Molly Gagnon / B.S. in Architecture / M.Arch Candidate / Northeastern University
Molly Gagnon
Skills
Technical
Adobe Illustrator
Adobe InDesign
Adobe Photoshop
Adobe Premiere
AutoCAD
Autodesk Revit
Bluebeam Revu
Garageband iOS
Lumion
Microsoft Office
QGIS, ArcGIS
Reaper
Rhinoceros Ultimaker Cura
Physical
3D Printing
Hand Sketching
Laser Cutting
Model Making
(518) 527 - 9749 / mmgagnonn@gmail.com / linkedin.com/in/mmgagnonn
Education
Northeastern University, Boston MA
BS in Architecture 2022 / M.Arch Candidate 2023
IE University, Segovia, Spain / Spring 2020 Study Abroad Semester
GPA: 3.78 / Magna Cum Laude / Dean’s List 2017 - 2022 / Honors Program
CAMD: Distinguished Scholars Scholarship / AIAS Mentorship Award
Experience
RODE Architects Inc. RODE Inc. / Architectural Co-op. Architectural Developed construction documents for large multi-family complexes, specializing in unit layout and coordination of MEPFP in collaboration with Project Managers and Interior Designers. Created diagrams, renderings, physical and digital models for community and client meetings.
7/2021 - 12/2021, 5/2022 - Present
Research & Fabrication Assistant Fabrication / Professor Carmen Hull. Carmen Hull. Research fabrication methods and materials for an upcoming Summer 2023 exhibit on gender inequality in various countries.
1/2023 - Present
References
Ruthie Kuhlman, RA Architect / Associate RODE Architects Inc.
ruthie@rodearchitects.com
Ben Wilson, AIA, LEED AP Principal Bargmann Hendrie + Archetype, Inc.
(617) 456 - 2261
bwilson@bhplus.com
Brian Gregory, AIA, LEED Green Associate Project Manager, Urban Design Practice
Perkins&Will Boston
(973) 229 - 3454
Coursework
Masters Design Studio
Comprehensive Design Studio
Integrated Building Systems
Geographical Information Systems (GIS)
Architecture of Social Reform
Structural Systems
Design Studio 4: ProgramSpain Study Abroad
Sustainable Urban Transportation in the Netherlands
Bargmann Hendrie + Archetype, Inc.
brian.gregory@perkinswill.com
Sewing Interests
Bargmann Hendrie + Archetype, Inc. / Architectural Co-op. Architectural Co-op. Worked closely with Principals, Architects and Project Managers on a range of project scales. Produced construction and schematic drawings. Created and edited 3D, physical models and renderings for presentations. Met with clients and community members, and made site visits.
5/2019 - 11/2019
Northeastern University NOMAS
Senior Advisor and Communications Specialist. Senior Advisor and Communications Advocate for changes to the curriculum to promote inclusivity. Advise in the logistics for events and craft newsletters. Collaborated with AIAS and the SOA Admin to plan the 2020 Spatial Inclusion and 2021 Blueprints for Health Lecture Series. Previously a Cultural Liaison and AIAS Liaison.
9/2018 - 11/2019, 5/2020 - 5/2022
Northeastern University AIAS Northeastern AIAS
Vice President of Special Events. Vice President Events. Lead initiatives in planning, promotion, and organization of events and meetings. Coordinated with the SOA Administration and represented Northeastern at national and regional conferences. Previously Webmaster.
5/2018 - 5/2019, 5/2020 - 5/2021
Figure Skating
Cross Country Skiing
Guitar, Songwriting
Skateboarding
Cycling
Duolingo
Sewing
Propmaking
Writing
Urban Oasis
How do you create an escape from the city in the heart of Madrid?
PONDering Infrastructure
Can infrastructure not only protect against stormwater flooding but educate and foster community?
level isn’t permanent, so why should architecture be?
What can a dialogue between the wisdom of the past and progressive outlook of the present and future become?
Creative Endeavors
61 Appear and Disap(pier)
Fortnite Hill @ Chadwick Lead Works How
architecture and technology
Internship Work at bh+a and RODE When thoughts and ideas become reality, what happens? 11 29 21 45 What can be learned from new projects, new people and a new environment?
What are other outlets for creativity?
Sea
can
translate to an installation?
1
Ripples from Ruggles
37 Project Proposal Acton Housing Authority What is the
for winning architectural work in practice? 57 Expanding BlueBikes in Boston How can technology further our understanding of space? 59
process
Urban Oasis
How do you create an escape from the city in the heart of Madrid?
Spring 2020 / IE University: Segovia / Design Studio 4: Program / Clara Murado
This recreation complex combines a variety of recreation and entertainment programs into a breath of fresh air in the sprawling city of Madrid.
/ 1
patio view
2 / green spaces
This project reimagines what the open, boarded up lot between these buildings could be, literally filling the void with recreation and leisure.
Enclosing the perimeter of the site with program shifts the focus inward to the open spaces in the center.
A sculptural rock wall both secludes and invites visitors into the space, dancing around the rigid shapes of the surrounding buildings.
A beachfront is brought to the middle of Madrid with the inclusion of a competitive beach volleyball court, accompanied by a water playspace and outdoor café seating, shaded by hanging vines and plants.
L M M M S S S L L / 3
massing arrangement
rockwall
circulation
4 /
interior section 1
interior section 2
massing model
/ 5
6 / east entry
The three main programs constitute three main circles of influence, with surrounding spaces supporting them. A main walkway serves as a path to connect each of them.
The Rock Wall space includes the Splash Park and bleachers for the Beach Volleyball Court.
In the indoor dining space, restaurant pods allow for smaller local restaurants to cycle through and continuously change.
o l e UP DN DN Mechanical / 7 restaurant p o d
site plan
8 / unrolled interior elevation internal circulation
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atrium
recreation
Infrastructure PONDering Infrastru
Can infrastructure not only protect against stormwater flooding but educate and create community?
Fall 2020 / Architecture, Infrastructure & the City / Brian Gregory
The need to protect infrastructure and vulnerable populations is dire. How can we do this while also preserving valuable public and urban space?
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pool view / pavilion view
With unprecedented weather events occurring more frequently, the public spaces that the people of Boston have fought for are at risk of going underwater.
This puts the Southwest Corridor, a critical transportation line, at risk for severing a reliable connection to the economic center of Downtown Boston.
These neighborhoods are the homes of many socio-economically disadvantaged individuals as well as many people of color.
The need to protect the Southwest Corridor and ensure it remains operational to ensure mobility and equity is greatly needed.
allston pum p t r ac k jamai ca p nialfancyland hyde park rese r v a t ion roadskatepark cambridgel ynch f a m i ly s ka tep ar k east bos t o n s katepark Roxbur y L itt le ScobiPelayground 12 / ial v u l n e ar lib retaw flgnidoo stormwa di n g + tnoc impervious surf a c e s historical stony b r o o k r revi + retawmrots flgnidoo
more children less public recreation facilities skatepark s in bos t on
existing conditions
base lot parcel sf: 117,805
This project combines education, infrastructure and community to create a public space that helps prevent stormwater flooding.
Absorb Floodspercolate throughthesurfacehere
Abstain Thesesurfacesdo notallowfloodstopermeate
Trench Important depressed transport lane
Way Motor-powered transportationtravelshere
Junction Large intersectionsofvariousways, typicallydangerous Flood Destructiveamountsof waterthatcanoccurwithstorms
Slope Elevatedareasthat resistfloods
setback 1 rear yard: 20’
It is also a space that can support events and programs that benefit the community, as well as the neighboring Roxbury Community College.
Skateboarders have often found use for water management facilities.
setback 2 street wall continuity
A public skatepark and new bike path that doubles as stormwater management infrastructure can both protect the MBTA and create valuable spaces of learning, growth, education, and human connection.
building height maximum: 45’
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floor area ratio sf x 2 = 235,610 sf final building envelope urban taxonomy
14 /
roof drainage planstormwater flooding along the swc
Skateparks
050100300ft 050020005000ft RoxburyJacksonSquareRugglesCrossing / 15 Rooftop access and access to Pavilion Views out to skatepark RCC this way RCC Expansion is close to other academic buildings Pavilion Integrated into topography Skatepark Open Space employs full grade of terrain with access from main and side streets. High visibility, access to RCC building, with “catch basin” more parallel to topography to catch runoff 3 - Testing Center 2 - Library 1, 2 - Common areas 1 - Cafeteria SWC without intervention underground parking collects excess flooding addition of skate park, updated bike path massing proposal section a section c
The skatepark is often treated as purely recreational space, but it can be so much more.
The sense of community that is fostered through skateboarding is valuable to our urban spaces.
can also manage stormwater flooding and protect infrastructure for vulnerable communities.
16 /
section / elevation through site
/ 17 street intervention existing addition of raised crosswalk addition of medianaerial view ii i l i ddi d i f i d lk k ddi d i f di
18 / an intersection with a skate stop seating and a community bulletin board i i i h k i dibllib d
contidiikh inue education in workshops
begin southern construction and transfer activities to rcc facility soutthern constrruction and trannsfeer activities to o rcc faccility
begin northern construction of rcc expansion: southern remains open for education pen for education
northern constrruction of rcc southeern remmains op
teach about stony brook river, flooding and hold inclusive learn-to-skate workshops with rcc & community
teach about stony brook river, and hold inclusive learn-to-skate rcc &
1 educate tranform
2
transfertranscend
3
4
facilitatetraverseextend te transport
iiidfi s r revvisse intterseccttion annd creaate a safer r ennvironmeent to supppoort eventts
demolish sidewalk, re-route bike path onto columbus temporarily and begin changes to bike path nd to bike
d demmolish h sidewwalk, re-route bikke patth o onto coluumbus temmpporarily a an
bikhli b bikke e path completiioon
dd fl dlbl fi ihi a address ood--vulnneerable e areas rst witth swwc immproovemeentts
full improvements completed
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SITE S W C
PHA S IN G planSIT
Appear + Disap(pier)
Charlestown Navy Yard Appear + Disap(pie
Sea level isn’t permanent, so why should architecture be?
Spring 2021 / Individual / Embodied Environments & Climate Sensibilities / Irmak Turan
2 20 0 /
Everything is always changing. Tides, weather, seasons, and climate all change, and will continue to change. Architecture should be dynamic and reflect and adapt, rather than remaining static.
/ 21 po poool l viieew w / p paavviililion on viieew
urban farm: high tide
/ 21
urban farm: low tide
charlestown navy yard
A great deal of public spaces in Charlestown are threatened by sealevel rise, and providing resilient green spaces is more than a necessity. Maintaining the connection to the maritime history through a close relationship with the water is crucial.
This is not only for the identity of Charlestown, but also to provide public access to these experiences when privatization leaves these spaces far and few between.
site
sea level rise + tides
A dynamic space that reflects the ever-changing environment around such a historical site can educate about current issues facing the Navy Yard, such as sea level rise and local ecology, as well as the past.
It can also fill the gaps in services and necessities that are scarce along the waterfront, such as nonconvenience and fresh grocery, educational spaces and community meeting spaces.
22 / public + privat e S c slooh education community organi z a t snoi gathering grocery + conven i e ecn serotS farming fishing related s p seca fishing
plan
fishing long and spread out for easy isolation, water access, variety of spaces to fish from
community gatheringspace closer to land for easy access, visibility, and to draw people onto the pier
community farming in the center as a bridge between busy and quiet spaces as well as a connection to all of the other spaces.
educational gathering space more isolated and further away from the land for more seculsion and less distraction. access to farming and fishing programs and larger to be more flexible for multiple groups, activities, etc.
max
indicate tide small spaces between plantings
fishing pier changes with tides
/ 23 original pier 5 cut away for wider sailboat entrance lower sections for closer relationship to water raise sections for access, slope like natural shore terrace south-facing slope for farming plots zigzag fishing area for more fishing space raise and lower fishing for water access public private static vs y dynamic ynnamic n vs g floodin
progression roof
for
massing
slopes up
entry terraced for
sun exposure pillars
09 09::000 1 11:0:00 133:0:00 1 1 166:000 17 17:0:00
solar shading
24 / max sun exposure for plants meeting space in the sun
choice of sun or shade for fishing shaded entry meeting space plant su nts
timelapse
/ 25 sunset over pier 5 / 25
The people, fish, tides, plants, and even history of a place rarely remain stagnant over time.
A space that embraces these changes, over years, months, days and even hours can stand the test of time and be as dynamic as the world we live in.
26 / 0100200300400500ft
motion + materials
/ 27 0100200300400500ft
@ Chadwick Lead Works FortniteHill @ChdikLd
What can a dialogue between the wisdom of the past and progressive outlook of the present and future become?
Spring 2022 / Comprehensive Design Studio / Peter Wiederspahn
in collaboration with Sung-jun Kim
Fort Hill’s history is complex and interconnected with the history of Boston as a whole, and that should be celebrated.
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site context
Chadwick Lead Works Timeline
A building steeped in Boston History, The Chadwick Lead Works was built following the demolition of Fort Hill. It now sits close to the Rose Kennedy Greenway, a product of, and surviving constant renewal, rebuilding and development since the original settlement of Europeans on the Massachusett Tribe’s land.
Our adaptive reuse project wanted to pay homage to this history, while remaining focused on the needs of the future.
Highlighting a unique function and architectural element of the Lead Works— the Shot Tower, our project brings back the memory of the fortress, while adapting the building to the sustainability and accessibility needs of the present and the future.
A light-filled atrium addition unites the two grids and floor plates of the existing buildings, organizing the circulation and providing modern building necessities. A funnel roof and rainwater capture system bring a new use to the shot tower that echoes back to the original shot production, while serving as a natural cooling tower.
Map Images courtesy of Mapjunction / http://goodoldboston.blogspot.com/2011/09/fort-hill.html / https://www.newenglandhistoricalsociety.com/7-fun-facts-about-the-boston-irish/ / https://globalboston.bc.edu/index.php/home/ethnic-groups/irish/13-half-moon-place-1849/ / https://aknextphase.com/the-chadwick-lead-works/ https://www.bostonglobe.com/opinion/letters/2015/06/24/taxes-not-solution-for-american-decline/WTLTwu6h0OYiD96WwofikN/story.html / The Boston Globe / Digital Commonwealth / https://www.massmoments.org/moment-details/central-artery-project-announced.html
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1852 1883 1917 1952 1955 1995 2002 2005 Present
Fort Hill Square 1883 Great Fire of Boston 1872 Rose Kennedy Greenway 2019 Chadwick Lead Works Built 1887 K.J. Quinn & Co Founded -1880 Boston Financial District 1932 Central Artery 1971 Boston Globe Newspaper 1954 International Place 1987 and 1992 John F Fitzgerald Expressway - 1999 “Is parkland best use for Central Artery?” 1988 New York Times 1991 John Fitzgerald Expressway + International Place 2002 Fort Hill 1860 Fort Hill - 1856 Fort Hill Demolition -1871 Chicago Tribune 1845 Fort Hill Tenements + Cholera Epidemic -1849 oston ish opulation 1855 ston 1855 Fort Hill Fort Late 1600’s
Existing Conditions:
molten lead perforated pan
lead falling
By bringing all of the services into the new additions in
Iteration II Proposal:
surface tension makes spheres
plates of the existing building are freed up as open space. Contrary to the large atrium, this almost doubles the usable floor area in the building.
water cools the lead balls
/ 31
3738 sqft + 4743 sqft 3608 sqft + 4743 sqft 3608 sqft + 5367sqft 3608 sqft + 5367sqft 3738 sqft + 5367sqft 3738 sqft + 5367 sqft total floor area: 45,516 sqft services + circulation: - 3,039 sqft usable floor area: 42,477 sqft 3738 sqft + 4743 sqft 3738 sqft + 4743 sqft 3608 sqft + 5367 sqft 3608 sqft + 5367 sqft 3608 sqft + 5367 sqft 3738 sqft + 5367 sqft + 1262 sqft + 2438 sqft + 864 sqft + 1262 sqft + 2438 sqft + 864 sqft + 1262 sqft + 864 sqft + 1262 sqft + 864 sqft + 1262 sqft + 864 sqft + 1262 sqft + 864 sqft 3608 sqft + 4743 sqft + 1262 sqft + 864 sqft 3738 sqft + 5367 sqft + 1262 sqft + 864 sqft 3608 sqft + 4743 sqft + 1262 sqft + 864 sqft 3738 sqft + 5367 sqft + 1262 sqft + 864 sqft 3608 sqft + 5367 sqft + 1262 sqft + 864 sqft 3608 sqft + 5367 sqft + 1262 sqft + 864 sqft
total floor area: 110,028 sqft services + circulation: 26,822 sqft added floor area: 64,512 sqft added usable: 37,690 sqft usable floor area: 83,206 sqft
oor
the building, the remaining fl
Structural Grid
tion ion vation ation
1/16” = 1’0” 0612182430ft Column Type New Existing 32 /
- Wiederspahn
atrium funnel collects rainwater for later use air exchangers to retain air heat for use and ventilate exhaust water feature: evaporative cooling system stack effect in
operable raised atrium with vents to ventilate hot air
hotairisdrawnoutfromspacesadjacenttotheatrium
geothermalpumptocool/heat&filterfountainwater geothermalembeddedinatriumfloorheatsairandcausesittorise-increasescirculation operableventsforfreshairintake
space provides walkwaysarrangedinfunnelshape toallowhotairtoflowupwards
embeddedradiantheatinglinesinnewfloorslabs
geothermalforheating/cooling pumpsforgeothermalradiantheating/cooling
atrium
roof funnel
elevated
new
natural light deeper into the atrium
angles reflect/direct
green
view of tower, fountain and atrium
0 5 15 30 35 40ft 16’-10” 39’-7 1/2” 15’ 5 3/4” 45’ - 5 1/4” 1° 4.5° 12’-4” 7’-9 3/4” 13’-0” 16’-0” 16’-0” 17’-0” 13’-0” 13’-0” 19’-0” 5’8 1/4” 13’ 6” 117’-41/2” 116’-10” / 33
34 /
/ 35
view from main entry
from RugglesRipples fromRuggl m
How can architecture and technology translate to an installation?
Fall 2022 / Masters Research Studio / Humbi Song
36 6 /
By applying different technologies to site analysis and material exploration, this yearlong research studio aims to craft an installation uniting technology and design.
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38 /
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40 /
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Bargmann Hendrie + Archetype Internship Work BargmannHendrie+Arc r
When thoughts and ideas become reality, what happens?
May 2019 - November 2019 / Direct Supervisor: Principal Ben Wilson
A collection of projects and odd-jobs that I took on as an intern at a midsized architecture firm in Boston for my first co-op experience.
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daniel f. burns apartments renovation - edits to façade design changes made by me in completed render
Working closely in collaboration with other architects and designers, I completed many tasks for a variety of projects around the office.
I edited Revit models and made changes to renders in Adobe Photoshop, as well as created BIM models from scratch based on old drawing sets.
I also revised construction documents and produced presentation materials for projects ranging from small residential additions to public housing complexes.
section
addition
46 /
camp ramah vocational education housing
/ 47 south elevation a b a c skylight detail b roof detail sectionfoundation detail
monsignor powers apartments axonometric
apartment types
48 /
UP DN
north elevation
first floor plan
/ 49
daniel f. burns apartments typical unit summer street renovation proposal
RODE Architects Internship Work RODEArchitects t
What can be learned from new projects, new people and a new environment?
July 2021 - December 2021 / Project Architects: Ruthie Kuhlman and Amanda Sanders
My second co-op experience exposed me to more new construction and larger, more complex projects at a young and rapidly growing small-tomidsize firm in Boston.
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1515 commonwealth avenue condos and apartments - revit façade and window edits, and panel schedule by me architects: ben wan, ruthie kuhlman, amanda sanders / role: primarily unit layouts, kitchens and bathrooms, presentation materials, redlines, interiors specifications, construction documents
At RODE, I learned about designing at various scales, from specifying bathroom accessories for interiors to massing studies and what goes into managing the largest project team in the office’s history.
Working on new construction was a welcome challenge. Contrasting with my previous co-op, I dealt with more coordination with structural, mechanical, plumbing and electrical drawings and engineers for unit layouts. I also collaborated with the inhouse interiors team on drawings and modeling for units and amenity spaces.
I spent more time on fewer projects, which gave me more insight into how one project changes over time, as well as the ability to focus on different attributes and components within the same project.
1515 Commonwealth Avenue is the largest project I’ve worked on yet. Being put on this project just before the 50% construction document deadline was daunting.
Despite this, I quickly found my place aiding in managing the unit layouts and coordination and helping with interior renderings. I made changes to update exterior window families and organized specification spreadsheets for the interiors team, as well as made a detailed panel schedule for the exteriors team.
52 /
G1 D3 B1 B1 C1 B1 B1 E2 D3 E4 D3 A1 31 0 1 4 2BD-B 506
Design Team
B1 D2 E4 C1 B1 B1 A1 G1 1BD-B 503
Design Team
Design Team
1515 unit layouts / architects: ben wan, ruthie kuhlman, amanda sanders role: manage unit model groups, plans, rcp’s, bathrooms and kitchens alongside zoe wong
/ 53
1515 amenity space rendering / architects: ben wan, ruthie kuhlman, amanda sanders role: populated lumion rendering with lighting and decorations alongside alex zee
On the 282 Bremen Street team I was able to transfer everything I had learned from 1515 and apply it to a smaller scale multifamily apartment. I was primarily in charge of units sheets, reading electrical and plumbing plans to coordinate pipe, switch and outlet locations. Additionally, I spent a great deal of time working closely with the interiors team on plans, elevations, and reflected ceiling plans for amenity spaces. I was in charge of modeling the steel and glass partitions in amenity spaces and ensuring they were reflected accurately in the elevations and plans.
54 / A-721 B Design DW A-731 B 42"AFF 42"AFF REF A A A TRASH 540 ELEV. AELEV. STAIR #1 S501 A-550 3 TYP ELEVATOR LOBBY 554 ADesign Team Y A AP T T A P
282 bremen st / architect: ruthie kuhlman / role: managing unit layouts, kitchen and bathroom elevations, vertical circulation plans and elevations
282 bremen st elevations / architect: ruthie kuhlman / role: modeled amenity steel and glass partitions under the direction of jessica haley and caroline jones
This addition to an existing historic Harvard building was located on a very small and irregular site. The challenge to bring the building up to code. A series of massing studies attempted to reconcile these needs while also appealing to the history of the building and the building technologies of the present.
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1746 cambridge st massing study / architects: kevin deabler, ben wan, amanda sanders / role: constructed model of existing conditions and led massing study
existing
1746 cambridge st massing study / architects: kevin deabler, ben wan, amanda sanders / role: created presentation materials for client
max zoning with cut
tall mansard test
option 4a (old)
existing aerial masses
Action Housing Authority Project Proposal ActionHousingAuthorit onHousingAu
What is the process for winning architectural work in practice?
Fall 2022 / Case Studies 1 / Jeremy Munn
in collaboration with Jake Dunlap, Cameron Meier and Isabella Whitehill emulating Abacus Architects and Planners
56 /
Emulating an awardwinning, local architecture firm in Boston, my team assembled a fictional project proposal for the Town of Acton’s new senior housing development.
Drawing from the selected firm’s work and expertise, we crafted a full project proposal. We partook in an competitive interview process against other teams (classmates), and were ultimately “awarded” the project.
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in Boston Expanding BlueBikes inBoston B
How can technology further our understanding of space?
Spring 2022 / Geographical Information Systems / Glenn Hazelton
This project examines various factors that shape Boston’s BlueBikes bike-share system through publically available datasets. By crafting maps that explore attributes of the BlueBike system itself, overlayed with social and demographic data, as well as infrastructure in Boston, I’ve attempted to identify areas in which the BlueBike system can be expanded upon to promote social equity, safety and sustainability.
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Endeavors Creative
What are other outlets for creativity?
Various multimedia art pieces from 2016 - Present
The Boston Tree Party
A series exploring the picturesque qualities and total environments within the Emerald Necklace.
Acrylic, Ink, Watercolor
11” x 17”
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what comes next? streets
62 /
under the seahooty - the owl house
naginata - jujutsu kaisen
da mao
music production / performance - link to original song “not a virus”
nederland
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this is berk
molly!!! on ice
foliage