JESSICA ADAMSON PORTFOLIO 1 JESSICA ADAMSONPORTFOLIO Masters of Architecture 18 22 NO. 01
THANK YOU FOR YOUR INTEREST IN MY WORK ...
Hi, I’m Jessica, a designer recently graduated from the Masters of Architecture program at the University of Calgary in 2022. With a Bachelor of Applied Arts in Interior Design from Sheridan College Technical Institute, located in Oakville & Hamilton Ontario.
I am interested in creating experiences through visual, digital and physical spaces. Passionate about environmental causes ensuring, we as people, continue to care for and enhance our surroundings.
Beginning with a sketch and conceptual models I generate iterations on 2d planes and in 3d space with physical volumes. Continuing on to volumetric digital models to gain a more accurate understanding of scale; pushing, pulling and shaping to generate a form suitable to the conceptual and programmatic goals. The selected projects I have chosen offer a range of this progress. The portfolio is a celebration of these tireless outcomes, highlighting the completion while hinting at the creation.
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JESSICA ADAMSON PORTFOLIO 3 INTRODUCTION Table of Contents 01 NATURAL ACTIVITY CENTER 02 MODULAR MINIMALISM 05 DYNAMIC FACADE 03 RECALIBRATION GALLERY 04 ADAPTING MARINA 06 ORGANIC ALGORITHM 07 ROBOTIC + MASONRY 08 BUILT WORKS 09 VISUAL GRAPHICS
VIDEO
A series of opportunities through the coexistence of infrastructure interlaced within the environment. The natural water cycles through the entire facility, create a smooth transition from modern infrastructure through the dismantlin notion of division between nature and infrastructure.
NATURAL ACTIVITY CENTER
01 ACADEMIC STUDIO 3
JESSICA ADAMSON PORTFOLIO
5
Introduction
NATURAL
ACTIVITY CENTER
EXPERIENTIAL RESTURAUNT
SPA, RECREATION & AQUAPONICS
Lobby Take-out Shop Office Storage Restrooms Bar Cold Storage Kitchen Dining Check-in Change Rooms Restrooms Exterior Showers Equipment Storage Teaching Area Water Launch Steam Room Aquaponics Water Intake Hot Tub Deep Lane Pool Cold Dip
1. 2. 3. 4. 5. 6. 7. 8. 9.
10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22.
The natural water cycles through the entire facility filter out human impact, creating a smooth transition from modern infrastructure through nature.
JESSICA ADAMSON PORTFOLIO
Concept & Axo Plans
SYSTEMS CIRCULATION
7
NATURAL ACTIVITY CENTER
BUILT MODEL:
For further aid in presentation. The model was constructed from a wood base carved using a CNC which was then sanded for smooth finish. The water
was represented using acrylic sheet, laser cut to fit along base ad structure. The structure was constructed using cardstock, and super glued together.
JESSICA ADAMSON PORTFOLIO
9 Physical
Model
NATURAL ACTIVITY CENTER
A unit constructed between existing buildings for an economic dwelling. Mudular to suite varied small spaces and access requirements. The dwelling is scaled for minimal spatial requirements for an average young adult.
MODULAR MINIMAL
REVIT
FOOD HOBBIES
SLEEP
SANITATION
FOOD
HOBBIES
SLEEP
SANITATION
02 ACADEMIC
HOBBIES
Introduction
FOOD
SANITATION
SLEEP
JESSICA ADAMSON
PORTFOLIO 11
MODULAR MINIMAL
SECTION BSECTION A ELEVATION 1 ELEVATION 2 UP UP B FLOOR PLAN 4 HOBBIES ROOM FLOOR PLAN 3 KITCHEN FLOOR PLAN 2 BATHROOM FLOOR PLAN 1 BEDROOM N A 1 2 A 1 2 A 1 2 A 1 2 12’ 6’ 3’ 1’
INTERIOR
PERSPECTIVE HOBBIES ROOM TOP VIEW
JESSICA ADAMSON PORTFOLIO
13
Revit Graphics
MODULAR
MINIMAL
The project aims to redefine the term “parasite”, often associated with marginalized suppressed groups within society. Expose acts as a catalyst for revolutionary ideas and a disseminator of social, political, and cultural injustice through art and media. Art imposes itself as a tool for protest as a projection of voice. Creating change within society within a highly dominating cultural surround. Alongside being the voice for the voiceless, Expose as a public facility aims to create generous space for all. Promotes growth, change, and unity rather than one that causes separation or loss of power through dissemination.
RECALIBRATION GALLERY
03 ARCHITECTURE STUDIO 4
JESSICA ADAMSON PORTFOLIO
15
Introduction
RECALIBRATION GALLERY
Enclosed
Political
Outdoor Culture Exhibition
TRAIL
SE STEPHEN AVE
Corporate Greed Cultural Inequities
9TH AVE SE
Political Corruption
MACLEOD
1ST
SITE PLAN
Commercial Exhibition Outdoor
Exhibition PUBLIC STUDIO SPACE TRANSITIONAL EXHIBITION SPACE TRANSITIONAL EXHIBITION SPACERETAIL DISPLAY CAFE LOBBY DISPLAY
GREEN SEATING DIGITAL DISPLAY ACCESS TO PARKING RETAIL STORE STORAGE/ELEVATORS LOBBY MEDIA WALL CLOSET
9. 10. 11. 12. 13. 14. 15. 16.
CAFE KITCHEN STORAGE GRAFFITI HALL WASHROOMS SECURITY OFFICE MAKER-SPACE SKATE RENTALS DISPLAY CASE
Station
Connection
ADMIN OFFICE WASHROOMS ADMIN OFFICE LECTURE HALL GATHERING AREA ARTIST STUDIO BALCONY OF PROTEST
JESSICA ADAMSON PORTFOLIO 17 Plans & Adjacencies N Train Station Political Platform Cultural Stage Commercial Connection Plaza 1 2 3 4 5 6 7 SECOND LEVEL 1 2 3 4 5 6 7 8 9 14 12 15 11 16 Train
Political Platform Cultural Stage Commercial
Plaza 10 13 N GROUND LEVEL
1. 2. 3. 4. 5. 6. 7. 8.
1. 2. 3. 4. 5. 6. 7.
RECALIBRATION GALLERY
Section Detail
next page
Train Station Political Platform Cultural Stage Commercial Connection Commercial Connection
Graffiti Hall
*See
RAIN SCREEN CANOPY
STRUCTURE
ADAMSON
SUPPLY RETURN OUTAKE
INTAKE PV PANELS
MECHANICAL ROOM
SECOND FLOOR GRADE
Sections & Exploded Structures
PARKADE
SUPPLY RETURN OUTAKE INTAKE PV PANELS
Mechanical Legend SUPPLY RETURN OUTAKE INTAKE PV PANELS
SUPPLY RETURN OUTAKE INTAKE PV PANELS MECHANICAL ROOM
MECHANICAL ROOM
SUPPLY RETURN OUTTAKE INTAKE MECH. RM.
SUPPLY RETURN OUTAKE INTAKE PV PANELS
MECHANICAL ROOM
SUPPLY RETURN OUTAKE INTAKE PV PANELS MECHANICAL ROOM
MECHANICAL ROOM
JESSICA
PORTFOLIO 19
RECALIBRATION GALLERY
AIR RETURN Through Plenum, above suspended wood ceiling.
AIR SUPPLY
Under floor air distribution system
ROOF BEYOND
01 02 03 F1 C1 C2 CANOPY
F4
F2
Return air through plenum above suspended wood clad ceiling.
Curtain glass creating a division between completed interior ceiling and exposed exterior ceiling materiality.
I-beam structural supports, creates continuous fold of supportive elements through out.C1
ADAMSON
Description:
Plenum above suspended wood ceiling allows for return air flow, lighting and sprinkler pathways.
ROOF CURTAIN WALL01
Summer sun
Winter sun
In-floor active air systems, c/w directional grille.
Lightweight polished concrete, c/w in-floor radiant heating
Concrete assembly edge, c/w perimeter channel for wood cladding ceiling installation.
Insulated double glazed curtain wall glass with thermal break.
Lightweight polished concrete paving stone, c/w typical risers for glass installation and water drainage.
F1
Description: Under floor air distribution system along ground and second floor air is supplied along the perimeter of the spaces. Each space to have thermostat for user controlled conditions.
SECOND FLOOR CURTAIN WALL
Tapered roof edge c/w rain screen and concealed eaves.
Rain sheds through canopy rain screen to ground connections.
GLYCOL HEATING & COOLING
Semi - conditioned and conditioned spaces heated & cooled through piped embedded in floor slab.
Description:
Rain water flows through concealed eves within canopy, to ground point connections. Roof tapers along edge, creating delicate facade. Refer to Roof plan for further details.
CANOPY ROOF EDGE
JESSICA
PORTFOLIO 21
Sectional Detail
02
C2
03
Housing Units(10)
Break Water Form Study
Master Plan04
VIDEO
Rethinking typical marina archetypes, re-conceiving both structure and form. Rather than recessing marina channels inland creating barriers against water flow and human interaction with nature. This project aims to increase shore adaptability to promote natural habitation and flow with natural forces rather than barricading against them. The project investigates the potential for structures to be habitable while revitalizing the shorelines vulnerable to water fluctuations, resulting in the continued destruction of wetlands which naturally protect sediment and shorelines from erosion.
ADAPTING MARINA
ARCHITECTURE STUDIO 6
JESSICA ADAMSON PORTFOLIO
23 Introduction ADAPTING
MARINA
Level
UPWELLING DEFINITION:
Short-term fluctuations are seen in the most extreme cases on the West-East running Lake Erie where water level differences have been recorded in excess of 9.9’.
TYPICAL HABITAT TYPOLOGIES
Residence living along the shore lines of Lake Erie combine watercraft and boat house structures to create a unified living environment. Watercraft’s have become an extension of the residence.
EXISTING MARINAS
Wind Water
Home
LAKE ERIE
LAKE ONTARIO
LAKE HURON
LAKE SUPERIOR
LAKE MICHIGAN
UPWELLING FREQUENCY
BOAT TYPES
TYPICAL RESIDENCE TYPOLOGIES
BOAT TYPE + STRUCTURE
Balancing boat programmatics and prefabricated modular structures supported on a floating structure moving with the water fluctuations, stabilized through minimal impact pillars.
Habitable Boat + Uninhabitable Structure
Site analysis
Semi-Habitable Boat + Semi-Uninhabitable Structure
Uninhabitable Boat + Habitable Structure
JESSICA ADAMSON
PORTFOLIO 25
Water Access / Living room / Driving Requirements / Kitchen / Bathroom / Dining / Sleeping Storage Water Access / Dining / Bathroom / Driving Requirements / Kitchen
Water Access / Leisure / Driving Requirements Kitchen Storage Bathroom Living room Kitchen Storage Bathroom Living room Bedroom Bedroom
ADAPTING MARINA
01 Entrance
Flexible ramp/stair access. Moves up and down with the structure.
Boat Parking
Boat reverses into space, allowing for convenient access to boat amenities. Creating continuity and through connection from boat to structure.
Non-motorized Watercraft
Easy access to load / unload and enter/exit the craft. Dock is low to water and has bumpers and low grab bars for stability.
Storage
For items not required on watercraft:
- Barbecue - Tubing, skiing wake-boarding equipment - Fishing rods - Seating / shore furniture
- Black water storage
HIGH LEVEL
03 Diving Exit
Door accessible diving platform, allowing for continuous access to water even from higher levels.
Bedrooms
Large windows elevated for partial privacy. Full privacy through blinds.
Bathroom
Shower, sink and water flow into natural water recycle system. Houses dryer system and has close adjacency to storage for towel accessibility. Through pillar encased in glass to highlight structure movement and pillar stability.
Storage - Towels - Linens
- Games
BASE LEVEL Storage 01 Main Level Entrance/Exit UP UP Boat Parking Non-Motorized Crafts Storage 02 Semi-Private Level Connection UP UP UP Kitchen Living Room UP Bathroom BedroomBedroom 03 Diving Exit
MID
02 Entrance
Constructed secondary pathway runs alongside entrance, allowing eternal connection.
Kitchen
One wall kitchen, with fullsized standard appliances, Adjacency to private pathway connections which access roof top dining area.
Living Room
Central congregation area, with 360 views. Houses green water storage and natural filtration system. Minimal storage and access to exposed structure.
04 Diving Exit
Diving platform, allowing for continuous access to water even from higher levels.
PV Panels
Direction of panels change depending on southern facing direction. Angle alters with seasonal sun path. Lifted to allow for water access underneath.
Dining Area & Open Patio
Open areas, with no railings for clear continuous view. Lifted edges for safety.
JESSICA ADAMSON
PORTFOLIO 27
LEVEL Storage UP UP 01 Main Level Entrance/Exit 02 Semi-Private Level Connection UP UP UP Kitchen Living Room UP UP UP UP PV Panels Open Patio Dining Area 04 Diving Exit Dining Area
ROOF
LEVEL Floor Plans ADAPTING MARINA
PASSIVE STRUCTURE
Shifted blocks for through sight-lines
Operable windows at opposing side for through ventilation. Window Overhangs for 360° seasonal shading. Low-E gas filled triple glazing
WATER RECYCLE SYSTEM
Rain water & natural filtration collection system. Grey water recovery system Gradient in floor heating
CONCRETE CAISSON AS FLOATING BLOCK SUPPORT
PROMOTED LOCAL WILDLIFE
VEGETATION GROWTH ALONG FLOOR
FLEXIBLE ENTRANCE
WINTER SUN
THROUGH VENTILATION
FLOATING PARK
Stable Platforms:
- Perforated aluminum decking
- 3D Printed Terra Cotta
- Porous rough concrete
- Recycled concrete pillars
Floating Docks:
- Composite decking from reclaimed wood and recycled plastic
Stable Mesh:
- Perforation mesh promoting vegetation growth
Floating Vegetation:
- Floating wetland with telescopic anchor points
SIGNAL LIGHT
Spinning hydro power generator with marine navigation lights
JESSICA ADAMSON
PORTFOLIO 29
SUMMER SUN
HABITAT FOR MICRO ORGANISMS
RESTORED
WETLANDS VEGETATION FOR HABITAT CREATION
ADAPTING MARINA
Combining iterations derived in Grasshopper to form a facade with perforations. The perforations are determined based off of privacy & publicity of the interior space as well as the solar path.
DYNAMIC FACADE
SINGULAR OBJECT
05 ACEDEMIC: GRAPHIC DESIGN
JESSICA ADAMSON PORTFOLIO
31
Introduction
DYNAMIC
FACADE
PUBLIC / PRIVATE SCALE LOFT SURFACES
PUBLIC / PRIVATE
Scale of triangles within sequence#1 decreased in areas that privacy is not an issue.
SUN PATH ORIENTATION
SEQUENCE#1
SUN PATH
Face of triangles within sequence#2 oriented towards the sun path.
SEQUENCE#2
LOFT Triangle suquences are lofted together.
COMPONENTS
Each planter is divided into two section constructed from concrete molds.
CONNECTION
The two components are attached using 3 metal dowels through the central axis.
INSTALLATION
Components are bonded at seams then earth and plants are added within.
JESSICA ADAMSON PORTFOLIO
ASSEMBLY
Sequence#1 created the base for plant dirt and roots, while sequence #2 creates opening for plant head access.
33
Pseudo-Code
DYNAMIC FACADE
The contemporary city changes, and adapts depening on its inhabitant requirements. Similarly the pseudocode organicly alters depending on internal parameters. This project flows throguh a series of morphological steps. Transitioning inherited characteristics through the evolutionary steps.
ORGANIC ALGORITHM
ACEDEMIC: GRAPHIC DESIGN
SINGULAR OBJECT
06
JESSICA ADAMSON PORTFOLIO
35
Introduction
ORGANIC ALGORITHM
1
PAPER MODEL
2 PAPER MODEL
3 PAPER MODEL
SMOOTH3C
3B SCULPT ALONG CURVES
3A PINCH IN MIDDLE
3 ORIGINAL SCAN
Soft select same point then move down at various increments.
Create a
lattice on each moved
soft select top panel of lattice (changing soft selection depending on previous move so bottom panel is not selected). rotate by 60 degree increments. repeat.
Algorithm
Final model & render on
JESSICA ADAMSON
PORTFOLIO 37 SOFT MOVE LATTICE TWIST 3B0T 3B60T 3B120T 3B180T 3B240T 3B300 3B - 0M 3B - 1M 3B - 2M 3B - 3M 3B - 4M 3B - 5M 3B - #M - #T proxy # strength of soft move degree of lattice twist
5x5
proxy.
3B4M -120T LEGEND #M #T
next page.
ORGANIC ALGORITHM
TOP VIEW NTS 3B4M -120T FRONT ELEVATION NTS Thickened, horizontal layers of cardboard 3D MODEL 1
JESSICA ADAMSON PORTFOLIO
39 SECTION TOP VIEW NTS 3B4M -120T Shrink wrapped, vertical layers of cardboard 3D MODEL 2 Final Form ORGANIC ALGORITHM
VIDEO
Developing a workflow for the robotic assembly of discrete components using the logic of traditional stacked masonry systems. Speculating the potential for human-robot collaboration, distributed manufacturing and on-site robotic construction while engaging in the production of bespoke architectural elements. Digital simulation and remote executions are employed to allow for a range of potential modes of exploration.
Utilizing analysis and simulation data as inputs into parametric modelling of geometric forms, which were then manually customized to include structural stability, bounding robotic logistics and architectural elements to suit public seating. Deploying generative computational techniques, digital fabrication, robotics, material exploration, and performance analyses to discover and create a process, technique, and final product.
ROBOTICS
MASONRY
INTENSIVE
07
ROBOTICS ELECTIVE
+
JESSICA ADAMSON
PORTFOLIO 41 OPTION 2 OPTION 3 OPTION 5 OPTION 6 OPTION 8 OPTION 9 OPTION 11 OPTION 12 Stable Likely to fail Introduction ROBOTICS + MASONRY
Type A Type B Type C Type D Type e Type fOriginal
DEVELOPING COMPONENTS
MOULD TYPE 1
Design: Attaching the inner shape to the base of the mould and having an outer shell mold.
Challenges: Problems with erecting the bottom base from the casted brick.
MOULD TYPE 3
Design: Separating the inner shape from the base.
Challenge: The base was much easier to erect from the casted brick, yet it was difficult to separate the inner shape and difficult to know the position of the inner shape piece.
inner shape that clips on the outer shell mold.
Challenge: The added bar was subjected to breakage due to the strong force being applied to it.
MOULD TYPE 4
Design: Indents were created in the base for the inner shape to fit into and be separate from the outer shell mold.
Challenge: The most successful mold as it was easier to get the casted brick out without any problems.
ACTUAL BRICKS & MOULDS
Transforming the originally given brick with a modern form which consists of selected performances. Drawing on recent advances in computational design tools and workflows, we advanced the traditional moulds using
3d printed versions, inspired by traditional forming processes. Each mould form created unique challenges and stress points, with some forms able to generate a larger series of bricks, while others were limited.
JESSICA ADAMSON PORTFOLIO
43
Moulds & Outcomes
ROBOTICS + MASONRY
PROPOSED SEMI-AUTONOMOUS COMPOSING METHODOLOGY
Digital creation
3d Printers
3D Iterations of special bricks. Mold generations. Exterior shell of mold created on large format 3D printer for strength and durability. Interior inserts and bases printed on small format 3D printers for higher flexibility.
Sand edge of 3d printed molds to ensure tight fit.
Opening of exterior shell to be clamped. Base to be taped in place. Cracks and opening to be sealed with clay.
Ingredients: 1 - 32oz cups cold water 1 - 32oz cups warm water 10 - 25g plaster - Quickcrete dye
depending on desired colour]
Mix until begins to thicken [Approx. 5 min]
Once mixture begins to thicken, quickly pour/ scoop into molds using wax sealed paper cups. If mold leaks, apply downward pressure to mold inserts. Vibrate molds to ensure no air bubbles. Ensure tops of mold are clean.
[Varies
1 1 2 Mould prep2 Plaster mixture3
Mould pour4
Ablendofhumanandroboticconstruction
6
20min to set
Aggregation prep6 7Assembly
Manual squeeze test to ensure strength. Organize based off of brick type. Ensure ‘pick-up’ spot is filled based off of pseudo code. [*See separate diagram for robot arm methodology]
As robot places bricks pause prior to placement, and use caulking gun to apply adhesive.
5
8hour to set
Brick extraction5
Remove clamps & tape. If required scrape off any excess plaster. Open shell and slide brick out. Remove base. Pinch interior mold inserts [May require tapping and patience to work out].
Clean
Crack paper cups to loosen dried plaster. Scrape out mix bucket. Molds scraped and repaired if needed.
8hour to dry
Finishing touches
Peal off excess adhesive ensure all pieces are secure.
ADAMSON
JESSICA
PORTFOLIO 45
3 4
7
Overview
of Construction Process ROBOTICS + MASONRY
PURPOSE
ZIP-TIE CONNECTIONS
The milk-crate is a unit that can be stacked, angled and tied together to form a robust shelter from the wind and snow. The waving arch allows users to absorb the warmth of the fire, while framing the surrounding building views and the fire pit itself. Mimicking the shape of a fireplace or oven the interactive seating area can be accessed from multiple sides.
ROLE
The 172 crates are secured with zip ties, allowing the crates to be oriented and secured safely to create an archway. Plywood covers the seating area, delineating where users are safe to occupy. Lighting illuminates the archway, enhancing the fires warm glow.
08 ARCHITCETURE STUDIO 1 BUILT WORKS
-32º
52M YARN TEMPERATURE 172 CRATES 700 ZIP-TIES 5M LED STRIP 1/2”PLYWOOD
Winning design-build installation for Calgary’s tactical urbanism contest. LOCATION Calgary, ON, Canada
Working within a team, design and create an attractive destination for warmth and connection using the given recycled items.
JESSICA ADAMSON PORTFOLIO
47
Recycled Urban Contest
BUILT WORKS
PURPOSE Renovate and update for new Art Fundamentals class LOCATION Oakville, ON, Canada COMPANY Sheridan College ROLE Project coordinator, working with engineers and trades design and furnish based on class requirements shelves tv/vcr sink sink E110 Studio E110a E110b E111 950 sq ft. SHEET CARTS Bansaw Drill press Belt sander (future machines?) E110 Studio 695 sq ft. E110b Office 95 sq ft. E111 Classroom 950 sq ft. OPEN Shelving Work station counter Standing workstations Standing workstations Table saw with localized duct collection 3D printer ELEVATOR/B-WING ACCESS DATA SERVER ROOM E110a Storage 380 sq ft. EXISTING PROPOSED
Classroom
JESSICA ADAMSON PORTFOLIO 49 DATA SERVER ROOM 11'-11 29'-9" 16'-2 12'-3 8 8 2 33'-8 E110 E110b 95 sq ft. E111 E110a STORAGE 380 sq ft. PRESS BELT SANDER WORK STATION TABLE SAW WITH OPEN FOR 4'x8' OPEN SHELF HAND MAT. FINISH MAT. FINISH TYPE *REFER TO PAINT SPECIFICATIONS FOR FURTHER INFORMATION PROPOSED FLOOR PLAN A4 NOTES: PATCH AND PREP EXISTING FLOOR FOR WALL BASE, TRANSITION STRIP(S) AS NEEDED, AND EPOXY CONCRETE APPLICATIONS, REFER TO SPECS FOR APPLICATION PROCESS AND MORE INFORMATION. SUPPLY AND INSTALL FLOORING, WALL BASE, AND GRAY METAL TRANSITION STRIPS AS SPECIFIED. Make good of all areas affected by work to Sheridan Coordinate all required testing and inspections Protect furniture, equipment and items to remain (ie. flooring) during construction. Electrical Contractor shall verify capacity and location of electrical panel required to complete scope of work. Data Contractor shall verify capacity and location of Project Specific: Drawn By: Drawing No.: Checked By: Drawings are meant to be read, and not scaled Contractors must check and verify all dimensions and report discrepancies to the Project Coordinator before commencing with work All drawings remain the property of Sheridan College and shall not be reproduced or reused without written consent. heridan Get Creative General Notes: Project Name: Sheet Name: E110 VCA/ART FUNDAMENTALS J.A N.C N Trafalgar Campus N REINSTALL REUSED CORK BOARDS. INSTALLED BY OTHERS. MOLDED STONE LAUNDRY TUB FLTD SINK, MOEN MOE8055 FAUCET, AND G1101 EYESAFE FAUCET MOUNTED EYEWASH 5 GENERAL CONTRACTOR SHALL RELOCATE FURNITURE (I.E TABLES AND STORAGE LOCKERS) SUPPLIED FROM AA18 AND INSTALLED WITHIN SPACE AS SHOWN. PLEASE COORDINATE 6 (IE. PRINTER, COMPUTERS, PHONES, MACHINES ETC.) TO BE PODIUM SHALL BE SUPPLIED AND INSTALLED BY OTHERS.8 SCOPE OF WORK. PAINT WALLS, CONDUITS, COLUMNS, VALANCE, DOORS AND WINDOW FRAMES. REFER TO DOOR SCHEDULE: PAINT SCHEDULE: FLOOR SCHEDULE: 4 1 REFER TO LIGHTING, ELECTRICAL AND MECHANICAL PLANS PATCH, PREP AND MAKE GOOD OF ALL EXPOSED CEILINGS. 7 P01 F01 METAL TRANSITION STRIP WALL COLOR AND WINDOW FRAME: SHERWIN-WILLIAMS SW 7029 AGREEABLE GRAY, SATIN FINISH SW 7645 (THUNDER GRAY) SEMI-GLOSS FINISH WALL BASE: JOHNSONITE 63 BURNT UMBER THERMOSET RUBBER WALL BASE MANDALAY PROFILE P02 P01 P01 P01 EPOXY CONCRETE FLOORING WITH SLIP RESISTANT FLAKES P03 CEILINGS: MAINTAIN CONCRETE, PAINT TO MATCH EXISTING PAINT P04 12 DATA SERVER ROOM E110 E110b 95 sq ft. E111 950 sq ft. LC 01 LC 01 PRESS BELT SANDER WORK STATION TABLE SAW WITH LOCALIZED DUST OPEN FOR 4'x8' PLYWOOD SHEET CARTS E110a STORAGE 380 sq ft. OPEN SHELF L3L3 L2 L2 L2 L2 L2L2 L2 L2 L1 L1 KP-2 OC1 OC2 EMG EMG 05-DL-11 PROPOSED LIGHTING PLAN AS NOTED E3 NOTES: Dispose of all material and debris within scope of Make good of all areas affected by work to Sheridan Standards. Coordinate all required testing and inspections Protect furniture, equipment and items to remain (ie. wiring closet required to complete scope of work. Refer to tender, specifications, instructions and all other documents related to scope of work to complete project. Project Specific: Drawings are meant to be read, and not scaled Dimensions to be verified on site Contractors must check and verify all dimensions and report discrepancies to the Project Coordinator before heridan Get Creative Project Name: Consultant(s): Revision: Scale: E110 VCA/ART FUNDAMENTALS ISSUED FOR TENDER 05/16 J.A N.C N PROPOSED LIGHTING PLAN Trafalgar Campus 1430 Trafalgar Road Oakville, ON (905) 845 9430 N DETAILS. FINAL DALI COMMISSIONING BY SHERIDAN COLLEGE/COOPER LIGHTING. CONTRACTOR TO COORDINATE AND ASSIST WITH COMMISSIONING OF DALI DEVICES AS REQUIRED. TYPICAL. (LCP) AS INDICATED. MECHANICALLY PROTECT DALI WIRING IN CONDUIT (MINIMUM 3/4"C) WHEN ROUTED IN EXPOSED CEILINGS OR NOT IN CABLE TRAY. ROUTING OF DALI PLENUM RATED CABLES IN EXISTING CABLE TRAYS MUST BE REVIEWED/APPROVED WITH SHERIDAN PROJECT COORDINATOR. ENSURE PROPER COVERAGE FOR ROOM AND TO SUIT MANUFACTURER'S RECOMMENDATIONS. STEM MOUNT TO AVOID CEILING INTERFERENCES AND COORDINATE LOCATIONS WITH SHERIDAN PROJECT COORDINATOR. TYPICAL. DALI WALL STATION IN RECESSED IN SINGLE GANG OUTLET BOX C/W EXTEND DALI LOOP WIRING (IN 3/4" CONDUIT) BACK TO EXISTING SHERIDAN COLLEGE LIGHTING CONTROL PANEL (LCP) BREAK-OUT BOX LOCATED IN MECHANICAL SHAFT ROOM E101C 6 6 4 4 E110 E110b OFFICE 95 sq ft. E111 CLASSROOM 950 sq ft. WORK STATION COUNTER LOCALIZED DUST COLLECTION PLYWOOD SHEET CARTS SUPPLIED BY OTHERS E110a 380 sq ft. ACR ACR IP E E E E E E E E E E E E E E E E E E E E RP RP3 NEW 225A/84 CCT CCT #2-16 CCT #2-15 (20A-1P) CCT #2-17 (20A 1P) CCT #2-19 (20A-1P) CCT #2-3 CCT #2-5 POWER & SYSTEMS PROPOSED PLAN E6 NOTES: ALL OUTLETS TO BE DECORA WHITE COMPLETE WITH STAINLESS STEEL COVER PLATE. Dispose of all material and debris within scope of flooring) during construction. Electrical Contractor shall verify capacity and location of electrical panel required to complete scope of Data Contractor shall verify capacity and location of wiring closet required to complete scope of work. Refer to tender, specifications, instructions and all other documents related to scope of work to complete project. Drawn By: Drawing No.: Checked By: All drawings remain the property of Sheridan College and shall not be reproduced or reused without written Construction North True North heridan Get Creative Issues/RevisionsNo. Seal: Consultant(s): Date Issued Date: E110 VCA/ART FUNDAMENTALS 05-2016 N E6 POWER AND SYSTEMS PROPOSED PLAN 1/8" = 1'-0" Trafalgar Campus 1430 Trafalgar Road Oakville, ON (905) 845 9430 N THE PROJECT. SUPPLY AND INSTALL DATA AND DUPLEX RECEPTACLES AS NOTED ON DRAWINGS COORDINATE EXACT LOCATION WITH SHERIDAN STAFF PRIOR TO ROUGH IN. PROJECTOR CAGE AND POLE TO BE PROVIDED BY SHERIDAN COLLEGE AND TO BE INSTALLED BY CONTRACTOR. SUPPLY AND INSTALL ACCESS CARD READER(S) AS SPECIFIED AND SUPPLY IP CLOCK, GENERAL CONTRACTOR IS RESPONSIBLE TO WITH SHERIDAN COLLEGE PRIOR TO ROUGH IN. LOCATION ON THE PATCH PANEL (FOR EXAMPLE: C135-115-47) PRIOR TO ANY I.T. RELATED WORK, GC AND/OR DATA DARKO RADMAN 647-234-4196 RESULTS (FOR ALL JOBS) TO SHERIDAN'S P.M. 15 FOR ADDITIONAL INFORMATION REFER TO THE "COMMUNICATIONS INFRASTRUCTURE DESIGN GUIDE V.5 (SEPT. 2013) MOUNTED, TO SUIT LAYOUT. PROVIDE STANDARD 5-15R CEILING 16 CRCUIT #2-11,13 (20A 2P). ELECTRICAL FEED TO COME FROM FLOOR BELOW. FIRE STOP ALL FLOOR PENETRATIONS, 17 18 MOUNTING HEIGHT OF NOTED ELECTRICAL OUTLETS TO BE DETERMINED ON SITE. 20 SUPPLY AND INSTALL MEDIA RACK, POWER AND DATA TO BE DETERMINED INSIDE RACK. 20 SUPPLY AND INSTALL ONE PURPLE AND ONE BLUE DATA DROP AT NOTED PODIUM LOCATION. ALL OTHER DATA DROPS SHALL BE BLUE. 22 SUPPLY AND INSTALL WIRELESS ACCESS POINTS WITH A 10' SERVICE LOOP. 22 16 16 23 FOR EACH DATA DROP THAT IS INSTALLED IN A SPACE PLEASE PLEASE PROVISION FOR ACCESS CARD READER TO BE INSTALLED FOR DATA CLOSET. 19 PROVIDE 15A 250V RECEPTACLES (TYPE 6-15R) CIRCUIT #2-8, 10 (15A-2P). PROVIDE 20A T-SWT RECEPTACLES (TYPE 5-20R). CIRCUIT #2-14 (20A-1P) shelves tv/vcr sink sink E110 Studio E110a E110b E111 950 sq ft. FOR 4'x8' PLYWOOD SHEET CARTS Bansaw Drill press Belt sander Storage space (future machines?) printer
Retrofit BUILT WORKS
PURPOSE
Robotic masonry fabrication LOCATION
University of Calgary, Canada COMPANY
University of Calgary ROLE
Working within a team of 4 design and create new ‘bricks’. Design and assemble brick aggregation with robotic aid.
RENDER VIEW 1: Collaboration Space
Space
&
Space
BEFORE: Retired Office
FINAL FORM: Meeting
Eating
A
Presentation TV
ACCESS
JESSICA ADAMSON
PORTFOLIO 51 Partial Wall to divide space, creating 2 zones; semi private & collaborative
Access to main offices & Meeting area OSB pinup walls Standing table for informal discussions & lunches Indirectional LED dimmable Lighting KITCHENETTE MEETING THROUGH
(3) PRIVATE DESKS PRINTING & STORAGE BATHROOM C A B B C Studio Container BUILT WORKS
Proposal
VISUAL GRAPHICS
09 PERSONAL PROJECTS
for an interior/exterior renovation. This render was used within marketing promotional material and was used to demonstrate colour choice to owners & clients. The BMI Group : COMPANY Statford, Ontario, CA : LOCATION
Introduction
JESSICA ADAMSON PORTFOLIO
53
VISUAL GRAPHICS
FINAL FORM
JESSICA ADAMSON PORTFOLIO
55
Secondary Render
VISUAL GRAPHICS
PORTFOLIO Masters of Architecture JESSICA ADAMSONP: + (519) 550 - 0354 E: HELLO@JESSADAMSON.COM
