Alexandros Naylor Undergraduate Portfolio 2021

P O R T F O L I O Penn State School of Arts & Architecture Alexandros Naylor

Alexandros Naylor (designer-traveler-trailblazer) 724-366-4195 alexandros.z27alex@gmail.com axn94@psu.edu

Portfolio Content Selected Work (2019 - 2021)

Micro-Mycelium Microhome Competition

Educational Institution Nature Education Center

Post-COVID-19 Home Hajjar Competition

Passage Through Time Site Temple

Concrete Jungle NCMA Competition

Wine & Dine Wine Rack Project

Beacon of Light Lanterns Project

Alexandros Naylor is a fourth-year architecture student at Pennsylvania State University. Architecture is a tool for improving the lives of millions around the globe touching every person’s life, in some shape or form.

Architecture should aim to conjure practical design with versatility and beauty. In the near future, he hopes to utilize his architectural knowledge to improve people’s lives through design that balances the relationship between the built environment and the human experience. When he is not busy in the studio, he enjoys cooking, traveling, and exploring other creative outlets.

Education

The Pennsylvania State University, State College, PA Studying to obtain a Bachelor of Architecture 4th Year Architecture Student Cumlative 3.38 GPA

Belle Vernon Area High School, Belle Vernon, PA Graduated in June 2018 Cumlative GPA 3.8 ACE Mentorship Program, Fallingwater Residency, Carnegie Mellon Architecture Exploration

Work Experience Boca Raton Resort May 2021 - August 2021 Moss Construction Internship, Boca Raton, FL Created and sent Submittals/RFIs to architects, engineers, and interior designers.

Documented weekly team meeting mintues. Oversaw water proofers and construction workers at the job site.

Personal Shopper May 2020 - August 2020 Instacart, Pittsburgh, PA

Delivered customer orders within the established time frames. Tracked substitutions and informed customers of changes. Consistently received postive preformance reviews.

Skills Software Rhino Revit Adobe Photoshop Adobe Illustrator Vray Blender

Fabrication Lasercutter Woodshop 3D Print CNC

1

Micro-Mycelium Mycelium Microhome -Microhome 2021 Competition

State College, Pennsylvania Benay Gursoy Toykoc Chris Castiglia & Niousha Keyvaninejad Fall Semester 2021 7 Weeks

Tiny homes have become drastically fashionable in recent years. These tiny homes have not only been places of shelter, but also vessels for architects to test out various theories and ideas. The following project exemplifies this by adapting Japanese woodworking with a newly developed mushroom-based material called mycelium. By combining these two very different factors we were able to create a unique and first of its kind design for a tiny home.

Exterior Rendering of Tiny Home

2

The following page contains drawings explaining my material experiment using mycelium. The intent of this study was to see the effects of using different materials to create custom brick molds.

The materials used consisted of plywood, acrylic, mycelium, and plastic sheets.

Once the molds were fully built the grounded mycelium was placed and covered in the molds. It was then grown for a week, baked, and then used for assembly.

Opaque Acrylic Mold

Mycelium Brick Iterations

Place wood pieces on top of each other.

Place plastic sheets first.

Then place grounded mycelium.

Place top wood pieces on top of grounded mycelium

Transparent Acrylic Mold

1 5

Wood Top 2 6

Day 0-2

Day 0-2

Plywood W/ Protective Plastic Mold

Plywood Mold

Grounded Mycelium 3 7

Plastic Sheet

Day 0-2

Day 0-2

4

8

Wood Bottom

Dried Out Mycelium Experiment

3

First Floor Polycarbonate Panel

Second Floor

The design of this tiny home begins at the foundation with a base that stacks lumber on top of each other like Jenga blocks. The entire building is covered in a Tudor joint assembled shell that uses mycelium and custom window panels. The mycelium provides insulation and texture to the facade. The amenities of the home are encapsulated within a central core. This core which is a part of the structure has a bathroom, storage, kitchen, living space, office, and sleeping quarter. The roof is polycarbonate material the allows light in and provides insulation.

Tudor Joint Framing

Mycelium Panel

Chidori Joint Framing

Window Panel

Interior Wall Panel Mycelium Panel

Window Panel

Tudor Joint Framing

Wooden Floor

Wooden Joist Structure

Structure Drawing

Longitudinal Section

Utility Core Axonometric 4

Front Exterior View of Tiny Home Model

Back Exterior View of Tiny Home Model

Back Exterior View of Tiny Home Model

Wall Section Models

5

Educational Institution Arboretum at Penn State - Nature Education Center

The Arboretum at Penn State, State College, Pennsylvania Laia Celma Spring Semester 2021 12 Weeks

The Arboretum at Penn State has recently added a new attraction to the State College community. The newly constructed Nature Education Center provides the community with a new sense of care and understanding for the university and the local ecosystem. The building focuses on the idea of creating a series of views that gives a visual and physical connection between the surrounding natural context and the university. Throughout the building these views are achieved spacially and through materiality.

Framed View of Poplar Trees

6

A

A

B

B

13 12

6

14

5 13

11

11

3

3 8

8 15

16

2

16 16

16

8

8

10

10

8

4

1 7

4

4

5 2 3 1

10 11

6

7

B

B

9

A

A

Key:

Main Floor Plan

0' 1'

5'

10'

15'

20'

N

Loading Dock AV Control Mechanical Room Exhibition Space Object Study Storage Exhibition Staging Restroom Vistor Bag & Coat Storage Lobby Mechanical Room

Key:

Scale: 1/6'' = 1'

0' 1'

5'

10'

15'

20'

N

Scale: 1/6'' = 1'

1.)

2.)

3.)

4.)

5.)

6.)

7.)

8.)

9.)

10.)

11.)

1.)

2.)

3.)

4.)

5.)

6.)

7.)

8.)

Record Storage Administrator Office Open Office Directors Office Conference Room Copy, Mail, Supplies Kitchenette Planetarium

9.)

10.)

11.)

12.)

13.)

14.)

15.)

16.)

AV Control Mechanical Room Conservatory Production Greenhouse Classroom 1 & 2 Workshop Exhibition Space Restroom

Second Floor Plan

7

20'

15'

10'

5'

0' 1'

Scale: 1/8'' = 1'

Longitudinal Section

0' 1'

0' 1'

5'

5'

10'

10'

15'

15'

20'

20'

Scale: 1/16'' = 1'

0' 1'

5'

10'

15'

Scale: 1/16'' = 1' 0' 1'

5'

10'

15'

20'

20'

Scale: 1/16'' = 1'

Scale: 1/16'' = 1'

Elevations

8

Green Roof

Engineered Soil W/ Plants

Reservoir Layer

Drainage Layer

Insulation

Aluminum Covering

Channel Glass Steel Structure

Steel

Steel Supporting Structure

Mullion

Channel Glass Steel Supporting Structure

Concrete

Glass Panels

Steel Structure

Retaining Wall

Steel

Brackets Concrete Panels

Mullion

Glass Panels

Concrete

Exploded Axonometric

Detail Structural Drawing 9

The following renderings showcase the variety of experiences and views at the Nature Education Center. These renderings exhibit the spacial diversity that helps enhance the overall concept.

Additionally this idea of views is reinforced with the use of channel glass for the facade. The channel glass is a translucent glass that diffuses light and creates privacy from the outside. Due to this it helps to enforce the concept by leaving the selected viewing areas to use transparent glass and the rest of the building to use channel glass. These selected viewing areas give visual connections between the university and surrounding ecosystem.

2'

Entrance of Nature Education Center

1'

Channel Glass Axonometric View Looking Towards Katz Building

10

Outdoor Conservatory

View Looking Towards Penn States Campus

Nature Education Center at Night 11

Post-COVID 19 Home Penn State School of Architecture William Hajjar Competition

State College, Pennsylvania Laia Celma Spring Semester 2021 1 Week Competition Winner

Over the past year, the pandemic has forced us to separate ourselves from family and friends. Due to this, the concept of this home gives the illusion of connection with physical separation. This is achieved by designing the home similar to the letter ''W''. The three wings of the home branch out, offer different features, and vary in height, shape, and spatial quality. This was done in order to incorporate a design that merges with nature and with William Hajjars' philosophies of architecture. Ultimately, these ideas helped me to win the competition.

Hand Cut Model

12

Conceptual Model

e

verg

Co

nv

erg

e

Con

Converge

Converge

The following diagrams showcase how each of the three wings of the building are different. They are all different shapes and sizes.

As well, each wing is slightly elevated lower than the adjacent wing in order to accommodate for separation and social distancing.

Curve

Curve

Diagram of Form

Spacial Diagram

13

A

Section Showing Seperation of Spaces B

B

A

Floor Plan Branching Out

14

Rear Facade 15

Passage Through Time Conceptual Project - Site Temple

Vera Cruz da Figueria Fortress, Algarve, Portugal Katsuhiko Muramoto Fall Semester 2020 8 Weeks

Architecture is just not meant to provide shelter or protection but, to enhance one's life. This project put an emphasis on the individual's journey and experience through architecture. The intent was achieved by using a simple, yet effective series of wooden frames.

These wooden frames are different in shape and angle than their counterparts. This was done in order to give the illusion of the space transforming as visitors move throughout the space.

Aerial View of Site Temple

16

Entrance of Site Temple

0' 1'

5'

10'

15'

20'

Scale: 1/8''=1'

Site Plan

The renderings showcase the various views and context of the site temple.

The site temple is situated in between a ruined Spanish fortress and situated on a cliff overlooking the Atlantic Ocean. Within the Site Temple, there are two meditation spaces. One overlooks the ruins and surrounding terrain, while the other gives the illusion that one is floating above the Atlantic Ocean.

Corridor 17

First Mediation Space

Second Mediation Space

Transparent Frames of Site Temple

Exiting From Site Temple 18

Wooden Frame

Metal Bracing

Developing Wooden Frames Wooden Decking

Concrete Footer

Ramp

Structural Axonometric Walkway

1'-8''

Wooden Frame Piece

14'

Metal Bracing

Wooden Decking Wooden Beam

8''

1'-12''

3'

Support System

Protective Metal Plate

Concrete Footer

Exploded Axonometric

Detail Structural Drawing

19

Concrete Jungle Musuem - Masonry Project & Competition

New York City, New York DK Osseo-Asare Spring Semester 2020 12 Weeks

For every great piece of art there is a great space to display it.

By presenting various pieces of art, we can connect and experience past traditions and ideas. Bringing together the past with the present in homogenous way allows for guests to experience a museum in a unique and personal way. It helps for the art to be the vocal point and the building to act as a complement to the work.

Neue Galerie Facade Study Model

20

This model looks at the idea of working and using a small space to the designers advantage. The clear box represents the site of the new museum. The wooden rods represent various doors or openings that can connect to the new museum on each level.

Similar to Jenga, the wooden rods are able to be manipulated in a way that creates new space.

Manipulation of Space Model Top

Manipulation of Space Model Front 21

The brick design is based on the idea of circulation and connection between the new museum and the Neue Galerie. The block itself consists of four triangular-shaped objects that are concave and convex. This arrangement helps add textures and design possibilities.

CMU Brick

18’’ 1.25’’

5’’

8’’

8’’

1.6’’

3.5’’

Custom CMU Brick Wall

CMU Brick Views 22

Art Gallery Space

2 3

1

Connection Between Old & New

Unexploded ''Atrium Core''

Exploded ''Atrium Core''

The concept for the building was the connection between old and new. In order to achieve this, an atrium was created in the new museum. This atrium would connect with the Neue Galerie atrium by using a series of glass bridges, glass walls, stairs, and custom CMU walls. The glass bridges connecting the new extension to the existing museum creates the illusion of floating over the atrium. The glasswalls display the atrium of the Neue Galerie, similar to that of an artifact in a museum.

View Looking up from Lobby

23

Wine & Dine Wine Rack - Wine Bar Project

State College, Pennsylvania Alexandra Staub Hamza Jamjoom, Gaurav Ganguli, Dara Olumide Fall Semester 2019 6 Weeks

Every bottle of wine needs a place to be stored. A wine rack is similar to a wine glass, it is an essential part of the wine drinking experience. The idea of drinking wine and assembling the wine rack storage components create an integral event. The rack is modular, which allows for various layouts and customization. Thus, it lets be users be interactive with the pieces, which leads to the idea of ‘’form follows function’’.

Pentagon Prototype

24

‘’Slanted Boxes’’ Prototype

First Wine Rack Iteration 25

The wine rack was inspired by the structure and fluid movement of a spine. Their are two distinct parts the enabled us to create fluid wine rack.

The "bone"piece has four vertical and two horizontal slits. This allows for a modular and simplistic building style. The circular piece creates a fluid movement, similar to that of a spine.

‘’Spine’’ Rack

Rotation

Mi

rro

r

Rotation

rt

Inse

Each ‘’bone’’ shaped piece consists of four vertical and two horizontal slits. This allows for the rack to be as tall or as long as the user desires.

Add another ‘’bone’’ shaped piece adjacent to the orginal one.

Rotate and place two new pieces on top of the previous two pieces.

Again rotate and place two new pieces on top of the previous two pieces. Also, the user can place a circular piece at whatever height they choose. The circular piece has slits that are in increments of thirty degrees.

‘’Spine’’ Rack

26

Beacon of Light Lantern - Craftmanship Project

State College, Pennsylvania Benay Gursoy Toykoc

‘’Pill’’ Shaped Lantern

Holly Zimmerman Spring Semester 2019 8 Weeks

A lantern is a powerful, yet, simple object. It's a shining beacon of light, that not only changes the scenery of the room, but the emotions of individuals. Made with humble materials and modern techniques, these series of lanterns were designed to convey different lighting and geometric opportunities.

Although, these objects can vary in design and size, they show the endless geometric design possibilities.

Midterm Lantern Concept

Midterm Lantern 27

Lantern in a dark room under the light creating various shadows and lights. Triangular geometry and creases creates this anomaly.

The inspiration for the final lantern was that of the Aurora Polaris. The Aurora Polaris lights creates a unique variety of colors and anomalies. In order to achieve a similar effect, the lantern was geometrically designed with a series of equilateral triangles. These triangles can be manipulated and bent in order to create creases. The creases filter the light out and create an aweinspiring brilliant display of light.

A series of three equilateral triangles form a single ''piece''.

Above are a series of two ''pieces''.

Combine both ‘’pieces’’ to create a singular module. This module is secured together using nuts and bolts.

Continue the following process until there is a fully assembled lantern.

28