Cevan Noell Portfolio Community College of Philadelphia Jefferson University
Career Objective
Cevan Nichol Noell
cevannoell.ddns.net Contact
1(267) 274-7115 Cevannoell@gmail.com 6611 North 11th Street Philadelphia, PA 19126 Education 2018 - 2021 BACHELOR of ARCHITECTURE Jefferson University Philadelphia, PA 2014 - 2018 Associates of Art in Architecture Associates of Art in Interior Design Architectural Visualisation Certificate Community College of Philadelphia Philadelphia, PA
Additional Skills Revit (2010 - 2019) AutoCAD (2010 - 2019) 3DS Max (2015 - 2019) Sketchup (2008 - 2019)
To bring my experience in task balancing and management to a team of forward thinking individuals who have a focused and detail oriented mindset.
Professional Experience Sous Chef June 2014 - May 2019 M.A.T.T.’s Sliders / Philadelphia, PA Managed and directed multiple staff in an industrial kitchen setting. Duties included organising, managing, rotating, and ordering new and existing food and goods as well as opening and closing the establishment. Intern June 2013 - August 2013 Naval Surface Warfare Center Systems Station / Philadelphia, PA Worked closely with 20 engineers through daily face to face office communication. Duties included assisting with general office maintenance and organisation as well as assisting in developing and testing ship elevator systems. Intern June 2012 - August 2012 K.S.S. Architecture / Philadelphia, PA Cevan is a ofstudent currently studying architecture at Jefferson University’s Assisted in theNoell development room layout plans for 4 projects using Autodesk Revit while working closely with 15 architects and He also holds an Associates of Arts East Falls Campus in Philadelphia, PA. draftsmen. Duties included library organisation.
in Architecture, an Associates of Arts in Interior Design, and an Architectural Visualization Profi ciency Certifi cate from The Community College of Philadelphia. Activites and Other Experience He Design has a variety of work experience Website 2013 from - Present10 years of professional catering and Designed and coded website for M.A.T.T.’s Sliders as well as personal architectural interning. When not dedicating his life to architecture, he enjoys website using HTML, Java, and Bootstrap. computer programming, reading comics, playing music (guitar, bass guitar, and Jefferson NOMAS Treasurer 2019 keyboard), mountain biking, and skateboarding. Treasurer for Jefferson’s NOMAS student organisation.
Rhino (2018 - 2019) Excel, Word, Powerpoint HTML, C++, C# Programming
Licenses and Certification O.S.H.A. 30 Certified (2015)
Jefferson University Glass Competition 2019 Designed runner up glass wall for Jefferson University’s 2019 Glass Competition. PORTFOLIO AND REFERENCES AVAILABLE UPON REQUEST
Table of Contents
Projects in Order of Appearance
Professional Skills
Proficient in Revit 2010-2019 Proficient in 3DS Max 2015-2019 Proficient in AutoCAD 2010-2019 Proficient in Google SketchUp Proficient in Rhino Proficient in Microsoft Office Proficient in Programming (HTML, C#, C++) O.S.H.A. 30 Certified
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Chapel of the Lake
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Akai-Shima
Non-Denominational Chapel Tiny Home/Studio Space
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Coltrane Park
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Spring Gardens
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Kuri Cabin
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Garden Pavilion
Low Ground Disturbance Shelter
Cherry Cherry POP Pop
Modular Night Seating Pop-up Jefferson
The site is located on the corner of 19th and C on the go style of food consumption. This Pop for local food vendor’s to come and sell, and s Glass Competition Entry modular seating booths are designed to be m site. During the evening they can be spread ou one hue to celebrate a holiday or event and cr
Fractured
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Chapel of Our Lady of the Lake Non-Denominational Chapel Chapel of Our Lady Chapel of Our Lady of the Lake Non-Denominational Chapel of the Lake
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Pneumatic Rail System
Unnamed
NYC Toobe
Author
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Sculpture Garden
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Chapel of the Lake Non-Denominational Chapel
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Challenge: Design a non-denominational chapel and outdoor garden/meditation/gathering space. The spaces are to be used by persons from all faiths and should be the most universal form possible. I focused on shielding the site from the outside through heavy vegetation. I aimed to create a symbolic journey or katabasis to the chapel from the 17th street entrance by traveling through the forest and past the lake (over world) to the cut level (underworld) underneath the lake and into the chapel with views to the sky above that I aimed to represent a nirvana.
Concept Models
Precedents Casa Brutale (Concept) Open Platform for Architecture (OPM) Scanned with CamScanner
London City Hall Norman Foster _ London, England HĹ?koku-ji Bamboo Grove Kamakura, Japan
Louvres Block Summer Sun Heavy Vegetation for Shade and Site Cooling Solar Chimney Overhang Covering Skylight 2 Foot Thick Walls for Insulation
Water Collect(Thermal Mass)
Permeable Pavement Along Walkway
Permeable Pavement
Earth Sheltering on Three Sides
Scanned with CamScanner
Scanned with CamScanner
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Concept Sketches
Scanned with CamScanner
Site and Building Stainability Diagram
Summer Sun Angle Winter Sun Angle
Solar Angles and Penetration
0
Office
PRVT
4
12
24
PRVT
Storage
Coat
Kitchen
Mech.
Exterior Renders
6
Floor Plan
DN
DN
DN
DN
-4’
DN
DN
17th Street
DN
-25’
0’
DN
0
25
75
175
Site Plan
7
0
4
12
24
Section
Akai-Shima
Tiny Home/Studio Space
Challenge: Design a tiny home or studio space that would be located on an empty lot. The project was to emphasise green choices in design and materials used. To keep within the green design priority the house’s footprint was limited to just under 100 sqft; as well as incorporated sustainable choices in materials (such as bamboo, recycled concrete), integrated and sustainable choices in design included water saving features (rain water collection barrel, composting toilet), capacity for solar panels on the roof, and an operable roof window for natural ventilation.
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Framework Elevations
Site Plan Studs (2x6 16" O.C.) Spray Foam 6" Insul.
Interior Drywall (34")
Moisture Barrier Membrain Airspace Layer Concrete Cladding
Sole Plate Plywood SubFloor(34")
OSB Sheathing (34")
Floor Joists (2x8 16" O.C.)
Rim Joist(2x8) Bolt Sill(6x2) Sill Seal Anchor Bolt
Termite Shield Spray Foam 8" Insul.
Grade
Rigid Board(41)
10"
Drainage Mat/Dampproofing Gravel Vapour Retarder
Footing/Foundation Wall (P.I.P.)
Frost Line
Rebar
1'-8" Drainage Drain
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Wall / Footing Detail
Wall / Roof Detail
Coltrane Park Sculpture Garden
Challenge: Create a walkable sculpture garden for a small art installation. The garden must include an area for congregation as well as areas of self reflection. I focused on a linear, axial, and choreographed experience.
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Site Plan
Finished Model
Section
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Perspective Drawings
Finished Model
Spring Gardens Garden Pavilion
Challenge: Design a garden structure that includes an outdoor covered pavilion for farmer’s markets and outdoor seating. The building’s footprint is inspired by the moment a flower bud begins to bloom and how one might perceived this action. The paths are organized in the movement of a raindrop.
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Concept Drawing
Study Model
South Exterior Render
3
4
2
1 A-301
1
13
1. 2. 3. 4. Cevan Noell
Date:
Studio 2
Scale:
3/32"=1'-0"
Spring 2017
Instructor:
David Bertram
23/3/2017
Floor Plan
Vegetable Washroom Kitchen Storage Covered Pavilion
Floor Plan
Kuri Cabin
Low Ground Disturbance Shelter
Challenge: Kuri Cabin’s design (Inspired by “Hut on Sleds” by Crosson Clarke Carnachan Architects), perches itself on sleds to minimise contact with the ground. Nearly the entire facade is enveloped behind rough reclaimed timber clad shutters, which fold away to reveal and shade a large picturesque window on the front facade. Inside, the intimate cabin has ample storage on the warm walnut built in bookshelves, while heat is supplied by way of a kindling burning oven. At the rear of the cabin, a lofted sleeping area is accessible via ladder. Kuri Cabin takes advantage of the park’s natural splendour by enhancing inhabitants’ views.
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Diagrams
Views
Highly Obstructed Views To The South With Unobstructed Views To The North
N Surrounding Context
Bounded By Foliage To The South, With Relatively Open Views To A Stream To The North
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Circulation
3
Access Paths Form A Circulation Loop To Existing Trail
Interior Rendering
1 1
1. 2. 3.
Loft Floor Plan
Main Living Space Entry Porch N Sleeping Loft
3
2
Ground Floor Plan
4
Ground Floor Plan
1 2 3 4 0
SLEEPING LOFT ENTRY PORCH LIVING SPACE EXTERIOR PORCH 3
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Loft Floor Plan
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Site Plan
Exterio
Entry Render
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Inspired by “Hut on Sleds” Crosson Clarke Carnachan Architects
Logitudial Section
North Elevation 0
3
9
18
Cherry Pop
Modular Night Seating Pop Up
Challenge: Located on the corner of 19th and Cherry Streets in Center City Philadelphia. This Pop-up would enhance the area by supplying a visually interesting evening display to attract people who would otherwise leave the area after working hours, give space to local food vendors to sell, and supply a space for relaxing and interaction between commuters, local residents, and tourists that frequent the area. To better interact with the daily shifts in the usage of the area, the modular seating booths are designed to be moveable as well as color customized.
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modular seating booths are designed to be moveable as well as color customizable. During the heavy morning commute the booths site. During the evening they can be spread out to welcome slower moving traffic. This allows for each booth to be an independent e one hue to celebrate a holiday or event and creating a carefully choreographed arrangement. Cherry Street
N
19th Street
Cherry POP The site is located on the corner of 19th and Cherry Streets in Center City Philadelphia. Through our research and observations there seemed to be little to no spaces for people to sit and eat. Most of the eateries cater to a more on the go style of food consumption. This Pop-up would enhance the area by supplying a visually interesting evening display to attract people who would otherwise leave the area once they are done with their day, give space for local food vendor’s to come and sell, and supply a space for relaxing and interaction between commuters, local residents, and tourists that frequent the area. To better interact with the daily shifts in the usage of the area, the modular seating booths are designed to be moveable as well as color customizable. During the heavy morning commute the booths could be pushed out of the way to better allow fast moving pedestrian traffic on and off the site. During the evening they can be spread out to welcome slower moving traffic. This allows for each booth to be an independent entity, with their own lights and orientation or to allow for booths to act as a whole, lighting as Night Circulation Diagram Night Site Circulation Diagram one hue to celebrate a holiday or event and creating a carefully choreographed arrangement. Phillies
Cherry Street
Day Circulati
Flyers Cherry Street
N Breast Cancer
Earth Day
Eagles
Easter Independence Day 19th Street
Booth Color Diagram for Events Glass Acrilic
Dark Steel
Dark Stained Wood
Steel
Rubber Tile
LED Strips
19th Street
Frosted Acrilic
Cherry Street Rendering
Day Circulation Diagram
Night Circulation Diagram
Primary Day Site Circulation Diagram Secondary
Phillies
Flyers
Breast Cancer
Earth Day
Eagles
Easter Independence Day
Booth Color Diagram for Events Frosted Acrilic
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Glass Acrilic
Dark Steel
Dark Stained Wood
Steel
Rubber Tile
LED Strips
During the heavy morning commute the booths are designed to be pushed out of the way to allow fast moving pedestrian traffic on and off the site. During the evening they would be spread out to welcome slower moving19th traffi c. Street Re and Cherry Material Diagram
Module Sample Colors Cherry Street Rendering
Booth Color Diagram for Events Frosted Acrilic
Glass Acrilic
Dark Steel
Dark Stained Wood
Steel
Strips Night LED Circulation Diagram
Rubber Tile
Material Diagram
19th and Phillies
Flyers
Cherry Street Rendering Breast Cancer
Earth Day
Eagles
Easter Independence Day
Booth Color Diagram for Events Frosted Acrilic
19th Street Elevation
Glass Acrilic
Materiality Diagram
Material Diagram
3 PM
Each booth is an independent entity, Rubber able Tile Dark Steel Dark Stained Wood Steel to have their own lights and orientation or to act as a whole, lighting as one hue to celebrate a holiday or event and creating a carefully choreographed arrangement. 19th and Cherry Street Rendering
6 PM
5 PM
19th Street Elevation
18 Study Diagram Solar 3 PM
5 PM
6 PM
7 PM
LED S
d Cherry Street Rendering
LED Strips
Cherry Street Rendering
View From Cherry Street Towards Vending Area
View From 19th Street Looking South
7 PM
8 PM
19th and Cherry Street Rendering
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Solar Study
Fractured
Jefferson Glass Competition (2nd Place)
Challenge: 1 Kelly Drive requires a privacy wall to separate it’s carpark from the green set back created between Kelly Drive and the building edge. Fractured, breathes visual interest back into an under-stimulating stretch of historic waterfront real estate while paying homage to the local geographic conditions. Fractured, accomplishes this by offering two layers of interaction; a large flowing sculpture made to be experienced from afar by car or bike, as well as a more human scaled glass wall up close. the shape of the wall panels invoke the form of the natural stone cliffs found along the river’s edge.
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Physical Model Photographs
SITE MAP
SITE SECTION 0
5
15
30
KELLY DRIVE ELEVATION
Kelly Drive Elevation
LED STRIP
BLACK SPANDREL GLASS
MOUNTED TO STEEL TRUSS STRUCTURE
STEEL TRUSS SUPPORT WITH SECONDARY PANEL SUPPORT
CONCRETE
POURED IN PLACE, MEDIUM GREY
1/4” GAP AT JOINTS
Construction begins with a poured concrete base embedded with steel support rods to transfer the load of the wall to the ground. The main load bearing element is a steel truss running along the central mass of the wall. LED strip lightning is then installed on the vertical face of the truss. Each panel of spindral glass is mounted to an aluminium frame and then attached to the main supporting truss via aluminium rods.
CONSTRUCTION BEGINS WITH A POURED CONCRETE BASE IMBEDDED WITH STEEL SUPPORT RODS TO TRANSFER THE LOAD OF THE WALL TO THE GROUND. THE MAIN LOAD BEARING ELEMENT IS A STEEL TRUSS RUNNING ALONG THE CENTRAL MASS OF THE WALL. LED STRIP LIGHTING IS THEN INSTALLED ON THE VERTICAL FACE OF THE TRUSS. EACH PANEL OF SPINDRAL GLASS IS MOUNTED TO AN ALUMINIUM FRAME AND THEN ATTACHED TO THE MAIN SUPPORTING TRUSS VIA ALUMINIUM RODS.
Material and Structural Diagram
MATERIAL AND STRUCTURE DIAGRAM
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Section
NYC Toobe
Pneumatic Rail System
Challenge: With rising sea levels and an already flooding subway system, New York City required a transit system capable of functioning in the now flooded subway without being impacted by water. In this hypothetical situation, I created three sample structures (attached, spanning, and underground) for a self sealing pneumatic transit system (Toobe).
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Site Map
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W.R. Grace Building W.R. G Attached Condition Example
Adaptability
With the vying for space on Manhattan, adaptability is key. Toobe’s structure relies on a lightweight steel, plastic, and plexiglass construction that allows relatively high adaptability in deployment and appearance. This gives a softer visual impact when compared with conventional constructions as well as allowing for forms that enhance the pedestrian experience.
m)
West Elevation (100% Expanded) Building Entry Approach (100% Side Elevation
South Building ElevationEntry (100% Approach Expanded) (100% Expanded) Front Elevation 0 10
24
20
40
0
10
20
40
W.R. Grace Building Attached Condition Example
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EAST BALCONY
WEST BALCONY
SUITABLE FOR DELICATE INTERACTIONS WITH EXISTING INFRASTRUCTURE CAUSING MINIMUM DISRUPTIONS TO STRUCTURE AND SURROUNDINGS.
MAIN CONCOURSE (BELOW)
Interaction
Toobe’s structural system is adaptable to above ground operations and allows delicate interactions with existing infrastructure with minimal disruptions to structure and surroundings.
0
25
75
Platform Level Plan
150
10
40
20
Section Through Platform
INTERACTION
NORTH BALCONY
NORTH BALCONY
0
THOUGH TOOBE IS DESIGNED TO PRIMARILY FUNCTION AS A SUBTERRANEAN TRANSIT SYSTEM UTILISING THE EXISTING NEW YORK SUBWAY TUNNELS AND STATION SPACES, WHERE REQUIRED THE SYSTEM IS ADAPTABLE TO ABOVE GROUND OPERATIONS. THE LIGHTWEIGHT CONSTRUCTION IS SUITABLE FOR DELICATE INTERACTIONS WITH EXISTING INFRASTRUCTURE CAUSING MINIMUM DISRUPTIONS TO STRUCTUREView AND From East Balcony SURROUNDINGS. EAST BALCONY
WEST BALCONY
View From West Balcony (60% Expanded)
MAIN CONCOURSE (BELOW)
Grand Central 42nd Street Spanning Condition Example 0
25
75
150
Platform Level Plan
0
View From Main Floor (60% Expanded)
26
10
20
40
Section Through Platform
West Elevation (60% Expanded)
Section Facing West
View From West Balcony (60% Expanded)
Grand Central 42nd Street 27
Spanning Condition Example
NETWORK IS RAPIDLY ADAPTABLE TO HOUSING TOOBE’S INFRASTRUCTURE. TOOBE’S INFRASTRUCTURE.
Reuse
With an established network of now flooding tunnels, New York’s subway network is rapidly adaptable to housing Toobe’s infrastructure. Surface Level Access to Underground Concourse Surface Level
Access to Underground Concourse
Mezzanine Level Connections to Broadway Line Platforms and Mezzanine Level Lower Mezzanine
Connections to Broadway Line Platforms and Lower Mezzanine
Deflated Condition
Upper Platform Level Platforms Serving Broadway Lines Lower Mezzanine with Connections to Upper Platform Level 7th Avenue Line Platforms Platforms Serving Broadway Lines Lower Mezzanine with Connections to 7th Avenue Line Platforms
Inflated (Bypass) Condition
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Lower Platform Level Serving the 7th Avenue Line Lower Platform Level Serving the 7th Avenue Line
Times Square
29
Underground Condition Example