architecture por tfolio architecture por architecture por tfolio tfolio
ALYSSA MOYER ALYSSA MOYER ALYSSA ss ee ll ee cc tt ee dd MOYER w w oo rr kk ss selected works
CONTACT E-mail
alyssadmoyer@gmail.com
Phone
+1 (717) 612-8506
https://www.linkedin.com/in/ alyssa-moyer-b73062138/
Behance
https://www.behance.net/moyer0686
ALYSSA MOYER OBJECTIVE
A creative problem solver with strong organization skills, ability to manage multiple projects and consistently meet deadlines. Eager to learn new skills and expand interactions with individuals at all levels by fulfilling a full-time position at your company.
EDUCATION 08|2014 - 05|2019
Thomas Jefferson University | Philadelphia, PA Bachelors of Architecture, NAAB Accredited GPA: 3.79/4.00
08|2013 - 05|2014
Harrisburg Area Community College | Harrisburg, PA General education credits during high school GPA: 3.62/4.00
EMPLOYMENT 05|2017 - Present
CannoDesign | Architecture Intern | Philadelphia, PA
Creates a magnitude of architectural drawings, images and details for numerous projects Completes project construction sets, permit applications and strengthens knowledge of building code
05|2015 - 03|2017
Landmark Buildings Inc. | Drafting Intern | Ephrata, PA
Completed architectural drawings to specifications in coordination with Estimating Department Worked closely with Estimating Department to update standard plans and construction details
AWARDS / HONORS 2014 - 2019
Dean’s List | 3.6 Cumulative GPA
2016 - 2019
Harry Reimer Scholarship
2018 2016 - 2018 2015
Fantastical Architecture Exhibition Spaceworks | Published work CABE Cabin Visualization Competition | Photoshop Excellence
SKILLS 3D Modeling / Drafting Graphics / Rendering Analog Physical Modeling Other
AutoCAD | Revit | Rhino | Maya | MudBox | SketchUp | Grasshopper Photoshop | Illustrator | InDesign | V-Ray | 3DS Max | Maya | RenderMan Sketching | Drafting | Field Surveying | Model Building 3D Printing | Laser Cutting | CNC Machinery | Wood Work Microsoft Word | Powerpoint | Excel | Climate Analysis Software
AFFILIATIONS 2015 - 2019
AIAS | American Institute of Architecture Students | Member
2016 - 2018
SOSA | Student Organization for Sustainable Action | Member
2018
Study Abroad | Rome, Italy
HELLO Traveling is my biggest passion. I love to see different architecture, meet new people and experience other cultures. I’m very artistic. I enjoy drawing, painting, collaging, sculpting, you name it. I am active and like to try new things. I love hiking and exploring places aimlessly.
I love photography, specifically black and white. Daniel Libeskind and Lebbeus Woods are two of my favorite Architects, and I am an ambitious and self-motivated designer, always ready for something new and exciting!
TA B L E
O F
C O N T E N T S
ACADEMIC WORKS
8-31
Conceptual and theory based work completed at Jefferson University.
PROFESSIONAL WORKS Technical drawings and visualization completed for CannoDesign.
32-39
01 02 03 04 05 06
01CULTIVATE
Cultivate is a community center located in Salt Lake City, Utah. After researching the area and community programs, my colleague and I decided to implement vertical farming as the main program. Vertical farming is an efficient way to grow local produce, provides the community with volunteer opportunities and encourages community involvement. The shape of the building encloses the open plaza which holds various events for the community. The greenhouse, facing south, acts as a buffer by collecting solar gains. Once the greenhouse has reached its required temperature, the additional heating gets regulated throughout the building.
8 Greenhouse Rendering
9
Program
Live Music
Open Market
Movie Night
10 Program & Event Diagrams
4 5
6
2
HVAC
3
1
RES
IDEN
TIAL
- 13
1 OC
CUP ANT
S
E-
CAF
146
NTS
UPA
OCC
ADM
IN -
KITC
HEN
-2
Egress
108
GRE
ENH
OUS
MAR
KET
Horizontal Structure
Vertical Structure
11 Structure & Egress Diagrams
E-9
- 45
OCC
UPA
OCC
NTS
UPA
NTS
IN -
ADM
27
USE A SUSTAINABLE ENERGY SOURCE TO GAIN LARGE AMOUNTS OF HEAT
BUILDING
GREENHOUSE
USE HIGH TEMPERATURES IN GREEN HOUSE TO HEAT REMAINDER OF BUILDING
GEOTHERMAL
WARM MONTHS HOT AIR EXITS TO EXTERIOR
PUBLIC RESIDENTS EMPLOYEES ADMINISTRATION
12 Energy Efficiency
COLD MONTHS HOT AIR EXITS TO HALLWAY
STORE RAINWATER FOR PLANTS
N
West Facade Detail
Curtain Wall Wood Slats | Sun: July 1. 5:30pm
Punched Window | North/East
90 Slats - North
45 Slats - East/West
45 Checkered Arranged Brick - West
Brick | Sun: July 1. 5:30pm 13 Facade Performance
1" THICK COPING W/ DRIP EDGE
3' 6" PARAPET WALL ROOFING MEMBRANE 5/8" PLYWOOD SHEATING
PARAPET 80' - 0"
5 1/2" METAL STUD
10" RIGID INSULATION SLOPE 1/4" PER 1'-0”
VERTICAL BRICK MASONRY VENEER PATTERN
3” RIGID INSULATION BOARD
COUNTINOUS VAPOR BARRIER
LEVEL 7 76' - 0"
1" MIN AIR GAP
GREENHOUSE TOP 73' - 8"
6' X 10' ALUMINON WINDOW
PARAPET LOWER 68' - 0" 3" POLISHED CONCRETE SLAB 18” TWO-WAY WAFFLE SLAB
1/8" ORANGE METAL WALL PANEL
LEVEL 6 64' - 0"
RETURN DUCT
SUPPLY DUCT
LEVEL 5 52' - 0" SPRINKLER SYSTEM
LEVEL 4 40' - 0"
LEVEL 3 28' - 0"
TOP OF GARDEN WALL 18' - 0"
LEVEL 2 16' - 0"
MEZZANINE LEVEL 10' - 0"
CUSTOM WOOD FACADE COMPONENT
12 X 12 CONCRETE COLUMN
1' 8" FOUNDATION WALL
LEVEL 1 0' - 0"
14 Detailed Wall Section
15 North Facade Rendering
02PHASE 1
The threat of New York City’s ever-growing population, rapidly declining land availability, and rising sea levels has created demands that conventional building methods cannot meet. Four cores, a gridded truss, and suspension cables define a module that can be built on top of itself, changing the direction of urban sprawl. These elements allow a building to be constructed in phases, allowing each phase to address the most pressing concern for the city at the time that it’s built. A building of this type would be under constant construction, making the cranes atop the building the vehicles that push the design into the future. Floor plates are suspended from the gridded truss, allowing them to take on any shape demanded by the various programs that will be held in the building. This building type is unaffected by the threat of rising sea levels, as each phase is a separate building, allowing lower modules to be vacated and the program reconstructed on top of the latest module. This is the building type of the future.
16 Phase 5 Rendering
17
18 Exploded Building Axon
19 Section Perspective
20 Construction Diagrams | Model Photos
21 Interior Rendering | Steel Diagram
03GERMINATE
Germinate was designed to transform Philadelphia into a Smart City fit for 2050 and years beyond. The process begins with revitalizing Philadelphia’s current public transportation, both regional and state-wide, by extending 30th Street Station’s program to accommodate the predicted population increase. Germinate is designed to be constructed and reproduced quickly and efficiently through current and future construction methods. The building structure and program pods will be 3D printed to keep up with the growth of the city and to encourage versatility within the building to adapt to the city’s changing demands.
22 Overtaking Rendering
23
Site 2050 | Philadelphia
Site 2080 | Philadelphia
BANYAN TREE
1 - HOST STRUCTURE Banyans are epiphyte plants, meaning they attach to another surface and use that surface’s nutrients to grow.
2 - POLLINATION tiny wasps plant seedlings. the seedlings settle into crevices and begin to grow on the existing plant.
Banyan Tree | Bio-Inspiration
3 - AERIAL ROOTING using the existing plant’s nutrients, the banyan tree begins to mature, producing thin roots that will hang from the existing plant.
4 - CONTINUED GROWTH the banyan roots continue to grow and eventually thicken, touching the ground resembling a tree trunk.
5 - KILLING HOST most of the time, the banyan will drain the life from the host tree and take over, growing its own leaves. the tree dies and leaves a void on within the banyan roots.
HOST TREE = PHILADELPHIA BANYAN TREE = MY BUILDING
cell wall
small and dense cells
cell wall growth patterns
ROOTS - SCALE 1
ROOTS - SCALE 2
EXTRUDED CELL PATTERN
24 ‘Growing’ Diagrams
ABSTRACT ROOT FORM
Schuylkill Yards Master Plan
Schuylkill Yards Master Plan Program Transportation Hub
Existing & Proposed Transit Lines
25 Site Diagrams
1... Mega Structure
4... Insert Program
2... Insert Program
5... Density
26 Regenerative Process
3... More Structure
6... Repeat...
Primary Structure
Secondary Structure
Core Structure
Core Glass
27 Component Diagrams
Triangulation
Program Pods
1
3D Print Facade Panels
2
Multiple Panels
3
Assemble and Transport
28 3D Print Facade Diagrams
Rainwater Collection Panel
Natural Lighting Photovoltaic Panel
Energy Recovery Ventilator Panel
29 Facade Axon
LOCATION IN PA
ORIGINAL DESIGN
LOCATION IN STATE PARK
30 CABE Cabin Competition Board
FLOOR PLAN
CABIN COMPETITION
04
Pump House was designed by Branch Studio Architects as a weekend retreat for the clients. It is located at the Worlds End State Park in Sullivan County, Pennsylvania. The cabin sits atop of the Loyalstock Canyon Vista with an amazing view over the tree tops from the mountain side. The design of the cabin is a rectangular, shed-like structure with large glazing and doors on each side that provides a complete pass-through of the home and allows the cabin to open up to the surrounding natural environment. It is entirely self-sustaining featuring a wood stove for heating, solar panels for electricity and tanks for collecting and recycling water. The design of Pump House is one open room creating an intimate experience between the user and nature. The Pump House cabin features the necessities to live without compromising its simplicity.
SECTION PERSPECTIVE
31
04ORANGE ST
Orange St. is three single family row homes located at the corner of Orange St. and Miller St. in Philadelphia’s Fishtown neighborhood. Each home totals just over 3,000 SF and consists of two bedrooms, a full floor master suite and a private roof deck. While my colleague was primarily responsible for the design, I assisted with the elevations and minor plan tweaks. I was responsible for drawing a full construction document set and the first building permit submission.
32 Corner View Rendering
33 Rendering done by colleague
34 First and Third Floor Plans
35 Orange St. Elevation
05CANNO VISUALIZATION
The following images are CannoDesign projects which I was responsible for building the Revit model, rendering and adding entourage. The process consists of building the model, then changing out colors, materials and design options for approval before rendering the final image. The turn over for images is quick to deliver to clients in a timely manner.
36 Kensington Micro Lofts Rendering
37
38 Taney St. Row Homes Rendering
39
AM 2
0
1
9