Joseph Avellino - 2024 Portfolio

Page 1

PORT FOLIOPORT FOLIO

Joseph James Luke Avellino

DOB: 02/05/2003

Third-Year Architecture Student

REACH ME AT:

+1(347)-587-9882

javellin@nyit.edu

58-17 80th Street

Middle Village, NY, 11379

PROFESSIONAL

APPLICABLE SKILLS

3D MODELING / DRAFTING

AutoCAD

Revit

Rhino 7

RENDERING / POST-PRODUCTION

Adobe Creative Suite

Illustrator

Photoshop

InDesign

Enscape

EDUCATION

CONSTRUCTION REGULATIONS

NYC Zoning Resolution

NYC Building Code

VISUALIZATION

Hand Drawing

Physical Modeling

Struggles Proficient

New York Institute of Technology -- 1855 Broadway, Manhattan, NY, 10023

Start Date: September 2021 || End Date: June 2026

Projected Degree: Bachelor’s of Architecture

CUMULATIVE GPA: 3.9

Dean’s List (3.5+ GPA): Fall 2021

Presidential Honor’s List (3.7+ GPA): Spring 2022, Fall 2022, Spring 2023, Fall 2023

Archbishop Molloy High School -- 8353 Manton Street, Briarwood, NY, 11435

Start Date: September 2017 || End Date: June 2021

Degree: High School Diploma

CUMULATIVE GRADE: 94.50% (Honors with Distinction)

PROFILE

RELEVANT WORK EXPERIENCE

- CAD Drafting / Project Organizer -- ACV Architecture (202 Foster Avenue)

_Drafted plans, elevations, and sections for 10+ residential projects proposed within the five NYC boroughs, predominately Brooklyn.

_Organized sheets covering various analyses of the proposed building (Energy, Mechanical, Zoning, Demolition Plans, etc.)

_Drew maximally detailed wall sections / technical callouts.

_Used the NYC Building Code and Zoning Resolution to make specific architectural decisions (permitted obstructions, fixture placement, etc.)

_Consulted the AISC Steel Construction handbook for structural design for any projects that utilized Type I, II, or III construction.

_Received an introduction to filing projects for the NYC Department of Buildings (Answering objections, requesting new BINs, etc.)

To whom it may concern-

REVELANT EXHIBITIONS

- Emerging Ecologies -- Museum of Modern Art, 11 W 53rd Street (12.18.23)

_Learned more about the way shading strategies (greenhouses, wind catchers, etc.) make their way into passive architectural design.

_Was able to better visualize how greenery can clash with material without feeling forced or out of place.

Nice to meet you! I’m Joe Avellino, an architecture student studying at the Mahattan campus of New York Institute of Technology. To compliment my undergraduate studies, I’m seeking a position as an intern for an architectural office for 6 months minimum.

I’m very engaged in my work and am always asking questions, so I’m excited to not only contribute my own knowledge to the development of my future team, but also to learn lots from them. I’m hoping to pull my weight and share the success of the company.

CONTENT AHEAD

I. Studio Work

- Accounting Structure

- Evolution of Spaces

- Adaptability of Concepts in Real Life

III. Visual Arts

-Hand Drawings

-Digitalized Concepts

I. STUDIO WORK

ACCOUNTING STRUCTURE

Concrete Forest

Year 3 - Fall 2023 (Architectural Design 3)

The Concrete Forest is a multi-story housing proposal located in Northern Brooklyn, specifcially at the interection between Gates and Nostrand Avenue. The goal of this semester-long project was to provide safe, immersive housing that not only flourishes with natural light and air, but also disguises itself well in the overall brownstone house setting of the neighborhood.

TYPICAL FLOOR PLAN with Site Context

THICK VS THIN

THICK zones will have thicker walls (1’). In these zones noises are better contained, while less outside noise will interfere with the program.

THIN zones will have thinner walls (0.5’). In these zones, it isn’t as necessary to muffle outside noise.

CONCEPT DIAGRAMS & PROPOSED

UNITS

PUBLIC VS PRIVATE

PUBLIC spaces are shaded in red. They include living/dining and cooking/ storing spaces.

PRIVATE spaces are shaded in blue. They include resting/bathing spaces.

STRUCTURAL INFORMATION

- CAST-IN-PLACE FLAT PLANES: Concrete molds filled in on-site. Circulation paths that connect the units on each floor are included to provide more seismic and wind resistance.

- SHEAR WALLS: Central thick zones of each studio unit + Elevator Core and Fire Stairwells

- BEAMS: Dispersed from the shear walls and extend various distances.

THICK (2’x2’): Travel shorter distances and cantilever outwards.

THIN (1’x1’): Travel longer distances and connect to other beams to transfer loads.

- COLD-FORMED STEEL: Framing for the remaining facades to prevent thr building from being unneccessarily heavy, given that the remaining facades will provide no additional structural support.

East View
GATES AVENUE TYPICAL FLOOR PLAN (Floors 1-3) TYPICAL FLOOR PLAN (Floors 4-5)
South View EAST VIEW SECTION SOUTH VIEW SECTION

The plans follow the first conceptual diagram: A defined central element, followed by 2 pairs of different elements in opposing quadrants, therefore defining all corners. In the plans, the central element is typically a lack thereof, or a void. The corner quadrants consist of units and fire stairwells.

The sections follow the second conceptual diagram: A One-Two pattern consisting of 2 different elements. In the sections, this is represented as a solidvoid pattern.

GROUND FLOOR PLAN

PHYSICAL MODEL: Site Context

BASEMENT FLOOR PLAN

Street View
Ground Floor View Typical Floor View

I. STUDIO WORK

EVOLUTION OF SPACES

The WeDesign Un-House Year 2 - Fall 2022 (Architectural Design 1)

The “Un-House” is the advanced elaboration of the typical house for the typical family. It’s much bigger in size (108’ x 108’) and is much more exposed to the natural elements. It generally serves a purpose beyond being somewhere to eat and sleep, so it can’t just be called a house or even a residential building. The concept of the “house” is broken apart and expanded upon, thus giving it the title of the “UnHouse.”

The WeDesign Un-House is the house of remote workers. Based on a rented space from the company WeWork, this proposed building would be available for workers to rent as a place to not only present and share ideas, but also to casually hang out and sleep through the night.

PRECEDENT 1: Maison Des Gardes Agricoles

Architect: Claude Nicolas Ledoux

PRECEDENT STUDY (1/2)

Design Date: 1784

(Proposed) Location: France

SouthWest Standard / Exploded Axonometric

PRECEDENT 1: Maison Des Gardes Agricoles

Claude Nicolas Ledoux

France

Maison Des Gardes Agricoles

Architect: Claude Nicolas Ledoux

Design Date: 1784 (Proposed) Location: France

0 2 4 5 10 troises Basement N Main Floor Attic troise = 6.5ft 1 3 10 troises N troise 6.5ft 0 1 2 4 5 10 troises N troise = 6.5ft South Section 1 2 3 10 troises troise 6.5ft
Attic Structure Main Floor Structure Basement Structure
Plans & Section Key Diagrams TYPE (Central) TYPE: Courtyard/Corners GRID PROPORTIONS B B A A A A B B B B
1 2 3 4 5 10 troises Basement N Main Floor troise = 6.5ft Up Up 0 1 2 3 5 10 troises N 1 troise 6.5ft 0 1 2 South Section 1 2 3 4 5 10 troises troise = 6.5ft
Exploded
Attic Structure Main Floor Structure Basement Structure
Standard /
Axonometric
Location:
Plans & Section Key Diagrams TYPE (Central) TYPE: Courtyard/Corners GRID B B A A A A B B B B 0 1 2 3 4 5 10 troises N troise 6.5ft Up 0 1 2 3 4 5 troise = 6.5ft South Section 0 1 2 3 4 5 troise 6.5ft SouthWest Standard / Exploded Axonometric Attic Structure Main Floor Structure Basement Structure
TYPE (Central) TYPE: Courtyard/Corners 0 1 2 3 4 5 10 troises Basement N Main Floor Attic 1 troise = 6.5ft Up Up Up Up 0 1 2 3 4 5 10 troises N 1 troise = 6.5ft 0 1 2 3 4 5 10 troises N troise = 6.5ft South Section 0 1 2 3 4 5 10 troises 1 troise = 6.5ft Attic Structure Main Floor Structure Basement Structure Plans & Section
TYPE (Central) TYPE: Courtyard/Corners GRID PROPORTIONS B B A A A A B B B B 0 1 2 3 4 5 10 troises N 1 troise = 6.5ft Up Up 0 1 2 3 4 5 10 troises N troise = 6.5ft South Section 0 1 2 3 4 5 10 troises troise = 6.5ft Attic Structure Main Floor Structure Basement Structure
TYPE (Central) TYPE: Courtyard/Corners
DRAFTS 0 1 2 3 4 5 10 troises N troise = 6.5ft Up Up Up Up 0 1 2 3 4 5 10 troises N 1 troise = 6.5ft 0 1 2 3 4 5 troise = 6.5ft South Section 0 1 2 3 4 5 10 troises troise = 6.5ft Attic Structure Main Floor Structure Basement Structure
Date: 1784 (Proposed)
Key Diagrams
Key Diagrams
Key Diagrams
KEY DIAGRAMS
TYPE (Central) TYPE: Courtyard/Corners GRID B B A A A A B B B B EXPLODED AXONOMETRIC
Key Diagrams

PRECEDENT 2: The Goldenberg House

Architect: Louis Kahn

Design Date: 1959 (Proposed) Location: Pennsylvania, USA

N 73’ - 7” Northeast Section Floor Texture Furniture 68’2” 73’ - 7” Courtyard (Exposed Outdoors) TYPE (Central) TYPE (Asymmetrical) GRID PROPORTIONS A A A A CIRCULATION (Primary) CIRCULATION (Secondary) CIRCULATION (Tertiary) A B B B C B South Standard / Exploded Axonometric 73’ 7” Northeast Section Floor Texture Furniture Floor Plan & Section 73’ - 7” Courtyard (Exposed Outdoors) TYPE (Central) TYPE (Asymmetrical) GRID PROPORTIONS A A A A CIRCULATION (Primary) CIRCULATION (Secondary) CIRCULATION (Tertiary) A B B B C B KEY DIAGRAMS DRAFTS 73’ 7” Northeast Section Floor Texture Furniture Floor Plan Section 73’ - 7” Courtyard (Exposed Outdoors) TYPE (Central) TYPE (Asymmetrical) GRID PROPORTIONS A A A A CIRCULATION (Primary) CIRCULATION (Secondary) CIRCULATION (Tertiary) A B B B C B 73’ 7” Northeast Section Floor Texture Furniture Floor Plan Section 73’ - 7” Courtyard (Exposed Outdoors) TYPE (Central) TYPE (Asymmetrical) GRID PROPORTIONS A A A A CIRCULATION (Primary) CIRCULATION (Secondary) CIRCULATION (Tertiary) A B B B C B 73’7” Northeast Section Floor Texture Furniture Floor Plan 73’7” Courtyard (Exposed Outdoors) TYPE (Asymmetrical) GRID PROPORTIONS A A A A CIRCULATION (Primary) CIRCULATION (Secondary) CIRCULATION (Tertiary) A B B B C B PRECEDENT STUDY (2/2) N Walls Support Columns / Beams
Plan & Section
Standard
Exploded Axonometric 68’2” Skylights Sloped Roof 73’ 7” Northeast Section Floor Texture Furniture Floor Plan 73’ - 7” Courtyard (Exposed Outdoors) TYPE (Central) TYPE (Asymmetrical) GRID PROPORTIONS A A A A CIRCULATION (Primary) CIRCULATION (Secondary) CIRCULATION (Tertiary) A B B B C B EXPLODED AXONOMETRIC
South
/
The Goldenberg House Architect: Louis Khan Design Date: 1959 (Proposed) Location: Pennsylvania, USA

SITE

Final Sequence: Kahn Variation

3D MODELING

After manipulating the fully established grid using concepts from both precedents, the final matrix (or the official project concept) was converted into 3D.

Mirroring

The 3D matrix was then copied onto each corner of the 108’x108’ site and rotated 90 degrees each time. When they’re connected at the corners, not only is a central void esssentially defined, but so are the quadrants.

MAIN TYPOLOGIES

Corners

Central Rotation

Main Types:

Central

Corners

Scaling Original Grid Grid after Scaling Mirroring TYPE: TYPE: Corners TYPE: Rotational TYPE: Central FINAL MATRIX
Grid after Mirroring
3D Matrix in Site
Original
Grid
Scaling Original
Grid after Scaling
FINAL MATRIX
Matrix + Site NW Axonometric Original Grid COMBINED MATRIX IN
Grid after Mirroring
AND DETAILED VERSION
SEQUENCE GRID MANIPULATION
FINAL
SEQUENCE

West Section

West

South

Matrix in Site (Floor 2 Plan) Matrix in Site (Floor 3 Plan) Level 1 Plan Matrix in Site (South Section 2) Matrix in Site (West Section 1)
Section 2
Section 1
1 Level 2 Plan Level 3 Plan
PHYSICAL MODEL (1/8” = 1’)

I. STUDIO WORK

ADAPTABILITY OF CONCEPTS IN REAL LIFE

The Rewarding Waters

Year 1 - Spring 2022 (Design Fundamentals 2)

The Rewarding Waters is a bathhouse carved into the side of a cliff along the Hudson River (Palisades, NJ, USA). It’s a spa spot for travelers to unwind in various temperatures: hot, warm, and cold. These temperatures are regulated within the bathhouse based on the color of the space in which they’re contained. In other termsthe warmer the color of the space, the warmer the temperature, and vice versa.

You arrive at the entrance via ferry and ascend to each level of the bathhouse through flights of stairs. That way, as you climb up, you’re “rewarded” with a new section at each level to relax in and enjoy.

Plan
Rooftop

“Still Life with Accordian” by Le Corbusier (1920)

Rendered Painting (Rhino 7) DARK

Selected Painting

According to my personal analysis, the cold colors of the painting are located in the foreground, the warm colors are in the middle ground, and the hot colors are located in the back. In that case, the colors get warmer/colder as you move closer/farther away. This concept will be extremely useful soon.

1.) Gray Eye

2.) Gray Accordian

3.) Gray Lost Handle

4.) Black Cap

5.) Black Neck

6.) Black Half Bottle

11.) Lavender Lid

7.) Red Holder

12.) Lavender Broken Body

8.) Yellow Support

13.) Completed Painting

9.) Yellow Half Bottle

14.) Original Painting

10.) Lavender Neck

AXONOMETRIC LAYOUT

Background 1 2 3 6 5 4 7 9 8 12 10 11 14 13 Foreground Middle ground Background Lavender Yellow Red
Red Yellow Black Gray
Gray Black Red Yellow Lavender Foreground Middle ground
Gray Black Lavender
Complete Painting
LIGHT
COLORS
COLORS
IDENTIFYING LAYERS

The colors of the space will get colder/darker as you progress through the entire building. AS THIS HAPPENS:

- The temperature of the spaces will drop.

- The water program of the spaces will be more accomodating to colder temperatures (Hot baths in the Hot Space, Cold Plunges in the Cold Space, etc.)

-The spaces will be on higher elevations, thus playing into the “rewarding” factor of continuously climbing stairs to get to the next level.

-Exposure to the outside increases, therefore the view outside increases. This also plays into the “rewarding” concept by essentially making you work for your view.

Early Model Iterations

Southwest View Southeast View Southwest View Southeast View Diagram (Cozy Holder) Design Fundamentals 2 Spring 2022 Southwest View Southeast View Diagram (Steam Room) Design Fundamentals 2 Spring 2022 Southwest View Southeast View Diagram 3 (Steam Room) Design Fundamentals Spring 2022 Southwest View Southeast View Diagram 1 (Cozy Holder) Design Fundamentals 2 Spring 2022 Southwest View Southeast View
TEMPERATURES Cozy Holder Sect. 01 Sect. 02 Sect. 01 Sect. 02 Frozen Observatory Sect. 01 Sect. 02 Sect. 01 Sect. 02 Steam Room Sect. 01 Sect. 02 Sect. 01 Sect. 02
Pool Warm
THE CONCEPT MERGING
Cold Sapce: “Frozen Observatory” PROGRAM: Cold Plunge Ice Chambers Warm Space: “Cozy Holder” PROGRAM: Swimming
Bath Hot Space: “Steam Room” PROGRAM: Hot Bath

Vessel Scale (Smallest to Biggest)

Vessel

Rooftop Plan N
order) Exit Check-in Entrance Pathway Locker Room/Restroom Steam Room Cozy Holder Frozen Observatory Above Ground Below Ground 1.) 2.) 3.) 4.) 5.) 6.) 7.) a.) b.) c.) d.) e.) CIRCULATION DIAGRAM LVL 1 PLAN LVL 2 PLAN LVL 3 PLAN LVL 4 PLAN
Passage (in

II. VISUAL ARTS

LUXURIOUSLY CARVED -- Grand Hotel Concept

THE PITCHFORK -- Mixed Use Skyscraper Concept

ROCKER BRIDGE -- Small Pedestrian

Bridge Overlooking Railroad Concept

THE CLOCK BUILDING
Residential 10-Story Complex
DONUT TOWER --
AROUND
--
Concept THE
Mixed Use 7-Story Building Concept

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