GREYSON McCLAIN RUBIN architecture portfolio 2015-2019
CONTENTS Academic
Grow Vertical [pg. 4] La Villette Tower [pg. 14] Sunken Gardens Event Pavilion [pg. 22] Ljustav Lighting Fixture [pg. 26] Border Town Housing [pg. 28] Masonry Design Build [pg. 34] Transect: San Antonio Arts District [pg. 36]
Professional
Tech Office Headquarters [pg. 44] Museum Tower [pg. 48] Digital Fabrication [pg. 52]
Other
Travel Sketches [pg. 54] Photography [pg. 56] Resume [pg. 58]
3
GROW VERTICAL
Modernizing Farm-to-Table Urban Food Production East Lamar Austin, Texas, 2018 Comprehensive Design
The home to Austin Amazon Green future vertical farm sits at the edge of the Central Business District in the East Lamar Sub-District, near the intersection of the major thoroughfares Lamar Boulevard and West 5th Street. Renewing a brown field urban site, the new site plan creates a great opportunity to link the neighborhood to the North with Lady Bird Lake to the South, as well as creating future development expanding along 5th street. The new district will include mixed-use housing buildings, a large and open community space, and the vertical farm buildings. The vertical farm called “Grown Vertical” will be the headquarters for Amazon Green, complete with offices, labs, classrooms, café, market and greenhouses. Grow Vertical will engage 5th street with a new transit stop and active market place, where the crops grown inside the building can be sold in a farmers market format. The building’s design unravels an understanding of the growing process, showcasing the concept of farm-to-table with greenhouses extruding from the roof to the first floor. These greenhouses appear as a billboard, making it apparent to visitors the function of the building. The display of the growing process and circulation systems create transparencies, revealing the industrial nature of the building. This goal is reinforced through achieved through the interconnectivity of the grow house that extends down into the market. No matter where a visitor is in the building, they will always be able to experience the process of vertical farming. partner I JR Gideon
Relation to City
4
5
S
Western Sun Screen and Circulation
W
Vertical Greenhouse
E
N
Third Floor Maximum Building Footprint
Green Roof
Western Sun Screen and Circulation Circulation Dividing front and back of house
Administration Offices Labs
Vertical Greenhouse
Vertical Greenhouse on Ground Floor
Second Floor
Form Evolution
Sun, Wind, and Green Balconies
Kitchen / Classroom
MARKET
MECHANICAL
GREENHOUSE
To Clarksville
CIRCULATION
Kitchen
MECHANICAL
Mechanical Restrooms
Cafe Western Sun Screen and Circulation
Shipping and Storage Lobby and Waiting Area
Market
Ground Floor To Townlake
Mechanical Room
Basement
Program Parti
6
Building Programming
Site Plan
7
Greenhouse Circulation
Weaved Shading Screen
Hydroponics
Aeroponics
Pump
Mister
Grow Tray
Nutrient Solution Pump
Reservoir
Vertical Plant Transport Cooking Classroom Packaging + Shipping
2
Pick Up Route
Cafe
Indoor + Outdoor Market Seed Storage
3
1 4
5
Aquaponics
Fresh Produce LED Growing Lights
Growing Bed
Tilapia
Gravel
Vertical Farming Systems
8
Freshly grown product is served in cafe, used in classroom instruction, and for sale in the indoor and outdoor market spaces.
Connection to Downtown
A Beacon at Night
9
Hot Air Naturally Rises Out of Building
Detail 1
Sunlight Blocked by Screen Woven Screen
3rd Floor 36’
Natural Ventilation Through Screen
Kalwall Facade
Natural Ventilation Through Screen
2nd Floor 36’
Grated Floor
Detail 2
Natural Ventilation Through Screen
1st Floor 24’
Basement 12’
System Section Through West Screen
10
5
4
4 3 6
1
4 3
8
1
2
8
1. Woven Shading Screen 2. Kalwall Unitized Structural Glazing System 3. Flashing 4. Rain Water Collection 5. Operable Green Roof 6. Castellated Beam 7. Interior Column 8. Steel Connection
0’
3”
1’
6”
2 1. Woven Shading Screen 2. Kalwall Unitized Structural Glazing System 3. Flashing 4. Rain Water Collection 5. Operable Green Roof 6. Castellated Beam 7. Interior Column 8. Steel Connection
7
2’
Detail 1_Roof Assembly
0’
3”
1’
6”
2’
6.
5. 7. 8.
1.
6.
9. 10.
11. 12. 5. 7. 9. 10.
8.
1.
2.
13.
21.
14. 3.
4.
11. 12.
24.
17.
15. 2.
13.
16.
18.
3.
14. 15.
21. 22. 17.
23.
24.
19. 4.
16.
18.
20.
19. 20.
25. 26. 27.
29.
28.
1. Woven Trespa Panel Screen 2. Steel Connection Plate 23. 22. 3. Aluminum Vertical Support Bracket 4. Aluminum Horizontal Support 5. Kalwall Thermal Insulating System 6. Aluminum Mullion 7. Flashing 1. Woven Trespa Panel Screen 8. Steel Grated Floor 2. Steel Connection Plate 9. Steel Connection Plate 3. Aluminum Vertical Support Bracket 10. Shoeck Structural Thermal Break 4. Aluminum Horizontal Support 11. Structural Rebar 5. Kalwall Thermal Insulating System 12. Concrete Floor 6. Aluminum Mullion 13. Achor Bolts 7. Flashing 14. Tensile Connection Bracket 8. Steel Grated Floor 15. Socket and Turnbuckle 9. Steel Connection Plate 16. Tie-back Steel Cable 10. Shoeck Structural Thermal Break 17. Steel I Beam 11. Structural Rebar 18. Snap Cap 12. Concrete Floor 19. Dessicant Spacer 13. Achor Bolts 20. Insulated Glazing Unit 14. Tensile Connection Bracket 21. Castelated Steel Beam 15. Socket and Turnbuckle 22. Aluminum Support Beam 16. Tie-back Steel Cable 23. Hanging Sunken Cedar Louvers 17. Steel I Beam 24. Anchor Plate 18. Snap Cap 25. Sunken Cedar Stair Tread 19. Dessicant Spacer 26. Tensile Connection Bracket 20. Insulated Glazing Unit 27. Steel Landing Support Beam21. Castelated Steel Beam 28. Sunken Cedar Stair Landing 22. Aluminum Support Beam 29. Column 23. Hanging Sunken Cedar Louvers 30. Aluminum Mullion 24. Anchor Plate
25. 26. 27. 28.
Detail 2_Screen Assembly
30.
0’
6” 1’
29.
30.
2’
25. Sunken Cedar Stair Tread 26. Tensile Connection Bracket 27. Steel Landing Support Beam 28. 4’ Sunken Cedar Stair Landing 29. Column 30. Aluminum Mullion
0’
6” 1’
2’
4’
11
Outdoor Market
Fresh Market and Educational Cafe
1.1
2.1 6
Section Through Greenhouse
12
5
4
3
2
1
Model of Greenhouse District Fully Built
Greenhouse as Beacon at Night
Rain
Rainwater Collection
Water Nutrification Nutrient Rich Water
Nutrients
Potable Water
Rainwater Collection
Biofiltration Grey Water Plants
Water Purification
Storm Water
Potable Water
Soil
UV Light
Concrete Foundation
Charcoal Paper Sand
Grey Water
Storm Water/ Black Water Grey Water Rain Garden/ Biofiltration Wetland
Water Heat Pump
HVAC Cisterns
Open Well
Building Water Systems
13
LA VILLETTE TOWER A Vertical Parisian Block Parc de la Villette Paris, France, 2017 Advance Design
The site currently sits at the edge of the city of Paris, located at the corner of Parc de la Villette and intersected by the Peripherique. An existing warehouse called the Halle aux Cuirs serves as storage for the park and has an important history in the 19th district. A once heavy industrial area will be transformed into a hub of culture for the northwest suburbs, with the Tower at the heart of this new and vibrant district. The existing warehouse will be gutted and transformed into a voluminous space filled with a variety of programs, including a library, brewery and a makerspace/workshop. The existing waving roof will become a green rooftop. Three residential towers will rise high above the site, becoming visible from across the district, with views to the park. The residential and mixed-use tower, constructed to fit within the structure of the existing building, will house a diverse population of students, families, artists and young professionals. Work spaces will be layered throughout the towers, along with open floor plates, housing the tower’s amenities and creating small communities within the tower. The vacant space under the Peripherique will be transformed to a lively market and a terraced and active landscape will take place where the old circus existed. Storage will be moved under the existing warehouse, but will be visible from the ground level, honoring the site’s past. The canal will be activated with a bike path that floats over the water and spaces will be created to sit and relax along the water. partners I Sarah Boulerhcha, Federico Caciagli, Axel Sonesson, Nina Unger
14
View from Canal
15
Form Studies
Site Connections
16
Program Distribuition Diagram
Sight Line + Views
Series of Process and Final Models
View Driving along Peripherique
Sectional Model Through Peripherique
17
Halle Aux Cuirs Passage
First Floor Plan
18
Community Interactions Section
Residential Floor Plan
19
Detail of Facade Assemblage
Section Through Canal
20
Embedded Strips
Exterior Sliding Panels
Waterproofing Layer
Tubular Frame for Perforated Stainless Steel Panel
Column
Heated Floor
Metal Thermal Bridge
Outdoor Decking
Joists
Tubular Sliding Panel
Glass Guardrail
Tubular Handrail
Section Through Peripherique
21
SUNKEN GARDENS EVENT PAVILION Protecting and Celebrating the Natural Side of Austin Sunken Gardens Spring Austin, Texas, 2016 Design V
The site proposal serves as a physical connection between the existing Sunken Gardens Spring and the opposite shore, split by Barton Creek running through the site. Accessible use of the site, which was previously hindered by the extreme topographical changes, is now accessible. The solution to accessibility helps frame notable views and features of the site, while preserving the existing amphitheater structure and protecting the endangered Austin Blind Salamander. The event pavilion is the resolution of the existing infrastructure and circulation of the site with the proposal of an accessible route. The pavilion is shaped by the junction of the two forms of circulation and serves as a mediator, allowing for both forms of circulation to function symbiotically. Additionally, the pavilion is a buffer to the spring as it creates another concentric circle of protection for the delicate spring and salamander habitat as it forms the fourth wall of Sunken Gardens. The Pavilion becomes the entrance to the springs, framing specific views of Sunken Gardens and the spring through both its form and the tectonics of its construction.
Bridge and Observation Ring View of Pavillion from Observation Path
22
23
Existing Circulation Paths
Section Through Pavilion
24
Accessible Circulation Path
Pavilion Mediating Circulation
Section Through Springs
25
LJUSTAV
Design and Build Light Fixture Austin, Texas, 2016 Environmental Controls II
Ljustav is a ballast-type fixture that can be added to any exterior space to create an interesting object in space. The designed and built luminare provides a soothing glow to any space that changes as you move around the fixture due to its organic design. From every direction, Ljustav offers a unique view to keep observers captivated by the object. partners I Andrew Hong and Franco Palomo 0.5” FOR BRACKETS
6” WIDE
1/8” PLATES 3/8” GAP 1/8” PLATES 3/8” GAP
36” TALL 210° 0.24
180° 0.36
150° 0.68
240° 0.40
120° 0.88
270° 0.60
90° 0.44
300° 0.28
12” WIDE
Assembly Plans
26
60° 0.48 330° 0.20
0° 0.00
30° 0.32
Candle Power Distribution Curve
1.5” WIDE
FC
D2
CP
0
0
4
0
30°
0.08
4
0.32
60°
0.12
4
0.48
90°
0.11
4
0.44
120°
0.22
4
0.88
150°
0.17
4
0.68
180°
0.09
4
0.36
210°
0.06
4
0.24
240°
0.10
4
0.40
270°
0.15
4
0.60
300°
0.07
4
0.28
12”0.20WIDE Light Fixture in Context 330°
0.05
4
36” TAL
27
BORDER TOWN HOUSING
Urban Development and Social Housing Ciudad Miguel Aleman Tamaulipas, Mexico, 2016 Design IV
This semester-long studio project was a joint research task amongst Design IV students, an advanced design studio, and other disciplines across the University of Texas to provide possibilities for development in the border state of Tamaulipas, Mexico. Our studio focused our efforts in Miguel Aleman, a small border town, as we synthesized research on the area and designed housing for multiple demographics within the city. As teams, we developed site plans for the proposed urban housing districts that focused on green spaces, public amenities, housing aggregations and future expansion. In addition to creating the master plan, I further developed a smaller sector of the plan, designing two housing typologies and a public plaza. The designs also included mixed-use space below the apartment mid-rise and small workshop spaces within the courtyard house. Design Excellence Nomination partners I Riqui Brager, Danielle Nbudsi, and Hannah Henry Ciudad Miguel Aleman Figure Ground
28
29
Quadrant Axonometric View
30
Mid-Rise Sectional Perspectives
Exterior View
31
Unit1 1A2 and 4m 1B First Floor Plan
0
North + South Transversal Section
32
0
1
2
4m
Unit 1 B Interior
East + West Transversal Section
33
MASONRY DESIGN BUILD Playing with Shadows Austin, Texas, 2016 Construction II
Given a set number of masonry units and bricks of various sizes, our team was tasked to design a masonry wall that would be constructed. The design played with the dimension and orientation of the various sizes and shapes of the units, creating varying extrusions that cast playful shadows along the surface of the wall. partners I Cole Wendling, Michael Tatalovich, Jean Sanders, Tyler Schuetz, Savannah Simenhoff, Reuben Joseph, Eden Paz, Faiza Tayyab
Top
Plan
Elevation
Side
Side
34
Elevation
Perspective
Perspective
Constructed Masonry Wall
35
TRANSECT: SAN ANTONIO ARTS DISTRICT
An Expansion of the Southwest School of Arts Northwest Downtown San Antonio San Antonio, Texas, 2017 Design VI
A transformation to Northwest Downtown San Antonio is developed, as the currently small Southwest School of Arts looks to expand and become the hub for the new Arts District of San Antonio. To do this the proposition will link the existing nodes of the site, the Library, the SSA, the Tobin and the Museum of Art by expanding the Southwest School of Art’s facilities towards the Tobin Center to engage both visual arts and performing arts to facilitate the new Arts District of San Antonio. A corridor of mixed-use living will also be developed and will extend towards the Museum of Art, creating an arm that branches out from the pedestrian-focused, heart of the Arts District. Rapid transit will also be expanded in the area, encouraging heavy pedestrian use and street activity to facilitate the bright, lively, and social atmosphere of the new Arts District. Along with the master plan, a new administrative building, student center, auditorium and graduate school for the Southwest School of Arts are developed. New and exciting residential buildings are also designed for the Arts District, housing new patrons, students, teachers, and employees of the district. Design Excellence Nomination partners I Andrew Curran and Jonathan Martinez
Art District Axonometric View
36
37
Phase 1: The art street of Navarro with the icon of the school and the housing finances the district.
Entrance to the Arts District
38
Phase 2: Southwest School of Art identity finalized, school housing construction begins, and luxury housing finances and pushes the district.
Phase 3: Pedestrian street implemented, school housing finishes, and housing expands towards the museum of art.
Phase 4: The arts district is complete with the addition of the graduate school for the SSA and further development of housing in the district.
Site Plan
SCALE N
0’ 4’ 8’
39
16’
32’
Administration Building and Gallery
Section Through Administration Building and Gallery
40
SSA Courtyard
Section Through Auditorium
41
Second Floor Plan
Section Through Residential Building
42
SCALE N
0’ 4’ 8’
16’
32’
64’
Residential Courtyard
Pedestrian Avenue
43
TECH OFFICE HEADQUARTERS Spurring Growth Downtown San Jose, California, 2018
Kohn Pedersen Fox Associates: New York, NY Located at the edge of Downtown San Jose adjacent to the Guadalupe River, an empty parking lot will be transformed into a three-million square foot office complex. This building is planned to function as headquarters for a major tech company in the heart of Silicon Valley. Constrained by the tight boundaries of the site horizontally and the FAA airplane height restrictions vertically, the design on the building takes on a unique and innovative form to maximize rentable office space and parking spaces. As this was the main project I worked on, I took on an important role for our small team of designers. I worked on various elements of the project during design development and schematic design, including floor layouts, curtain wall design, site analysis, 3D-modeling, and many diagrams. Design Team I Hugh Trumbull, Jenny Martin, Alex Lightman, Erin Soygenis
Building Situated in Downtown
44
45
Central Canyon Connection Office Bars
GLASS PANEL [BLACK REVEAL]
PERFORATED PANEL [BLACK REVEAL]
FACETED 1 [BLACK REVEAL]
FLAT PANEL [BLACK REVEAL]
GRADIENT [BLACK REVEAL]
WAVE RIBBON [BLACK REVEAL]
Facade Studies for Garage Level Screen
46
Illustration of Lower Courtyard Space
Illustration of Ground Paseo To Courtyard
47
OFFICE TOWER DESIGN | offic
MUSEUM TOWER
Complimenting a Unique Museum with an Office Tower Los Angeles, California, 2018
Kohn Pedersen Fox Associates: New York, NY In the background of the striking, flowing, stainless ribbons and vibrant red facade of the Petersen Automotive Museum, a new office tower will be constructed above the existing parking garage. A new terrace-level will be created, activating the roof of the museum with lively activities at the entrance to the new tower. The form of the tower stands out against the museum and serves to link the bustling art district to the quaint neighborhood behind. My role in this project took on many shapes from helping with diagrammatic drawings and sections, to designing and constructing playful 3D-printed models, to test the ideal form of the building. Design Team I Trent Tesch, Chris Allen, Blake Kem, Paulina Kolodziecy, Erin Soygenis Tower R I P PMassing L E | sStrategies ympathetic
48
ce identity
RIBBON | backdrop
PETERSEN TOWER STUDY 2018.10.30
PIXEL | contrast
19
49
MUSEUM
+
OFFICE PARKING
MUSEUM + OFFICE&PARKING
Activating the Rooftop
50
=
OFFICE TOWER MUSEUM TOWER
3D-Printed Massing Models
55 51
DIGITAL FABRICATION
Additive Massing Explorations with 3D-printing Various Projects, 2018
Kohn Pedersen Fox Associates: New York, NY Comprising of more than 50 individually printed pieces, this threefoot tall model was designed and fabricated for a presentation to the city of Boston. By understanding the additive nature of the 3D-printers and fine-tuning the multitude of parameters on the printers, I designed many additional 3D-printed models for various projects to quickly test massing iterations for our team and the clients. Many of those models consisted of interchangeable plugin pieces, allowing for an easy way to test variations in massing quickly.
Process for Constructing 3D-Printed Tower Model
52
Fins Ready to Be Added to Tower Core
Final Assembly of 3D-Printed Tower Model
53
TRAVEL SKETCHES
Grande Arche
Captured during European Architecture Travel Studio Europe, 2017 UTSOA Europe Travel Studio
These selected sketches to the right are part of a larger series of photographs that were made throughout the semester-long European Travel Studio. The studio focused on exploring and documenting unique features of the buildings and cities visited that would not be found easily on-line. Through three categories of sketches, typologies, crossings, and projections, various buildings and spaces seen throughout the travels were created. Many of the sketches focus on waterfronts of cities, buildings’ interactions with the ground and sky, and other smaller details of a building. Using a variety of drawing tools, these sights are captured on paper to serve as a growing reference library.
Old Town Basel Streets
Goetheanum Stairwell
54
Riverfront Park in Basel
Notre Dame du Haut: Ronchamp
La Tourette Monastery
Notre Dame du Haut: Ronchamp
Notre Dame de Paris
Notre Dame du Haut: Ronchamp
55
PHOTOGRAPHY
Rooftops of Milan Italy from Duomo
Captured during European Architecture Travel Studio Europe, 2017 UTSOA Europe Travel Studio
These selected photos to the right are part of a larger series of photographs that were captured throughout the semester-long European Travel Studio. The studio focused on exploring and documenting unique features of the buildings and cities visited that would not be found easily on-line. Many of the photos highlight smaller details of a building including, light, shadows, and construction assembly in addition to larger scenes, like a city’s riverfront.
DR Concert Hall Facade Structure
Production Warehouse Vitra Campus
56
Islamic Cemetery in Altach Shadows
Colonge Cathedral Stained Glass Light
Castle Grande Battlements
Nyhavn Canal Copenhagen
Old Town Lucerne Riverfront
Olympiastadion Berlin Roof
57
Greyson McClain Rubin
15611 Ranchita Dr. ° Dallas, TX 75248 ° 214.966.2227 ° gmrubin13@gmail.com EDUCATION The University of Texas at Austin Bachelor of Architecture, Bachelor of Arts Plan II Honors Ecole Nationale Superieure d’Architecture Paris Belleville, Paris, France IES Roma, Rome, Italy
May 2019 GPA: 3.9 of 4.0 Fall 2017 Summer 2016
RELATED EXPERIENCE Kohn Pedersen Fox Associates, New York, NY, Architectural Design Intern June 2017 – December 2018 • Created diagrams and street sections to analyze the context of an urban renewal plan in San Francisco. • Analyzed site and structural viability for a supertall residential tower in New York City. • Designed and fabricated more than 100 3D-printed models to test massings for towers in Boston and Los Angeles. • Drafted and designed floor plans, building sections, and interior features for a high-tech office in the Bay Area. Perkins + Wills, Dallas, TX, Shadow Summer 2016 • Collaborated with team and consultants on design of cutting-edge cancer research center for UT Southwestern. BR Architects and Engineers, Richardson, TX, Intern January - May 2014 • Organized monthly speaker series for 25+ local architects associated with the American Institute of Architects. • Designed and created floor plans and renderings for waterfront pavilion on a large Texas ranch property. WORK EXPERIENCE Camp Champions, Marble Falls, TX, Division Leader, Counselor, Sail Instructor Summer 2014 - Summer 2017 • Managed team of 18 counselors to ensure safety and emotional well-being of 250 campers over the summer. • Evaluated counselor skills and provided training for development of 21st Century Skills Certification Program. • Communicated between 250 campers and their parents to provide exemplary experience for both parties. • Created and implemented sail curriculum to teach more than 1,500 campers (ages 5-18) basic sailing skills. F. A. Peinado Construction, Frisco, TX, Assistant Superintendent Intern Summer 2013 • Coordinated duties and information with the various subcontractors and help organize more than 100 workers. • Reviewed construction documents and found discrepancy in building dimensions that was then solved. LEADERSHIP EXPERIENCE AND COMMUNITY IMPACT UT Student Government, School of Architecture Representative, Student Housing Committee Spring 2016 – Spring 2018 • Represented student opinions in weekly meetings to develop and vote on legislation to positively impact campus. • Served on the Student Affairs Committee regarding university-wide student safety and campus-life concerns. • Collaborated with architects, engineers, and university officials and assemble feedback for the new dormitory. Martin Middle School Lacrosse Team, Austin, TX, Coach Spring 2017 - Present • Develop and facilitate weekly fundamental drills and practice schedules as volunteer coach. • Empower and support high-risk students, on and off the field, and foster positive after-school environment. Forty Acres Scholars Program, Scholar Planning Committee Head Fall 2015 - Spring 2018 • Represented scholars’ program at national conference to partner with peer universities to improve programming. • Led Finalist Weekend Committee to plan and organize recruitment events and logistics for the Finalist Weekend. Zeta Beta Tau Fraternity, Vice-President, House Manager, Member Fall 2014 - Spring 2018 • Conducted weekly executive board meetings to ensure proper management of a 200-person organization. • Streamlined maintenance procedures and created online maintenance request and records system.
58
LEADERSHIP EXPERIENCE AND COMMUNITY IMPACT [CONTINUED] Texas for Expanding Opportunities, Director of Membership, Workshop Director, Mentor Spring 2015 - Spring 2018 • Defined leadership roles as a founding member and recruited initial membership class of 60 members. • Mentored at a low-income middle school and facilitated leadership and communication-focused activities. UT Undergraduate Architecture Student Council, Vice-President, Senate Representative Spring 2015 - Spring 2016 • Tripled membership, increased member involvement and strengthened the Studio Representative Program. • Wrote and implemented legislation to gather funding and support to execute refurbishment student lounge. AWARDS AND DISTINCTIONS Dean’s Ambassador, School of Architecture Spring 2018 - Present Serve as student ambassador and assist in recruiting a competitive and diverse student body. Forty Acres Scholars Program Fall 2014 - Spring 2018 Premier merit-based, full-ride scholarship awarded by the Texas Exes Alumni Association. Tau Sigma Delta Honors Society Spring 2017 - Present University of Texas College Scholar (8 semesters) Fall 2015 - Fall 2018 Summa Cum Laude, Dean’s Honor List (2 semesters) Spring 2018 - Fall 2018 Magna Cum Laude, Dean’s Honor List (6 semesters) Spring 2015 - Fall 2017 Salutatorian, Richardson High School June 2014 SKILLS Computer Skills: Creative Cloud Suite, Revit, AutoCAD, Rhino, SketchUp, 3Ds Max, ArcGIS, Cura, Microsoft Office, Technical Skills: Hand-Drawing, Model-Building, Woodworking, 3D-Printing Interests: Architecture, Urban Design, Camping, Traveling, Lacrosse, Sailing, Disc Golf WORLD TRAVEL AND EXPERIENCES
59
THANK YOU
[Greyson McClain Rubin]