Nicholas Gesualdo Architectural Engineering Portfolio by Nicholas Gesualdo

P O R T F O L I O Nicholas Gesualdo ncgesual@uwaterloo.ca 416-371-4410 ARCHITECTURAL ENGINEERING SELECTED WORKS 2018 - 2022 PERSONAL INTERESTS ARCHITECTURE & ENGINEERING TECHNICAL SKILLS INTERIOR & EXTERIOR DESIGN & RENOVATIONS STRUCTURAL DESIGN bit.ly/NicholasGesualdoResume

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PROJECT DESIGN COORDINATOR

Graziani + Corazza Architects Inc. | CO-OP

SEPT - DEC 2022 | Vaughan, Ontario

ACADEMIC CLASS REPRESENTATIVE

University of Waterloo | Architectural Engineering

MAY - AUG 2022 | Waterloo, Ontario

ARCHITECTURAL TECHNOLOGIST / DESIGNER

Model Living | CO-OP

JAN - APR 2022 | Toronto, Ontario

GOLF COURSE PROSHOP WORKER AND MARSHAL

Bloomington Downs Golf Club 2019 - 2022 | Aurora, Ontario

STUDENT COUNCIL PRESIDENT

Cardinal Carter Catholic High School

SEPT 2020 - JUN 2021 | Aurora, Ontario

STUDENT COUNCIL GRADE 11 PUBLIC RELATIONS

STUDENT COUNCIL GRADE 1O REPRESENTATIVE ATHLETIC COUNCIL GRADE 9 REPRESENTATIVE

Cardinal Carter Catholic High School JUN 2017 - 2021 | Aurora, Ontario

SOCCER REFEREE

King United Soccer Club

SUMMER 2018 | King City, Ontario

LAWN MOWER AND BUISNESS MANAGER

The Green Ninja | Personal Start Up Company

SUMMER 2017 - 2018 | King City, Ontario

CONTACT 416-371-4410 ncgesual@uwaterloo.ca 176HollingsworthDrive KingCity,Ontario L7B1G8 Canada bit.ly/NicholasGesualdoLinkedin AutoCAD Revit SketchUp PhotoshopInDesign Lightroom Canva Google Workspace Word Teams Powerpoint iMovie Final Cut Pro Slack Rhino Enscape Acrobat Premiere Pro ABOUT ME. NICHOLAS GESUALDO ARCHITECTURAL ENGINEERING STUDENT HONOURS EXPEREINCE SOFTWARE SKILLS VALEDICTORIAN AWARD CARDINAL CARTER CATHOLIC HIGH SCHOOL JUNE 2021 | Well Rounded Individual YORK CATHOLIC DISTRICT SCHOOL BOARD 2021 TOP SCHOLAR JUNE 2021 | Academically Inclined GRADUATE HIGHEST OVERALL ACADEMIC ACHIEVEMENT AWARD CARDINAL CARTER CATHOLIC HIGH SCHOOL JUNE 2021 | Academically Inclined GRADE 11 & 12 INTERIOR DESIGN ACADEMIC SUBJECT AWARD CARDINAL CARTER CATHOLIC HIGH SCHOOL JUNE 2020 & 21 | Skilled in Living Space Design GRADE 11 & 12 PHYSICS ACADEMIC SUBJECT AWARD CARDINAL CARTER CATHOLIC HIGH SCHOOL JUNE 2020 & 21 | Knowledgeable in Physics SKILLS ONTARIO JOB INTERVIEW COMPETITION GOLD RECIPIENT MAY 2019 | Openminded SKILLS CANADA JOB SEARCH COMPETITION HALIFAX PARTICIPANT MAY 2019 | Interested in Taking on Opportunities

REBELLION HOCKEY TEAM MOST SPORTSMANLIKE AWARD

2018 | Respectful & Excellent Team Player

10 VISUAL ARTS ACADEMIC SUBJECT AWARD

CARTER CATHOLIC HIGH SCHOOL

KING

April

GRADE

CARDINAL

| Creative & Innovative

JUNE 2019

My name is Nicholas Gesualdo and I am a second year Architectural Engineering student passion for architectural design. Throughout high school, my skills and interest in mathematics design, plan, construct, problem solve and continuously learn to build sustainable structures my Architectural Engineering Program, internships and personal work.

ARCHITECTURAL DESIGN & ENGINEERING GRAPHIC DESIGN PRODUCTIVITY FILM PRODUCTION AND PHOTOGRAPHY

student at the University of Waterloo working towards obtaining a Bachelor of Applied Science. From a very young age, I always had a mathematics and science developed and I was motivated to study engineering. Networking and following my passion motivates me to structures for the future. This portfolio showcases my selected works from my Grade 11 and 12 highschool classes, 1st and 2nd term in

HOBBIES

EDUCATION

UNIVERSITY OF WATERLOO Architectural Engineering | Bachelor of Applied Science 2021 - present | Waterloo, Ontario

CARDINAL CARTER CATHOLIC HIGH SCHOOL Ontario Secondary School Diploma 2017 - 2021 | Aurora, Ontario

TECHNICAL SKILLS SOFT SKILLS

FREEHAND SKETCHING 3D MODELING & DIGITAL RENDERING CREATING CONSTRUCTION DOCUMENTS EXPERIENCE SUSTAINABLE DESIGN PRACTICES BUILDING CODES PROJECT MANAGEMENT WEB DESIGN ANALYTICAL PROBLEM SOLVER DYNAMIC TEAM PLAYER INNOVATIVE SELF DISCIPLINED ORGANIZED DETAIL ORIENTED FAST LEARNER

2022 2017 2018 2019

Interior Design, using Design Software and Sketching Excercise and Weight Training to maintain a healthy lifestyle Film Production and Photography Playing Sports to stay active and socialize

6 CONTENTS NICHOLAS GESUALDO’S PORTFOLIO CONTENTS. 1.2 TRI - FI 1.3 THE GOLDEN NIGHT 1.4 THE BASEMENT MANCAVE ACADEMIC WORK 01 20 - 27 28 - 35 19 JUNE 2022 DECEMBER 2021 NOVEMBER 2020 1.1 WATERLOO WEST SOCCER FIELD PAVILLION 10 - 18 AUGUST 2022 1.5 SWINGLINE STAPLER DRAWINGS 36 - 39 SEPTEMBER 2021

7 2018 - 2022 MODEL LIVING 56 - 57 SKILLS 03 3.1 HANDSKETCHING 3.2 DIGITAL MODELING & 3-D RENDERING 4.1 VISUAL ART 4.2 PHOTOGRAPHY 04 INTERESTS 64 - 71 72 - 79 82 - 85 SEPTEMBER - DECEMBER 2021 2019 - 2020 2018 - 2019 2019 - 2020 86 - 95 -----L_ RECESSED ENTRY AREA """CJ 0 """CJ -----� r�----------z: rn e 19-- ___ 1:50 GRAZIANI + CORAZZA ARCHITECTS GRAZIANI + CORAZZA ARCHITECTS INC. 42 - 49 JANUARY - APRIL 2022 2.1 High Rise Section, Elevation, Technical drawing and 3D - Model 2.2 Underground Parking, Ramps and Roundabout Design 2.3 Site Plan Building Layout and Statistics 2.4 Bathroom Renovation 2.5 Kitchen Renovation 50 - 51 52 - 53 58 - 61

ACADEMIC WORK

1.1 WATERLOO WEST SOCCER FIELD PAVILLION

PROJECT OVERVIEW:

The Waterloo West Soccer Field Pavillion is my first year second term Architectural Engineering Studio Final Project. The focal point of this project was to design a pavillion with a purpose anywhere in Waterloo Park in Ontario, Canada. As a group of 4 we took a walk through the park and selected a property in need of an entertainment, shelter and recreational area for two existing small soccer fields. The pavillion is designed to operate and be in use in the spring, summer and fall seasons.

01 CONSTRAINTS & SOLUTIONS

LOUNGE: This beautiful location lacks shade and seating for players and spectators. Due to the lack of shade and shelter on the property, there is no location for players and spectators to lounge before, between and after games or during full day soccer tournaments.

SHELTER: The location lacks shelter from rain or other weather conditions.

ENTERTAINMENT / SAFTEY: When tournaments are hosted, there is no location to keep teams not playing out of the sun which is unsafe, especially for young children. There is also currently no place for spectators to watch the soccer games as existing bleachers are rotted, not stable and not welcoming.

SOLUTION: Therefore, the West Soccer Fields are in need of a soccer themed pavilion for spectators and players not playing to view the field, lounge, stay protected and entertained. The property is very close to parking and accessible by park trails, and the pavilion will feature a viewing area, lounge platform, shade, shelter and most importantly make the space more alive. When soccer games are not played the pavilion has a multi-purpose design and can be used to perform concerts and plays as the pavilion has a stage like design. Once the project is complete, Waterloo Park will have a beautiful and vibrant soccer field, place for entertainment and shelter with the addition of the new pavilion.

10 TOOLS: ACADEMIC WORK WATERLOO WEST SOCCER FIELD PAVILLION

1 2 3

11 AUGUST 2022 02 PRECEDENTS

03 CONCEPT SKETCHES & PAPER MODELS PRELIMINARY SKETCHES CONCEPT MODELS:

Our proposed pavilion will be located behind the two small soccer fields’ nets. If the fields are converted into one larger soccer field, the pavilion will be located on the side, out of risk of acting as a target behind the net. The property is very close to parking and will be accessible by newly made park trails. The pavilion features a viewing area with abundant seating, shade and shelter. The pavilion has a multi-purpose design so that it can be used for concerts or plays when games are not being played. With the addition of our new pavilion, Waterloo Park will have a beautiful and lively soccer field and area for both entertainment and much needed shelter.

CUSTOMIZABLE SPACE

12 TOOLS: ACADEMIC WORK WATERLOO WEST SOCCER FIELD PAVILLION 04 SITE PLAN

UNIVERSITY AVE

WESTMOUNTRD SEAGRAMDR ALBERTST LEGEND WATER EXISTING PATHS NEW PATHS PROJECT NAME: CLIENT: PROJECT 3: PAVILION 30 1:3000 0 60 150 300 m DRAWN LAUREN NICHOLAS HANNA CAMERON SHEETNUMBER: A00 FIELD SITE SCALE: UNITS:m 1:500

FATHER DAVID BAUER DR Large Soccer Field Orientation Two Small Soccer Field Orientation

Using hexagonal shapes inspired by the soccer ball, and an open-concept cantilever shelter, a new design direction was established. Having a large open side created by the cantilever effectively creates an unobstructed view for those watching the soccer games. Using structural ribs to support the hexagonal roof/covering is practical while still providing the desired geometric aesthetic. Replacing some of the wooden hexagons with glass allows filtered natural light to penetrate the seating area while also providing a view of the surroundings in all directions, including the sky and dense trees behind.

13 AUGUST 2022 HEXAGONAL PRESSURE TREATED CEDAR PANELS 500 mm RADIUS INSCRIBED IN CIRCLE 50 mm DEPTH HEXAGONAL PRESSURE TREATED POLYCARBONATE PANELS 500 mm RADIUS INSCRIBED IN CIRCLE 50 mm DEPTH CONCRETE STEPS (REFER TO FLOOR PLAN) 2500 14145 2309 2309 8812 500 200 499 1 A104 1 A103 CEDAR PANELS ON EXTERIOR ROW OF CONCRETE BASE (REFER TO FLOOR PLAN) GLULAM HEXAGONS (REFER TO FLOOR PLAN) 500 1:50 0 10002500 5000 mm 05 ARCHITECTURAL VIEW 06 PLANS ROOF PLAN FLOOR PLAN 50 200 500 1100 200 500 2165 14434 2165 HEXAGONAL PRESSURE TREATED CEDAR DECKING PANELS 246 mm RADIUS CIRCUMSCRIBED ABOUT CIRCLE 50 mm DEPTH OFFSET 8 mm FROM EACH OTHER HEXAGONAL CONCRETE STEPS 250 mm RADIUS CIRCUMSCRIBED ABOUT CIRCLE 200 mm DEPTH PER LAYER HEXAGONAL PRESSURE TREATED CEDAR PANELS ON EXTERIOR ROW OF CONCRETE BASE 246 mm RADIUS CIRCUMSCRIBED ABOUT CIRCLE 50 mm DEPTH GLULAM ARCHES (REFER TO STRUCTURAL ROOF PLAN) HEXAGONAL FACADE OF CEDAR PANELS (REFER TO PLAN) 6000 500 500 500 500 500 GLULAM HEXAGONS 500 mm RADIUS INSCRIBED IN CIRCLE 64x250 mm MEMBERS GLULAM HEXAGONS 500 mm RADIUS INSCRIBED IN CIRCLE 64x150 mm MEMBERS CLIENT: UNITS: PROJECT 3: PAVILION JULY 19, 2022 LAUREN FUDGE NICHOLAS GESUALDO HANNA WALJI CAMERON WEBER mm 1:50 A101 FLOOR PLAN 500 1:50 0 10002500 5000 mm 07 STRUCTURAL PLANS 1 S103 1500 2150 1500 5150 15300 700 700 1000 700 1475 1500 1500 700 700 38x286mm JOISTS @ 406mm O.C CONCRETE PIER CONCRETE FOOTING 76x286mm WOOD BEAM ARCH BASE CONNECTIONS CONCRETE BEARING LEDGE SHEET NUMBER: DRAWN BY: PROJECT 3: PAVILION JULY 19, 2022 LAUREN FUDGE NICHOLAS GESUALDO HANNA WALJI CAMERON WEBER STRUCTURAL FLOOR PLAN 1:50 1 S103 8400 7650 9350 8600 1300 750 1300 750 1300 750 1300 750 1300 750 1300 750 1300 14434 GLULAM ARCHES 200x1050 mm AT BASE 200X450 mm AT END HEXAGONAL ROOF PANELS (REFER TO ARCHITECTURAL DRAWINGS) PROJECT UNITS: ADDITIONAL PROJECT JULY LAUREN NICHOLAS HANNA CAMERON S102 STRUCTURAL ROOF STRUCTURAL FLOOR PLAN STRUCTURAL ROOF PLAN

CLIENT: PROJECT NAME: PROJECT 3: PAVILION LAUREN FUDGE NICHOLAS GESUALDO HANNA WALJI CAMERON WEBER SHEET NUMBER: A100 ARCHITECTURAL VIEW JULY 19, 2022 SCALE: N/A

14 TOOLS: ACADEMIC WORK WATERLOO WEST SOCCER FIELD PAVILLION 08 ELEVATIONS EAST ELEVATION NORTH ELEVATION 09 DIAGRAMS DEAD LOAD STRUCTURAL ANALYSIS 6343 1200 750 1000 2500 500 1250 2500 GLULAM ARCHES (REFER TO STRUCTURAL ROOF PLAN) GLULAM HEXAGONS (REFER TO FLOOR PLAN) 1 A103 1 A101 HEXAGONAL CEDAR FACADE (REFER TO PLAN) CEDAR DECKING PANELS (REFER TO FLOOR PLAN) CEDAR PANELS ON EXTERIOR ROW OF CONCRETE (REFER TO FLOOR PLAN) CONCRETE STEPS AND FOUNDATION (REFER TO FLOOR PLAN) 1 A102 PROJECT NAME: SHEET NUMBER: SCALE: UNITS: DRAWN BY: DATE: ADDITIONAL NOTES: PROJECT 3: PAVILION JULY 19, 2022 LAUREN FUDGE NICHOLAS GESUALDO HANNA WALJI CAMERON WEBER mm 1:25 A104 NORTH ELEVATION 250 1:25 0 5001000 2000 mm 1200 5145 500 500 200 CEDAR WOOD PANELS (REFER TO PLAN) POLYCARBONATE PANELS (REFER TO PLAN) CONCRETE STEPS AND BASE (REFER TO FLOOR PLAN) 14433 433 433 433 433 433 433 433 433 433 433 1 A104 1 A102 1 A101 GLULAM HEXAGONS (REFER TO FLOOR PLAN) SHEET NUMBER: DRAWN BY: DATE: ADDITIONAL NOTES: PROJECT 3: PAVILION JULY 19, 2022 LAUREN FUDGE NICHOLAS GESUALDO HANNA WALJI CAMERON WEBER mm 1:50 A103 EAST ELEVATION 500 1:50 0 10002500 5000 mm Six levels of concrete hexagonal bases form steps and elevated seating at the base of the pavilion. The wooden exterior facade features alternating polycarbonate panels to allow light through while still remaining durable. WIND LOAD STRUCTURE ANALYSIS LATERAL LOAD STRUCTURE ANALYSIS

15 AUGUST 2022 10 SECTION 11 DETAIL DRAWINGS 6350 1200 500 1200 350 200 200 50 COMPACT GRANULAR 1 S104 1 S101 1 S102 3 S103 CONCRETE PIER (CAST IN PLACE) CONCRETE FOOTING (CAST IN PLACE) 64 6 119 64x250 mm GLULAM 250 50 TIMBER RIVET FASTENERS CLIENT: SHEET NUMBER: SCALE: UNITS: DATE: ADDITIONAL NOTES: PROJECT 3: PAVILION July 19, 2022 LAUREN FUDGE NICHOLAS GESUALDO HANNA WALJI CAMERON WEBER mm S103 SECTION AND 1 SECTION SCALE 1:50 N/A 2 3 HEXAGON DETAIL SCALE 1:2 6350 1200 500 1200 350 200 200 50 COMPACT GRANULAR 1 S104 1 S101 1 S102 3 S103 CONCRETE PIER (CAST IN PLACE) CONCRETE FOOTING (CAST IN PLACE) 38 EMBEDDED STEEL T-SECTION TIMBER RIVET FASTENERS 64x250 mm GLULAM 250 200 6 50 EXTERIOR CEDAR HEXAGON PANELS TIMBER RIVET FASTENERS SHEET NUMBER: ADDITIONAL NOTES: S103 1 SECTION SCALE 1:50 2 HEXAGON DETAIL SCALE 1:2 3 HEXAGON DETAIL SCALE 1:2 200 200 COMPACT GRANULAR CONCRETE PIER (CAST IN PLACE) 64 6 38 119 EMBEDDED STEEL T-SECTION TIMBER RIVET FASTENERS 64x250 mm GLULAM 250 200 6 50 EXTERIOR CEDAR HEXAGON PANELS TIMBER RIVET FASTENERS PROJECT NAME: CLIENT: SHEET NUMBER: SCALE: UNITS: DATE: ADDITIONAL NOTES: PROJECT 3: PAVILION July 19, 2022 LAUREN FUDGE NICHOLAS GESUALDO HANNA WALJI CAMERON WEBER mm S103 SECTION AND DETAILS N/A 2 HEXAGON DETAIL SCALE 1:2 3 HEXAGON DETAIL SCALE 1:2 3 S104 1 S103 350 2050 300 550 1816 EMBEDDED ANCHOR PLATE ANCHOR RODS 4 S104 KNIFE PLATE 19mm BOLTS 281 300 19 19 243 548 NOTE: GLULAM ARCH REMOVED FOR CLARITY 19mm GALV STEEL CW 19mm BOLTS 19mm GALV KNIFE PLATE GUSSET PLATE & TIMBER RIVETS NOTE: GLULAM ARCH REMOVED FOR CLARITY L-BOLT ANCHOR GUSSET PLATE & TIMBER RIVETS CEDAR WOOD DECKING 19mm GALV STEEL CW 19mm BOLTS & WASHERS RIM JOIST 286 50 SCALE: UNITS: DRAWN BY: PROJECT 3: PAVILION JULY 19, 2022 LAUREN FUDGE NICHOLAS GESUALDO HANNA WALJI CAMERON WEBER mm S104 FOUNDATION DETAILS 2 ARCH CONNECTION SCALE 1:20 1 ARCH CONNECTION SCALE 1:20 3 ARCH CONNECTION SCALE 1:10 4 ARCH CONNECTION SCALE 1:10 N/A 3 S104 1 S103 350 2050 300 550 1816 EMBEDDED ANCHOR PLATE ANCHOR RODS 4 S104 KNIFE PLATE 19mm BOLTS 281 300 19 19 243 548 NOTE: GLULAM ARCH REMOVED FOR CLARITY 19mm GALV STEEL CW 19mm BOLTS 19mm GALV KNIFE PLATE GUSSET PLATE & TIMBER RIVETS NOTE: GLULAM ARCH REMOVED FOR CLARITY L-BOLT ANCHOR GUSSET PLATE & TIMBER RIVETS CEDAR WOOD DECKING 19mm GALV STEEL CW 19mm BOLTS & WASHERS RIM JOIST 286 50 SCALE: UNITS: DRAWN BY: PROJECT 3: PAVILION JULY 19, 2022 LAUREN FUDGE NICHOLAS GESUALDO HANNA WALJI CAMERON WEBER mm S104 FOUNDATION DETAILS 2 ARCH CONNECTION SCALE 1:20 1 ARCH CONNECTION SCALE 1:20 3 ARCH CONNECTION SCALE 1:10 4 ARCH CONNECTION SCALE 1:10 N/A 3 S104 1 S103 2050 300 550 1816 EMBEDDED ANCHOR PLATE ANCHOR RODS 4 S104 KNIFE PLATE 19mm BOLTS 281 300 19mm GALV KNIFE PLATE GUSSET PLATE & TIMBER RIVETS NOTE: GLULAM ARCH REMOVED FOR CLARITY L-BOLT ANCHOR GUSSET PLATE & TIMBER RIVETS CEDAR WOOD DECKING 19mm GALV STEEL CW 19mm BOLTS & WASHERS RIM JOIST 286 50 PROJECT NAME: DATE: ADDITIONAL NOTES: PROJECT 3: PAVILION JULY 19, 2022 3 ARCH CONNECTION SCALE 1:10 3 S104 1 S103 350 2050 300 550 1816 EMBEDDED ANCHOR PLATE ANCHOR RODS 4 S104 KNIFE PLATE 19mm BOLTS 281 300 19 19 243 548 NOTE: GLULAM ARCH REMOVED FOR CLARITY 19mm GALV STEEL CW 19mm BOLTS 19mm GALV KNIFE PLATE GUSSET PLATE & TIMBER RIVETS NOTE: GLULAM ARCH REMOVED FOR CLARITY L-BOLT ANCHOR GUSSET PLATE & TIMBER RIVETS CEDAR WOOD DECKING 19mm GALV STEEL CW 19mm BOLTS & WASHERS RIM JOIST 286 50 PROJECT NAME: CLIENT: SHEET NUMBER: DRAWN BY: DATE: PROJECT 3: PAVILION JULY 19, 2022 LAUREN FUDGE NICHOLAS GESUALDO HANNA WALJI CAMERON WEBER mm S104 FOUNDATION DETAILS 2 ARCH CONNECTION SCALE 1:20 1 ARCH CONNECTION SCALE 1:20 3 ARCH CONNECTION SCALE 1:10 4 ARCH CONNECTION SCALE 1:10 N/A A heavy reinforced concrete foundation is required to resist the force

the large cantilevered arches

our

The

created by

design.

arches and supporting hexagons of our pavilion are made out of glulam timber because it is generally strong, can span long distances for the arches, and can be customized into the unique shapes needed.

16 TOOLS: ACADEMIC WORK WATERLOO WEST SOCCER FIELD PAVILLION 12 RENDERS

ARCHES SEATING AND STEPS

17 AUGUST 2022 13 MATERIAL BREAKDOWN Glulam Wood Wood and Polycarbonate Panels Custom Hexagon Steel frame Pressure Treated Hexagon Cedar Panels The pavillion is oriented in which the roof is designed to provide shade to the spectators at noon and into the evening and protection from the sun to create a cozy environment during peak game and entertainment times. 14 CABIN ORIENTATION SUN ANALYSIS 8:00 AM 12:00 PM 2:00 PM 4:00 PM Concrete BASE / STEPS ARCHES HEXAGONAL ROOF FRAMING FOR PANELS SEATING AREA / UPPER LOUNGE

18 ACADEMIC WORK WATERLOO WEST SOCCER FIELD PAVILLION 15 SCALE MODEL JUNE 2022

1.2 TRI-FI

PROJECT OVERVIEW:

The Tri-Fi is a cell tower inspired structure which contains multiple different load paths and connections to hold a 65 g chrome steel ball approximately 500 mm above the designated surface. The structure combines the compression from majority of the wooden members and the tension from the string and the remaining wooden members to withstand a load without causing buckling. The Tri-Fi utilizes the stability and strength of triangles as well; when the load is applied to the meeting point of two members in the triangle, it is distributed along the sides of the triangle causing two members to be in compression and one to be in tension. As seen in Figure 1 and 2, the load path is displayed and the members acting in compression (blue arrows) or in tension (red arrows) are labelled. The Tri-Fi members are joined together with fixed connections to limit moments and bending. The Tri-Fi has two main sections, the top for distributing the load from the mesh platform to the center and the bottom for distributing the load from the center fixed connection to the base.

01 MATERIALS

Wood Sticks: 3660 mm (6 Sticks)

Thread: 2000 mm

Glue Gun

02 CONCEPT SKETCHES

PLATFORM BASE OVERALL STRUCTURE

03 LOAD PATH DIAGRAMS

Figure 1: Load Path of Mesh Platform

For the top section, when the load is placed on the mesh platform, the structure transfers the load from the mesh platform in which the strings are in tension

Figure 2: Load Path of Structure

Three main structural members start at the sides of the mesh platform and meet at the central point. For the bottom section of the structure, the same three main structural members act in compression while the supporting inner members act as bracing. The inner bracing is designed to prevent the main structural members from sliding away from the center and keeps the structure from collapsing.

Members in Tension Members in Compression

19 JUNE 2022

ACADEMIC WORK TRI - FI

1.3 THE GOLDEN NIGHT

PROJECT OVERVIEW:

The Golden Night is my first year Architectural Engineering Studio

Final Project. The focal point of this project was to design a stand-alone cabin that allowed a busy student to escape their homes or traditional dormitories to increase productivity and induce relaxation. Collaboratively, we designed this spring, summer and fall functional generator powered cabin to be located in the backyard home of a residence in Markham, Ontario.

01 CONSTRAINTS & SOLUTIONS

COMFORT: The Covid-19 pandemic forced families and student to work from home resulting in overcrowded and improper work spaces

SOLUTION: Loft desk features creates an isolated workspace for individuals to escape to increase productivity

WELLNESS: The Covid-19 pandemic challenged individual’s work/life balance due to interconnecting environments within living in isolation

SOLUTION: The Cabin space features an entertainment space bar design, loft workspace to increase productivity and resting area on the main floor to induce relaxation

PRODUCTIVITY: The Covid-19 Pandemic challenged individuals concentration due to the fact of working at home in an environment typically dedicated to relaxation

SOLUTION: This Cabin located very close to one’s home in the backyard of a residence contains a loft workspace focusing on living a balanced lifestyle.

02 PRECEDENTS

20 ACADEMIC WORK THE GOLDEN NIGHT TOOLS:

1 2 3

CONCEPT MODELS

21 DECEMBER 2021 03

CONCEPT SKETCHES & PAPER MODELS

The site includes a tree line on the north end and the house lies on the south part, and there is a pool and cabana to the east. The cabin sits in the open grass area in the northwest part of the backyard. The cabin faces the south and has windows on the south facade to increase the amount of natural lighting.

05 CABIN ORIENTATION

SUN ANALYSIS

A sun study was conducted in order to orientate the windows and bar. From the morning to the afternoon the sunlight shifts from front facing light on south elevation to creating more shade over the deck and bar into the afternoon for a cooler evening space to relax.

22 ACADEMIC WORK THE GOLDEN NIGHT 04 SITE PLAN

The cabin space is divided between productivity with a desk on the loft, comfort on the bottom floor with a custom pull out couch and an entertaining bar.

07 FLOOR PLANS

LOFT FLOOR PLAN MAIN FLOOR PLAN

The cabin sits on the top right corner of the deck. On the main floor, there is a pull out couch, TV and high counter with storage to serve the bar.

On the loft, there is a wall mounted desk and chair with a railing behind that follows safety regulations, and the south window in front allows for direct sunlight into the loft from the south.

23 DECEMBER 2021 06 AXONOMETRIC

SOUTH ELEVATION

The front of the cabin is south facing. A grey sheet of metal cladding for the entire exterior, black and bronze/ gold framing was chosen for the windows, and a black door with a long handle to go with the industrial theme was chosen.

NORTH ELEVATION

24 ACADEMIC WORK THE GOLDEN NIGHT 08 ELEVATIONS

WEST ELEVATION

EAST ELEVATION

For the east elevation, a clear view of the bar and the window that spans the entire east side can be seen to allow for indirect lighting to the loft.

25 DECEMBER 2021

FOUNDATION AND BEAM PLATE DETAILS

WINDOW DETAILS

EAST SECTION

26 ACADEMIC WORK THE GOLDEN NIGHT 09 DETAIL DRAWINGS

FLOOR TO WALL DETAIL WALL TO ROOF DETAIL

SOUTH SECTION

27 DECEMBER 2021

1.4 THE BASEMENT MANCAVE

PROJECT OVERVIEW:

My Grade 12 Interior Design Class final project was to work with a client to convert an unfinished basement into their dream industrial and modern man cave.

01 EXISTING SITE IMAGES

The basement was to include a recreation room for his older children to watch sports games and a lounge with a pool table and poker table to create an entertainment area for guests.

The design process began from scratch. The client provided a rough floor plan sketch of the space. I requested many images and videos of the space to estimate and identify design, existing infrastructure and construction concerns.

28 ACADEMIC WORK THE BASEMENT MANCAVE TOOLS:

29 NOVEMBER 2020

The site images and rough floor plan sketch the client provided allowed to create a floor plan to scale the space using AutoCAD. This floor plan incorporates existing infrastructure to build around.

This floor plan was critical in furniture selection and creating a 3-D model of the space.

30 ACADEMIC WORK THE BASEMENT MANCAVE 02 FLOOR

PLANS

Once the floor plan of the space was completed, the design process began with gathering colour swatches and precedents that best interest the client. These recreation room design boards display my interior design ability as I navigated through design styles, themes and colours that best interest the client.

Through multiple design meetings with the client and providing many options to select, I decided to create a 3D Model of the space using Google Sketch-up to bring the space to reality and create a visual to help the client design their dream basement.

31 NOVEMBER 2020

03 PRECEDENTS

SPACE TO WATCH SPORTS & RELAX

SPIRIT MANCAVE EFFECT 32 ACADEMIC WORK THE BASEMENT MANCAVE 03 3D MODEL / DIGITAL RENDERING: HIGH TABLE & BAR STOOL EATING AREA WHILE WATCHING SPORTS GAMES AREA L-SHAPED COUCH BASEMENT FOCAL POINT CUSTOM BUILT-IN TV UNIT WITH WALL STORAGE BUILT-IN FIREPLACE DESIGN STYLE: - Traditional ~ Comfortable and cozy with earth tones and light colours - Industrial ~ Man cave look, exposed brick wall and exposed wood effect

FERRARI

33 NOVEMBER 2020

OPEN CONCEPT

UNDERNEATH STAIRS STORAGE FRAMED JERSEY TO HIDE ELECTRICAL BOX

BAR STOOL EATING AREA

TORONTO MAPLE LEAFS & TORONTO RAPTORS JERSEY FRAMES POKER & POOL TABLE ENTERTAINMENT AREA POKER AREA LOUNGE

04 PHYSICAL SCALE MODEL:

In order to bring the design presentation to another level to

I created a reduced to scale model of the space.

The client was impressed by the design I created for his dream basement man cave. He was blown away by the model I created and was fascinated to see his dream basement built to scale in the current unfinished basement.

34 ACADEMIC WORK THE BASEMENT MANCAVE

allow the client to visualise the space, COUCH: SPOUNGE, FABRIC & WOOD FRAME DECOR: CLAY & SMALL TOYS CUSTOM TV WALL UNIT: MDF WOOD & STAINED GREY BAR STOOLS & HIGH TABLE: MDF WOOD & DOWELS BRICK WALL: PRINTED BRICK WALL ON PAPER POOL TABLE: CUSTOM CUT MDF & FELT FABRIC TOP

35 NOVEMBER 2020

WALLS / BULKHEADS / BASE: MDF Wood HARDWOOD FLOORS: STAINED POPSICLE STICKS ON / OFF POT LIGHTS: CHRISTMAS LIGHTS JERSEY FRAMES: PAINTED POPSICLE STICKS, TRANSPARENT PLASTIC & PRINTED JERSEY IMAGES

1.5 SWINGLINE STAPLER ORTHOGRAPHIC DRAWINGS

In my first year of Architectural Engineering at the University of Waterloo, this was my first project in order to understand fundamental principles and skills in creating construction documents and drawing sets.

The task was to select an object no larger than 8.5” x 11” and draw the object at 1:1 ratio in plan, section, elevation and a view of our choice to determine how to draw a 3D object in 2D in a clear manner.

I selected this stapler because the round edges and exposed operating mechanisms challenged me to draw the object.

PROJECT OVERVIEW: 01 HAND DRAWN TECHNICAL DRAWINGS

36 ACADEMIC WORK SWINGLINE STAPLER DRAWINGS TOOLS:

37 SEPTEMBER 2021

LEARNING OBJECTIVES I ATTAINED IN THIS PROJECT:

Analyzed the object using plan, section and elevation drawings

Developed an understanding of metrical drawing scales

Developed an understanding of orthographic projections

Learned how to create title blocks, reference tags, drawing titles and annotations

Learned how to use line weights and different line types to draw an image in 2D

Learned how to number pages in a drawing set

Learned how to Annotate referenced section and elevation tags

To complete this project, I created the side view

38 ACADEMIC WORK SWINGLINE STAPLER DRAWINGS

25 6 30 BOLT HAMMER 10

02 AUTOCAD TECHNICAL DRAWING

39 SEPTEMBER 2021 53 57 31 9 30 42 46 CHROME COATED METAL STAPLES INSERT PUSHER 3 65 HANDLE BLACK COATED METAL 5 Ø AutoCAD Assignment 2 Swingline Stapler DATE: WEDNESDAY NOVEMBER 3, 2021 DRAWN BY: NICHOLAS GESUALDO

UNITS: mm DRAWING NUMBER: AE001 SCALE: 1:1

DRAWING

SIDE VIEW

view of the stapler on AutoCAD to create a clear and accurate drawing.

INTERNSHIPS

As a Project Design Coordinator at Graziani + Corazza Architects Inc., I worked on a design team to revise section and elevation drawings, design components of high-rise structures, make material decisions, create technical drawings to convey concepts and 3D model a high-rise structure. This is a large project, designed and constructed in 2 phases. The site contains 2 towers and a podium on the north and south elevation. I began working on this project in the design phase and revisions were very detailed and large scaled that resulted in taking on the project of redrawing the elevations. It was also my responsibility to build the 3D-model from scratch and develop my own technical concept drawings. In addition, I was also responsible for revising and improving the section drawings.

NOTE: The following work was completed by the design team I was a part of at Graziani + Corazza Architects Inc. This selected work highlights my abilities and the associated category for each type of drawing describes my contributions to the work presented.

Swapped tower heights and reconstructed elevation drawings

Updated floor to floor heights

Updated datums and significantly redrew elevation drawings

Analysed and improved building frame designs

Created elevation drawings to portray the balcony patterns and designs

42 INTERNSHIPS GRAZIANI & CORAZZA ARCHITECTS INC. TOOLS: ELEVATION, TECHNICAL 01

C) yellow line between the accommodated for. from the section, C) L.!") � C) C) SOFFIT CANOPY 1500 1500 1220 INTERIOR EXTERIOR -,-----L_ RECESSED ENTRY AREA """CJ 0 GROUND FL. """CJ ----��-------i------� r�----------z: rn e-e--ni-Q-eensw_a_y-g-•19-- ___ 1:50 GRAZIANI +

ARCHITECTS

ELEVATION DRAWINGS

CORAZZA

INTERNSHIP: Project Design Coordinator Graziani + Corazza Architects Sept-Dec 2022

Swapped tower heights and reconstructed elevation drawings

Updated datums Updated floor to floor heights

01.JUL.17.2020issued

02.JUL.23.2021re-issued

03.AUG.23.2021issued

04.NOV.10.2022re-issued

43 SEPTEMBER - DECEMBER 2022 02 SECTION DRAWINGS 148780 154780 WEST PROPERTY LINE EAST PROPERTY LINE 3rd 2nd 6th 9th 13th 15th 21st 23th 25th 27th 29th 37th UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS PARKING PARKING P3 MPH PHASE 1 PHASE 2 115480 6000 3rd 2nd 6th 13th 9th 15th 19th 21st 17th 23th 25th 27th 29th 31st 33rd P3 INDOOR INDOOR B. B. B. *FOR GRADES, REFER TO GRADING PLAN QUEENSWAY LIONS COURT 6000 mph 38th 40th 42nd 44th UNITS B. UNITS ESTABLISHED GRADE OUTDOOR Slope up DRIVEWAY DRIVEWAY DRIVEWAY THE QUEENSWAY Slope down DRIVEWAY DRIVEWAY DRIVEWAY Slope up 5% *FOR GRADES, REFER TO GRADING PLANS 5500 148780 6000 154780 3rd 2nd 6th 13th 9th 15th 21st 23th 25th 27th 29th 35th 37th mph B. UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS UNITS MPH UNITS UNITS SOUTH PROPERTY LINE 41080 3rd 2nd 5th 8th 10th 11th P3 P5 29320 (80% OF R.O.W.) 45°ANGULARPLANE 6000 NORTH PROPERTY LINE P3 P5 INDOOR UNITS DAYCARE 38th 40th 42nd 44th UNITS UNITS ESTABLISHED GRADE BUILDING 1:500 PROJECT ARCHITECT: ASSISTANT DESIGNER: CHECKED BY: DRAWN BY: PLOT DATE: 8400 JANE STREET, BUILDING D-SUITE 300 T.905.795.2601 JOB # TITLEBLOCK SIZE: x 900 F.905.795.2844 ON THIS DRAWING ARE GRAPHIC REPRESENTATIONS CONDITIONS FOR ELECTRONIC ELECTRONIC INFORMATION IS SUPPLIED TO ASSIST THEM IN THE EXECUTION OF THEIR MUST DETERMINE THE COMPLETENESS APPROPRIATENESS INFORMATION IN RESPECT TO THEIR PARTICULAR GRAZIANI+CORAZZA ARCHITECTS INC. SHALL 1.ERRORS, OMISSIONS, INCOMPLETENESS WHOLE OR PART WHEN INFORMATION 2.TRANSMISSION OF ANY VIRUS OR SYSTEM WHEN INFORMATION IS TRANSFERRED. 610 NOV.10.2022 PROPOSED MIX TRIBUTE COMMUNITIES QUEENSWAY TORONTO E. Corazza V. Zuberovski V. Fenn, D. Biase 1734.19

for rezoning

S.P.A.

for

BUILDING SECTION 1 WEST/EAST BUILDING SECTION 2 NORTH/SOUTH

for rezoning

MODEL

3D modelled high-rise building massing, balconies, terraces, frames and various details for design visualisation and sun/shade and wind

Created for design intent, for the wind consultant and for sun study purposes

Used model as a tool to: - problem solve certain components of the structure and drafted alternate options to provide the project architect and client for - determine frame design and how the frames revolve around the balconies

44 INTERNSHIPS GRAZIANI & CORAZZA ARCHITECTS INC. TOOLS: 03 3D

NORTH - EAST CORNER

45 SEPTEMBER - DECEMBER 2022

- WEST

NORTH - WEST CORNER

NORTH

CORNER wind analysis for review

NOTE: The render to the left was created by a member of my design team and this image is used to provide a visualization of the final project and to give more context to the 3D-model I created in the images below.

TERRACES / OUTDOOR AMENITIES

46 INTERNSHIPS GRAZIANI & CORAZZA ARCHITECTS INC. TOOLS: TERRACES / OUTDOOR AMENITIES - 3D - MODEL Tribute Communities Queensway & Kipling 1734.19 NOV 8, 2022 + NTS 7TH FLOOR TOWER TERRACE 11TH FLOOR PODIUM TERRACE

3D-RENDER

47 SEPTEMBER - DECEMBER 2022 TERRACES / OUTDOOR AMENITIES - 3D - MODEL Tribute Communities Queensway & Kipling 1734.19 NOV 8 2022 + NTS 7TH FLOOR TOWER TERRACE 11TH FLOOR PODIUM TERRACE BALCONIES - 3D - MODEL Tribute Communities Queensway & Kipling 1734.19 NOV 8 2022 + NTS SOUTH ELEVATION BALCONIES AND FRAMES EAST WEST ELEVATION BALCONIES NORTH SOUTH ELEVATION BALCONIES FRAMES

BALCONIES

C) balconies C) C) � C) inconsistency I thickness. yellow line the for. the section, C) L.!") � RECESSED WALL BEHIND 3RD FL. 1100 FRAMES ENCLOSED AREA BETWEEN RECESSED ENTRY AND 2ND FLOOR 2ND FL. C) C) SOFFIT CANOPY 1500 1500 1220 INTERIOR EXTERIOR -,-----L_ RECESSED ENTRY AREA """CJ 0 GROUND FL. """CJ ----��-------i------� r�----------z: rn e-e--ni-Q-eensw_a_y-g-•19--______________________________ 1:50 GRAZIANI + CORAZZA ARCHITECTS 04 TECHNICAL CONCEPT DRAWINGS Created section concept drawings to present design ideas and my thinking to the project architect, manager and team members 3D modelled building entrances and covered canopies for the high-rise structure

49 SEPTEMBER - DECEMBER 2022

UNDERGROUND PARKING, RAMPS

INTERNSHIP:

Project Design Coordinator Graziani + Corazza Architects Sept-Dec 2022

PROJECT OVERVIEW:

As a Project Design Coordinator at Graziani + Corazza Architects Inc., I was responsible for revising and designing the underground parking, ramps and roundabouts for a project. Project drawings were created without ramps and I was responsible for selecting the best ramp location on the underground floor plan in order for ramps to be in a good location that allows for an efficient roundabout for a drop-off and pick-up, entry to the loading zones and to the underground parking on the ground floor. I began working on this project in the design process.

01 UNDERGROUND PARKING DESIGN AND RAMP LOCATIONS

Selected most suitable ramp locations from ground level to P1 and P2

Rearranged parking spaces to design efficient underground parking layouts with the greatest number of parking spaces, required driveways and parking space dimensions and required spaces such as garbage rooms and more.

50 INTERNSHIPS GRAZIANI & CORAZZA ARCHITECTS INC. TOOLS: 93 COMMERCIAL PARKING SPACES 147 PARKING

20000 2400 1520 2400 1520 6000 6600 6600 162

GARBAGE ROOM GARBAGE ROOM GARBAGE ROOM GARBAGE ROOM 6600 6600 6600 6600 6600 6600 400 6600 6600 6600 6600 6600 6600 6600 6600 6600 6600 6600 6600 6600 6600 6600 6600 6600

SPACES

PARKING SPACES

GROUND FL. """CJ ----��-------i------� r�----------z: rn e-e--ni-Q-eensw_a_y-g-•19 -0ct 20,202 2 ___ 1:50 GRAZIANI + CORAZZA ARCHITECTS

51 SEPTEMBER - DECEMBER 2022 02 ROUNDABOUTS 7500 SETBACK 10000 SETBACK 3000 3000 20000 10000 5000 5000 59355 134080 189055 15300 124060 33675 3000 3000 21795 15000 SETBACK 4550 3000 18000 18000 6000 3000 18000 7500 SETBACK 3000 18000 15000 18000 24975 30m MIN 6000 6600 3000 30m MIN 5000 5000 4000 3000 STREET A 2 Storeys 2 Storeys 4 Storeys COMMERCIAL BUILDING 2 Storey 2 Storey 2 Storeys RAMP TO P1 32 COMMERCIAL PARKING SPACES DAYCARE OUTDOOR 2 Storeys LOADING LOADING 40 Storeys Tower B 730 M2 FLOOR PLATE 40 Storeys Tower A 730 M2 FLOOR PLATE 37 Storeys Tower D 730 M2 FLOOR PLATE 37 Storeys Tower C 730 M2 FLOOR PLATE lobby 802 m2 lobby lobby lobby 2 Storeys RAMP 13960 30mMin 30m Min LANDSCAPED AREA POPS RAMP TO P1 13540 RAMP TO P1 3000 3000 7000 DROPOFF AREA LANDSCAPED AREA 3000 DROPOFF AREA 6000 6000 6000 DROPOFF AREA DROPOFF AREA 6000 4000 4000 4000 3500 3500 3500 3500 4000 LANDSCAPED AREA 2500 2500 6000 6000 4000 3000 4000 6000 3200 3200 LOADING LOADING RAMP TO P1 RAMPS Designed

drafted

the clients request for loading zones, drop-off

pick up areas, ramp

driveway

traffic

GRAZIANI CORAZZA ARCHITECTS

and

roundabouts according to

and

locations, and

and

pathways.

INTERNSHIP: Project Design Coordinator at Graziani + Corazza Architects - Sept-Dec 2022

As a Project Design Coordinator at Graziani + Corazza Architects Inc., I was responsible for developing a site plan for a project in Vaughan, Ontario. This project consists of 9 buildings in total with 2 in the centre and 7 surrounding the 2 centre buildings. I was provided project requirements and a rough plan of a proposed design and I was responsible for creating a to scale site plan with project statistics. I began working on this project in the design process.

Drafted a proposed site plan from the Township of Vaughan of 9 high rise buildings with a goal to have a total GCA (Gross Construction Area) of 1.925 million square feet Learned how to plot buildings on sites, required setbacks and distances between buildings on the same site

52 INTERNSHIPS GRAZIANI & CORAZZA ARCHITECTS INC. TOOLS: SITE PLAN BUILDING LAYOUT PROJECT OVERVIEW: 01 SITE PLAN REVISIONS 14000 PROPERTY LINE PROPERTY LINE R.O.W. PROPERTY LINE PROPERTY LINE R.O.W. PROPERTY LINE PROPERTY LINE PROPERTY LINE PROPERTY LINE PROPERTY LINE PROPERTY LINE HATCHED AREA INDICATES EXTENT OF THE ROAD WIDENING HATCHED AREA INDICATES EXTENT OF THE ROAD WIDENING 5000 7495 5000 5000 3000SETBACK 3000 SETBACK 3000 SETBACK 3000 SETBACK 3000SETBACK 3000 SETBACK 7495 5000 5000 12495 12500 S U N S E T L A N E S A N D W E L L S T RAMP DN EDGE OF PARKING BELOW CL 26m R.O.W. CL 17.5m R.O.W. TR 24 STACKED BACK-TO BACK TOWNHOUSES 9 ST ST 4 ST RES. LOBBY ENTRANCE RES. LOBBY ENTRANCE GRADE RELATED UNITS CL 23m R.O.W. GRADE RELATED UNITS PROPOSED 12 ST RESIDENTIAL CONDO. EXISTING SIDEWALK LOADING ENTRY LOADING EXIT LOADING EXIT 4 ST 6 ST 12 ST MPH ST SHORT TERM ON-STREET PARKING SHORT TERM ON-STREET PARKING CONC. SIDEWALK CONC. SIDEWALK PATIO PATIO PATIO PATIO CONC. SIDEWALK EXIT EXIT PATIO PATIO PATIO CONC. SIDEWALK PATIO EXIT COURTYARD PATIO EXIT EXIT EXIT 3000 PUBLIC PARK 4900 m2 R10035 209795 207080 197015 R10000 FAROOQ BLVD WESTON ROAD MAJOR MACKENZIE ROAD NEW ROAD A R6000 WOONERF WOONERF URBAN SQUARE 1000 m2 4400 PUBLIC PIAZZA WOONERF TOTAL GFA1 925 000FT2 F.S.I GROSS 4.17 F.S.I NET 5.00 8 STY 6 STY 8 STY 8 STY 6 STY 10000 12000 16000 6605 B 16 STY A 16 STY C 19 STY STACKED TOWNHOMES G 4 STY 14 STY H 14 STY 6 STY 6 STY 8 STY F 19 STY 8 STY D 19 STY 10000 E 19 STY 8 STY extent of grade related towns extent of grade related towns extent of grade related towns extent of grade related towns extent of grade related towns extent of grade related towns extent of grade related towns CONFIDENTIAL & WITHOUT PREJUDICE extent of grade related towns ▪G Group Development corp. ▪ Major Mackenzie + Weston Rd ▪ 1822.20.D. ▪ Nov. 28, 22 SITE PLAN 1:1000

GROUND FL. """CJ ----��-------i------� r�----------z: rn e-e--ni-Q-eensw_a_y-g-•19-- ___ 1:50 GRAZIANI + CORAZZA ARCHITECTS

Calculated GCA (Gross Construction Area) and GFA (Gross Floor Area) square feet totals to ensure a total GCA of 1.925 million square feet was obtained by adjusting building dimensions and the number of stories of each building

Building STY # OF FLOORSAREA OF FLOOR PLATE TOTAL AREA FOR EACH STY 6 6 13594.8 81568.8 8 2 9784.4 19568.8 16 8 7846.9 62775.2

Total Area 163912.8

Building STY # OF FLOORSAREA OF FLOOR PLATE TOTAL AREA FOR EACH STY 6 6 17948.6 107691.6 8 2 9784.4 19568.8 16 8 7846.9 62775.2

Total Area 190035.6

116034.6 Total Area 239173.8

Building STY # OF FLOORSAREA OF FLOOR PLATE TOTAL AREA FOR EACH STY 8 8 15392.4 123139.2 19 11 10548.6 116034.6 Total Area 239173.8

53 SEPTEMBER - DECEMBER 2022 LAYOUT

STATISTIC SHEET

CALCULATIONS

Building STY # OF FLOORSAREA OF FLOOR PLATE TOTAL AREA FOR EACH STY 8 8 15392.4 123139.2 19 11 10548.6

STY

STY #

PLATE TOTAL

A B C F G ‐ STACKED

I E D

Building STY # OF FLOORSAREA OF FLOOR PLATE TOTAL AREA FOR EACH STY 8 8 17071.5 136572 19 11 11840.3 130243.3 Total Area 266815.3 Building

# OF FLOORSAREA OF FLOOR PLATE TOTAL AREA FOR EACH STY 4 4 21233.7 84934.8 Total Area 84934.8 Building

# OF FLOORSAREA OF FLOOR PLATE TOTAL AREA FOR EACH STY 6 6 17697 106182 14 8 12302.3 98418.4 Total Area 204600.4 Building

OF FLOORSAREA

FLOOR

AREA FOR EACH STY 6 6 26466.3 158797.8 14 8 18651.2 149209.6 Total Area 308007.4 TOTAL GFA (FT2) F.S.I GROSS 4.17 F.S.I. NET 5 1935827.7

1822.20 - PROPOSED SITE PLAN LAYOUT - AREA BREAKDOWN (FT2)

TOWNHOMES

2.4 & 2.5 MODEL LIVING

INTERNSHIP:

Architectural Technologist

Model Living

Jan-Apr 2022

MODEL LIVING:

Model Living is a start-up company which provides excellent customer service, high quality interior design and a stress-free construction process designed to simplify home renovations.

Model Living acts as a one stop shop for home renovations.

Model living specializes in using a newly developed website to provide clients with instant project estimates.

MODEL LIVING ACTION PLAN TO MAKE RENOVATIONS SIMPLAR & SMOOTHER:

DISCOVER / PLAN:: DESIGN PROCUREMENT & CONSTRUCTION DRAWINGS

Entails onsite visits completed by certified engineers and sales team to refine project estimates.

Interior designers work with clients in selecting from product catalogues in virtual meetings to simplify project supply selections and project design. High quality renderings of the designs are created prior to the ordering of items by an external company.

Full product procurement, product inspection and warehouse storage of products is completed prior to construction by the Model Living warehouse team. Construction drawings are created for contractors to complete the construction process.

Construction process is completed by a contractor which model living selects is most suitable for the project from their network of contractors.

54 INTERSHIP MODEL LIVING

BUILD

TOOLS:

01 & 02 03 04 05

MY ROLE:

At Model Living, I worked alongside Engineers and Architects to create architectural construction drawings of interior renovations using Revit and AutoCAD.

On a day to day basis I was responsible for creating bathroom and kitchen renovation drawings.

I began a project by using the project scope developed by a team of engineers, on-site inspectors and the sales department to develop everything that my drawings must communicate to the contractor completing the construction process.

Then I use design spreadsheets which contain a list of project items that I import or build in Revit.

The drawings I create are to scale elevation and plan drawings of the project.

Drawings are always printed on 11” x 17” paper and used on-site to lead the construction process.

In the process of creating these architectural drawings I use my interior design and architectural knowledge to design functional interior living spaces and I source products through curated design catalogues for clients to choose from and import them to the drawings to bring their dream living space to reality.

55 JANUARY - APRIL 2022

56 INTERSHIP MODEL LIVING Depending on the complexity of the project, build guides for bathrooms range from 2-4 pages. The following project was a full bathroom renovation for a house in Oakville, Ontario. BATHROOM BUILD GUIDE: EXISTING BATHROOM: PROJECT BUILD GUIDES: PROJECT FEATURES: Tub / Shower Combo Converted to Seperate Tub & Shower Full-Height Shower Partition Wall Converted to Half Wall Bidet Removed New Shower Base & Curb in Existing Bidet Location Ceiling Mounted Rain Showerhead New Shower Plumbing Wall Custom Glass Shower Enclosure New Tub in Existing Location 12” x 20” Horizontal Shower Niche Custom Vanity Wall Sconces Above Circular Mirrors Floating Shelves Above Toilet 2.4 MODEL LIVING TOOLS:

57 JANUARY - APRIL 2022

2.5 MODEL LIVING

KITCHEN BUILD GUIDE:

Creating kitchen build guides are more complex because of the custom cabinetry, appliances requirements and project considerations. Kitchens drawings range from 5-6 pages.

The following project was a full kitchen renovation for a house in Toronto, Ontario.

EXISTING KITCHEN:

PROJECT FEATURES:

Similar Appliance Layout as Existing Conditions

Crown Moulding in Kitchen Removed & Bulkheads to Remain

Deeper Bulkhead Over Fridge & Tall Cabinets Framed & Existing Bulkhead Along Long Wall Extended

Existing Fridge, Gas Range & Dishwasher Remained

New Rangehood, Sink, Wine Fridge and Countertop Microwave Installed

Existing Ceiling Fixtures Removed, Pot Lights & Under Cabinet Lighting Installed

New Floor Tile Installed

PROJECT BUILD GUIDES:

58 INTERSHIP MODEL LIVING

59 JANUARY - APRIL 2022

60 INTERSHIP MODEL LIVING

61 JANUARY - APRIL 2022

SKILLS

HAND SKETCHING

64 SKILLS HAND SKETCHING

- SEPT 30, 2021

TOOLS:

STEEL CANTALIVER BALCONY

3.1

CONCEPT SKETCHES:

CLAUDETTE MILLAR HALL FRONT DOORS - OCT 7, 2021

CLAUDETTE MILLAR HALL GROUND FLOOR ELEVATORS - NOV 4, 2021

BAY WINDOW SEATING AREA DESIGN - NOV 11, 2021

65 SEPTEMBER - DECEMBER 2021

66 SKILLS HAND SKETCHING

UNIVERSITY OF WATERLOO E7 BUILDING STAIRS IN LOBBY DESIGN - NOV 4, 2021

67 SEPTEMBER - DECEMBER 2021

WILMOT COURT SOUTH FRONT ENTRANCE FLOOR - SEPT 23, 2021

68 SKILLS HAND SKETCHING

MILLAR HALL EXPOSED CEILING DETAIL DRAWING - SEPT 16, 2021

DETAIL SKETCHES: CLAUDETTE

ARCHITECTURAL GRAPHICS - SEPT 16, 2021

ARCH BRICK FACADE DETAIL - NOV 18, 2021

IBM TRAVELING PAVILION - NOV 23, 2021

RESIDENTIAL BUILDING FRAME CONSTRUCTION - NOV 9, 2021

INNOVATIVE STEEL CONNECTION - OCT 5, 2021

69 SEPTEMBER - DECEMBER 2021

70 SKILLS HAND SKETCHING

ARCHED STONE COLUMNS FOYER - SEPT 28, 2021

71 SEPTEMBER - DECEMBER 2021

LARGE WOOD TILES IN VAROUS SHAPES FACADE - NOV 30, 2021 ARCHED WINDOW STONE WALL FRAME- SEPT 21, 2021 CLAUDETTE MILLAR HALL FRONT STAIRS - SEPT 14, 2021

3.2 DIGITAL MODELING & 3-D RENDERING

PROJECT OVERVIEW:

In high school, I began to tailor my studies to reflect my interests and passion for architecture and engineering. I am very passionate about designing interior and exterior living spaces and I decided to study interior design in Grade 11 and 12. The following two projects display my knowledge of 3D rendering, digital modelling and interior design.

01 INDUSTRIAL KITCHEN

72 SKILLS DIGITAL MODELING & 3D RENDERING

TOOLS:

73 2019 - 2020 73

EXTERIOR:

This Industrial themed Kitchen was 3-D modelled using Sketch-up. The exterior of the Kitchen was enhanced with industrial finishes.

EXPOSED BRICK WALLS AND PIPES WALL MOUNTED SHELF RETRO-LOOKING APPLIANCES DRESSED IN STAINLESS STEEL HIGH CEILINGS RUSTIC FURNITURE “FACTORY LIKE” DESIGN BLACK STEEL EXPOSED LIGHTING FIXTURE 74 SKILLS DIGITAL MODELING & 3D RENDERING INTERIOR:

EXPOSED WOOD, METAL AND CEMENT FINISH DROP-IN SINK

RACK SHELVING

75 2019 - 2020 75

WINE

WOOD BEAMS

This master bedroom, bathroom and walk in closet was 3-D modelled using Sketch-up.

02 MASTER BEDROOOM:

The client wanted to renovate their master bedroom, bathroom and walk-in closet and I designed their dream makeover. The client was looking for a warm and dark cosy look with a little bit of “flare.” I focused on selecting colours and furniture to create a contemporary themed design.

FEATURE WALL FOCAL POINT CUSTOM BED WITH A FLOOR TO CEILING BACKBOARD FLOOR TO CEILING BLACK MARBLE ENHANCES THE ROOM DARK BROWN, GOLD AND NATURAL WOOD USED TO CREATE A COSY WARM CONTEMPORAY ENVIRONMENT DESK WORSPACE BY BAY WINDOW TO USE NATURAL LIGHT FOR WORKSPACE 76 SKILLS DIGITAL MODELING & 3D RENDERING

CLOSED OPEN

Due to the orientation of the room, it was very difficult to determine a space to have a TV with a proper viewing angle from the bed. I decided to design a custom furniture unit with a retractable television at the edge of the bed.

CUSTOM FURNITURE UNIT WITH A RETRACTABLE TELEVISION

77 2019 - 2020 77

03 WALK-IN CLOSET:

A custom built walk-in closet was designed to provide extra clothing storage requested by the client made out of MDF wood.

BUILT-IN FIREPLACE IN ROOM INDENT WITH CHAIRS AND A COFFEE TABLE TO CREATE AN AREA FOR RELAXATION

LOUNGE AREA WITH A PLACE TO READ

78 SKILLS DIGITAL MODELING & 3D RENDERING

04 MASTER BATHROOM:

SHOWERHEAD

TUB L-SHAPED VANITY WITH A MAKE-UP DESK WALL MOUNTED TELEVISION MARBLE & WHITE FINISHES USED TO CREATE A BRIGHT ENVIRONMENT GOLD ACCENTS ADDS “FLARE” TO THE DESIGN 79 2019 - 2020 79

client was looking for a “spa” type bathroom.

WATERFALL

FREESTANDING

The

The

client requested ample storage and I decided to create a triangular shaped custom unit with a towel rack and cabinets.

INTERESTS

82 INTERESTS VISUAL ART 4.1 VISUAL ART

MY IMPRESSIONISM MASTERPIECE MY SURREALISM MASTERPIECE GRADE 9 - FINIAL PROJECT GRADE 9 - INSPIRATON ROLE MODEL PORTTRAIT MEDIUMS: ACRYLIC PAINT 2018 MEDIUMS: SKETCH PENCILS JUNE 2018 GRADE 10 - IMPRESSIONISM STYLE ARTWORK MEDIUMS: ACRYLIC PAINT 2019 GRADE 10 - SURREALISM STYLE ARTWORK MEDIUMS: ACRYLIC PAINT 2019

MOUNT LEFROY GROUP OF SEVEN PAINTING DRAKE PORTRAIT

83 2018 - 2019 83

CAR ARTWORK

CHALK

VASE AND FLOWER

MASTERPIECE GRADE 10 - CUBISM ARTWORK

- VASE & FLOWER ARTWORK

CHARCOAL & CHALK

MY METAL CAR DRAWING GRADE 10 - ANTIQUE

MEDIUMS: CHARCOAL &

2019 MY

DRAWING MY CUBISM

MEDIUMS: PENCIL CRAYONS 2019 GRADE 10

MEDIUMS:

2019

84 INTERESTS VISUAL ART MY POP ART MASTERPIECE GRADE 10 - POP ART ARTWORK MEDIUMS: ACRYLIC PAINT 2019

85 2018 - 2019 85 MY FAUVISM MASTERPIECE GRADE 10 - FAUVISM ARTWORK MEDIUMS: ACRYLIC PAINT & CHARCOAL 2019 MY MINIMALISM MASTERPIECE GRADE 10 - MINIMALISM ARTWORK MEDIUMS: CARDSTOCK & CHARCOAL POWDER 2019

86 86 INTERESTS PHOTOGRAPHY

HELICAL SOLITUDE EXCERBATE PEDANTIC SATURNINE

4.2 PHOTOGRAPHY CHAOS BEGINNING

ENCOMPASS

87 87 2019 - 2020

SPEZZATURA

ELEMENTS OF PHOTOGRAPHY 88 88 INTERESTS PHOTOGRAPHY LINE LINE TO CREATE MOVEMENT CONTRAST THROUGH TEXTURE EMPHASIS THROUGH FOCUS EMPHASIS THROUGH POSITIONING

PHOTOGRAPHY 89 89 2019 - 2020 COLOUR DISTINGUISHING SHAPES

OVERLAPPING SHAPES TEXTURE

REFRACTION WITH BUBBLES REFRACTION 90 90 INTERESTS PHOTOGRAPHY

LEGO REFRACTION

CARDS REFRACTION

PHOTOGRAPHY

WATER DROPLETS 91 91 2019 - 2020

REFRACTION WITH

SKITTLES REFRACTION GLASS BALL REFRACTION

MY WORLD 92 92 INTERESTS PHOTOGRAPHY

FAMILY HERITAGE 93 93 2019 - 2020

THEMATIC PHOTOGRAPHY 94 94 INTERESTS PHOTOGRAPHY

THEME:

UP CLOSE

PHOTOGRAPHY 95 95 2019 - 2020 CLOSE & PERSONAL

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Resume: bit.ly/NicholasGesualdoResume Contact: Portfolio. Nicholas Gesualdo Architectural Engineeing Selected Works, 2018 - 2022 Thank you for viewing my portfolio. Please contact me to collaborate. I would enjoy working with you! 416 - 371 - 4410 ncgesual@uwaterloo.ca bit.ly/NicholasGesualdoLinkedin

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