to ol airflow es of the
3 Interior finish layer remains cool due to the thermal resistance of the walls.
1 R-value is a measure of resistance
to heat flow. Indigo Pine’s floor, walls, and roof systems are rated R-30. (Typical values: R-13 to R-19.)
17% efficiency
4 Sim[PLY] structural framing system with rigid insulation 5 Zip system exterior sheathing 6 ACM window shrouds designed to admit winter sun while blocking the summer sun.
2 Cost-effective, high-performance
photovoltaic panels absorb energy from the sun. (Most PV panels measure 11–15% efficiency.)
7 The reflectivity of white ACM panels aids in the thermal resistance of the overall wall system.
12 Indoor air handler 8 Hybrid solar electric water heater
9
Solar Noon
DC/AC
inverter
Altitude
13 Main interior electrical panel
shown
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June 21
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10 Conditioned air (shown cool) exits the CMU and passes through an outdoor heat exchanger.
Dec. 21
11
4’x8’
structural sheets of plywood are
CNC cut and make
up the house's Sim[PLY] system.
14 Unconditioned air (shown warm) enters the side-stacked CMU foundation.
June 21
Sunrise @ 6:18 A Sunset @ 8:48 P
Summer Solstice
Azimuth
Dec. 21
Sunrise @ 7:35 A Sunset @ 5:25 P
Winter Solstice
Azimuth
: 60 E of N Azimuth
: 119 E of N Azimuth
: 300 E of N : 240 E of N
glimpse 37
Co n s t ru c t i o n M o c k - U p
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Center Comprehensive for Performing Arts Integration SPRING 2015 | Professor: Ulrike Heine Partner : Austin Diehl
Design Ideation S i t e A n a l y s i s | A s h e v i l l e, NC The traditional theater building acts as a social hub for interaction and artistic expression surrounding performances. The contemporary theater should strive to augment these ideals by extending the life of the building to be experienced, outside of scheduled performances. In order to facilitate a constant engagement of performer and audience, the architecture of the contemporary theater should be complimentary of the program within. There is no need for highly ornate spaces, but rather a sophisticated level of detail articulation and spaces that invite spectators and respect an artist’s performance. In these claims, the design process led to an arrangement of spaces responding to its context, focusing on the production, viewing, and interaction with the art of performance. The center integrates with contexts by attempting a respectful scale, while facilitating a transparency to the community in the performance process taking place within its walls.
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Form Derivation
Site Plan
Concept Development
Site Model
Building Section Model
S t r u c t u r a l Mo d e l
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www.autodesk.com/revit
Consultant Address Address Phone Fax e-mail MTL. GUTTER Consultant Address Address Phone Fax e-mail
CORREGATED MTL. ROOFING
1/4" / 1'-0"
TWO-PLY MEMBRANE
METAL COPING CAP
1X4 FURRING STRIP
WOOD FRAME, TYP. INSUL. ZINC PANEL
5" RIGID INSULATION 3" METAL DECKING
Z CHANNEL FURRING BATT INSULATION
Consultant Address Address Phone Fax e-mail
Technical Resolution
Consultant Address Address Phone Fax e-mail
9' - 0"
FLASHING MTL. BEARING PLATE
Consultant Address Address Phone Fax e-mail
SHIMS W/ BACKER ROD AND SEALANT COVER 12x8 ANGLE IRON TRUSS TOP CORD WIDE FLANGE SECTION TRUSS WEB MEMBER OPEN WEB STEEL TRUSS
Roof 50' - 0"
TENSION GRID WORK SURFACE DOUBLE GLAZED PANEL
No.
Description
Date
12x8 ANGLE IRON TRUSS BOTTOM CORD ALUM. MULLION SHIMS W/ BACKER ROD & SEALANT COVER FLASHING
3" METAL DECKING
WOOD FRAME, TYP. W/ BATT INSUL.
FLASHING
5" RIDGED INS
FLASHING
STEEL BRACKET GUTTER
DOUBLE PLY MEMBRANE
1/4" / 1'-0"
1/4" / 1'-0"
METAL FLASHING CAP WOOD FRAMED
1"X4" FURRING STRIP COR. METAL ROOFING 1/4" / 1'-0"
MTL. PLATE CAST INTO CONC. BEARING SHIMS
Owner Project Name Unnamed STEEL BEAM
BRACKETS METAL PANEL
STEEL BRACING
8' - 2" 9' - 0"
STEEL TRUSS
FLASHING
Project number Date
STEEL BEAM METAL COPING CAP
SECONDARY STEEL BEAM
Drawn by Checked by
WOOD FRAME, TYP. BATT INSUL.
CORREGATED MTL. ROOFING
1" RIDGED. INS
DRAI
N
Project Number Issue Date Author Checker
Truss Section
INSUL. ZINC PANEL
TWO PLY MEMBRANE
Z CHANNEL FURRING Scale
1X4 FURRING STRIP 5" RIGID INSULATION 3" METAL DECKING
3/4" = 1'-0"
4/10/2015 12:42:17 AM
Scale
Chec
Draw
Proje
N
OPEN WEB STEEL TRUSS
Date
WELDED ANGLE IRON SUPPORT
PRECAST CONC. PANEL
LT. GAUGE STEEL FURRING BATT INSUL. FLASHING PLASTIC SHIMS MTL. BEARING PLATE CAST INTO PANEL EDGE FIBER COMPOSITE WYTHE CONNECTOR FURRING CHANNEL VENTILATION SCREEN OPERABLE LOUVERS MECH. OPERATED SHIMS INT. & EXT. FILLED WITH BACKER ROD & SEALANT, TYP. 8' - 0"
FLASHING
4. Second Floor Ceiling 30' - 0"
4. Second Floor Ceiling 30' - 0"
3. Second Floor Plan 16' - 0"
3. Second Floor Plan 16' - 0"
PERFORATED MTL. PANEL RAINSCREEN INTERIOR WYTH TEXTURED FINISH COMPOSITE PRECAST CONC.PANEL 4" RIGID INSUL. - COMPOSITE PRECAST CONC.PANEL EXTERIOR WYTH SMOOTH FINISH COMPOSITE PRECAST CONC.PANEL
DRIP EDGE, TYP. FIXED ALUM. WINDOW
PLASTIC LEVELING SHIMS FILLED W/ BACKER ROD & SEALANT, TYP.
3" CONC. TOPPING - SMOOTH FINISH 2" MTL. DECKING WIDE FLANGE BEAM WELDED ANGLE IRON SUPPORT MTL. PLATE CAST INTO CONC.
DRIP EDGE, TYP. FIXED ALUM. WINDOW
DRIP EDGE, TYP. FIXED ALUM. WINDOW SHIMS INT. & EXT. FILLED WITH BACKER ROD & SEALANT, TYP.
C CHANNEL
FLASHING
FLASHING
ANCHOR BOLTS
4" RIDGED INS RUBBER BEARING
METAL GRATE STEEL BRACKET
GYP BOARD EXPANSION JOINT 2" FINISH CONC.
REBAR CAST INTO CONC. PANEL PLASTIC LEVELING SHIMS
KICK BOARD
4" RIGID INSUL. 8" ROUGH CONC. GRAVEL INFILL RADIANT FLOOR PIPING
GROUT INFILL FILLED W/ BACKER ROD & SEALANT, TYP.
RADIANT FLOOR PIPES
FLASHING COUNTER FLASHING 4" RIGID INSUL.
2. First Floor Plan 1' - 0"
2. First Floor Plan 1' - 0" SITE SLOPE
CONCRETE BULKHEAD
1' - 2"
1' - 6"
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DOUBLE PANE CURTAIN WALL
STEEL BASE PLATE 1' - 0"
2" FINISH CONCRETE
GRAVEL FILL
4" RIDGED INS 8" ROUGH CONCRETE 4" GRAVEL
1. Auditorium Level -2' - 0" DRAIN
Mechanical
Structural
140- 0"
24' - 0"
First Floor
81' - 0"
Second Floor 58' - 0"
36' - 0"
36' - 0"
18' - 0"
18' - 0"
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Professional Experience FRCH Design Worldwide
SUMMER 2015 - PRESENT | CINCINNATI, OH
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My work as a Project Coordinator at FRCH included contributions to projects specializing in high-end retail and retail prototype roll-out. In completing these projects, I have mainly worked directly under a project manager to help coordinate and manage documentation and construction administration tasks. I assist in helping maintain positive client relationships through correspondence and general meetings.
S a k s | G r e e n w i c h, CT
ENTRY VIEW I first room
OPTION 1 - PERSPECTIVE A
FIRST FLOOR - JEWELRY & TREND
3
Shoe Department
1
Contemporary Department
Jewelry Department 2
M a c y s | H e r o l d Sq.
FIXTURE PLAN
A BATH ACCESSORIES
TECH.
B
B
B
HOTEL BATH
CHARTER CLUB BATH LACOSTE BATH VIS.
B
C
B
B
MODERATE SHEETS
B
VIS.
B
VIS.
B
CANDY
CANDY
BEDDING UTILITY
B KATE SPADE
HOTEL
DOWN ALT. BLANKETS
MONOGRAM
BEDDING LUXURY
HOTEL
B
B PROMO PILLOWS AND MEMORY
BEDDING UTILITY
MARTHA/TOMMY/CK TOWELS
RALPH BATH
VIS.
VIS. GODIVA MODERATE BEDDING
MODERRATE SHEETS CALVIN KLEIN
VIS.
DKNY
A BRIDAL KIOSK
RALPH LAUREN
LACOSTE
BATH PERIMETER SHOP
TOMMY HILFIGER
MISC QUILTS
MY STYLIST
TECH.
TREND TEXTILES
BED IN A BAG
B B
A
B
C
A
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6
ESCALATOR SCREEN
BEDDING ISLAND PADS
10
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Macys | Backstage
Professional Experience Moody Nolan Inc
SUMMER 2017 - PRESENT | CIHICAGO, IL My work as a Project Architect at Moody Nolan includes contributions to projects specializing primarily in education facilities. My role and responsibilities have evolved as I have transition into the project architect role through deeper understanding of building sytems, consultant coordination, and direct client interaction. My experience a Moody Nolan has included start-to-finish project delivery with broad exposure to all project phases.
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E n g l e w o o d STEM H i g h S c h o o l
Construction Photos
Design Sketches
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McDade Elementary School
Poe Elementary School
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HAND CRAFT Woodwork Explorations
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HAND SKILLS Travel Sketches
USA | SPAIN | FRANCE | ENGLAND | GERMANY
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Personal Website:
www.tvmworks.com
THANK YOU Meyer Trey Virgil
trey.v.meyer@gmail.com