VALENTINA MANCERA SELECTED WORKS
VALENTINA MANCERA Website Online Portfolio
ARCHITECTURE STUDENT PROFILE
941-504-9178 vmancera@tulane.edu 1715 Burdette St. New Orleans, LA | 70118
EXPERIENCE
Dedicated Bachelor of Architecture candidate at Tulane University looking forward to graduating in the Spring of 2022. Interested in sustainable and socially responsible architecture. Fascinated with the innovation of mass timber technology due to it’s ability to regenerate and sequester carbon.
Albert and Tina Small Center for Collaborative Design 2021 - Present Intern
EDUCATION
Produces prints in 3D and 2D formats. Provides maintenance for Ultimakers, Formlabs, and 2D plotter. Trains and interviews new employees.
Tulane University 2017 - 2022 B.Arch Candidate Pine View School for the Gifted 2006 - 2017 High School Graduate
Produces schematic and final drawings for cabins and dormitories in Ecuador for the Conservation of the Tropical Andes Foundation (FCAT).
Tulane School of Architecture Fabrication Labs 2021 - Present Student Manager 2018 - 2021 Technical Assistant
Tulane University School of Architecture Research Assistant
Summer 2021 Researched Mass Timber topics and formatted work from Judith Kinnard’s Mass Timber Studio into a publication.
Teaching Assistant
Summer 2020
Taught visualization workshops for students to produce drawings using Rhino and Adobe Photoshop and animations using Adobe After Effects.
LEADERSHIP HONORS Dean’s List Tulane University Spring 2018-19-20 | Fall 2021
Cowen Scholar Tulane University 2017 - Present
Dean’s Recognition Award
Co-President Vice President Treasurer
LANGUAGES English Spanish
Portfolio Award
SKILL SETS
A-B Honor List Pine View School 2013 - 2017
2020 - Present 2019 - 2020 2018 - 2019
Manages and leads events while coordinating community outreach. Participates in annual NOMAS conference and design competitions.
Tulane University 2017 Tulane University 2017
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National Organization of Minority Architecture Students Tulane
Rhino Photoshop Illustrator Autodesk 3DS Max AutoCAD valentinamancera.com
Revit Sketch-Up Sefaira VRay for Rhino After Effects
InDesign Sketchfab ArchGIS Microsoft Office
VEANB LTELIN V A LT ENTA OI N FA EENRTAS M AN M AC NO C ENRTCA A R C HA IRTCE H C ITTUERCET U R E UTD E N T Online Portfolio S T U DSETN Online Portfolio Website Website
V941-504-9178 A L 941-504-9178 ENTINA Mvmancera@tulane.edu ANCERA vmancera@tulane.edu ARCHITECTURE
Website
1715 Burdette St. 1715 Burdette St. SNew T ULA D| E NLA T | 70118 Online Portfolio New Orleans, Orleans, 70118
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Dedicated Bachelor of Architecture Albert Tina Small for Center forofCollaborative Dedicated Bachelor of Architecture Dedicated Bachelor Architecture Albert and Tinaand Small Center Collaborative Design Design Limber Timber Mass Timber Studio Spring 2021 4Albert - and7 Tina Sm candidate at Tulane University candidate at Tulane University candidate at Tulane University 2021 Present 2021 - Present Intern Intern Intern looking forward to graduating looking forward to graduating in the in the looking forward to graduating in dormitories theand dormitories Produces schematic and final drawings for cabins in Produces schematic and final drawings for cabins and Produces schematic Solar Canopy Research Studio Fall 2020 8 in - 11 of 2022. Interested in Spring Spring of 2022. Interested in Spring of 2022. Interested in Ecuador for the Conservation of the Tropical Andes Foundation (FCAT). Ecuador for the Conservation of the Tropical Andes Foundation (FCAT). Ecuador for the Con sustainable and responsible socially responsible sustainable and socially sustainable and socially responsible LBB’s Glass House Mass Timber Studio Spring 2021the 12 - 15 architecture. Fascinated architecture. Fascinated with thewith the architecture. Fascinated with Tulane School of Architecture Fabrication Labs Tulane School of Architecture Fabrication Labs Tulane School of A innovation of mass innovation of mass timber timber innovation of mass timber 2021 - Present 2021 - Present Manager StudentStudent Manager Student Manager technology to it’s to ability to technology due to due it’s Dissolve ability due to it’s ability Integrated Studio technologySpring 2020 to 16 - 21 - 2021Assista 2018 - 2018 2021 Technical Assistant Technical Assistant Technical regenerate and sequester regenerate and sequester carbon. carbon. regenerate and sequester carbon.
in 3D 2D formats. Provides maintenance forprints in ProducesProduces prints inprints 3D and 2D and formats. Produces for E Memorial D TU ICOANT I O N EDUC A E Dand UProvides C Aand T maintenance Iinterviews O N new Richardson Summer Fabrication Summer 2021 22 - 23Formlabs Ultimakers, Formlabs, and 2D plotter. Trains employees. Ultimakers, Formlabs, and 2D plotter. Trains interviews new employees. Ultimakers,
Tulane University Tulane University
Tulane University
B.Arch Candidate B.Arch Candidate Research Assistant Research Assistant
B.Arch Candidate 2021Assistan Summer Summer 2021 Research
Tetradic Theater Urban Studio Fallof Architecture - 2022 2017 2017 - 2022 2017 -2019 2022 Tulane University School Tulane Design University School of Architecture The Module
24 - University 27 Tulane
NOMA Competition Summer 2019 28 - 29Mass Tim Researched Masstopics Timber topics and formatted work from Judith Kinnard’s Researched Mass Timber and formatted work from Judith Kinnard’s Researched MassStudio Timber Studio into a publication. Mass Timber into a publication.
Mass Timber Studio i
Pine Viewfor School for the Gifted Pine View School the Gifted Pine View School for the Gifted Summer Summer 2020 Teaching Assistant Spring Teaching Assistant Teaching Open2006 + Ascend Housing Studio 2019 30 - 2020 37Assistan 2006 - 2017 - 2017 2006 - 2017 Taught visualization workshops for School students to produce Taught visualization workshops for students to produce drawingsdrawings using Taughtusing visualization HighGraduate School Graduate High School High Graduate
Rhino andPhotoshop Adobe Photoshop and animations usingAfter Adobe After Effects. Rhino and Adobe and animations using Adobe Effects. Rhino and Adobe Ph
L E A DL EE RA SD HE IRPS H I P LEADERSH NORS HONH OO RS H O Students N O R Students STulane National Organization of Minority Architecture Tulane Organizati NationalNational Organization of Minority Architecture Co-President Co-President Vice President Vice President Tulane University Tulane University TreasurerTreasurer Spring 2018-19-20 Spring 2018-19-20 | Fall 2021| Fall 2021
2020 - Present Co-President 2020 - Present 2020 Vice-President 2019 - 2019 2020 Tulane University - 2019 Treasurer 2018 - 2018 2019 Spring 2018-19-20 | Fall 2021
Dean’s List Dean’s List
Dean’s List
andevents leads while eventscoordinating while coordinating community outreach. ManagesManages and leads community outreach. Manages and leads Cowen Scholar Cowen Scholar Cowen Scholar
Participates annualconference NOMAS conference and design competitions. Participates in annualin NOMAS and Tulane design competitions. Participates in annua Tulane University Tulane University University - Present 2017 - 2017 Present 2017 - Present
AN U SA G E S L A N GL U AGE
Dean’s Recognition Dean’s Recognition Award Award
English English Tulane University Tulane University Spanish Spanish 2017 2017
PortfolioPortfolio Award Award S K I L SL K SI LE LT SS E T S Tulane University Tulane University Rhino Rhino 2017 2017 Photoshop Photoshop A-B List Honor List A-B Honor IllustratorIllustrator Pine View School Pine View School AutodeskAutodesk 3DS Max 3DS Max 2013 -2013 2017- 2017 AutoCADAutoCAD
vmancera@tulane.edu
Dean’s Recognition Award
LANGUAGE
Tulane University 2017
English Spanish
Portfolio Award
SKILL SET
Tulane University InDesign Revit Revit Rhino 2017 InDesign Sketchfab Sketch-Up Sketchfab Sketch-Up Photoshop ArchGIS A-B Honor List ArchGIS Sefaira Sefaira Illustrator Microsoft VRay forView Rhino Pine SchoolMicrosoft VRay for Rhino Autodesk 3DS Max Office After Effects 2013 - 2017 Office After Effects AutoCAD
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LIMBER TIMBER MASS TIMBER HOUSING - New Orleans, LA - Mixed - Use Affordable Housing - Fourth Year / Spring 2021 - Collaborators: Natalie Rendleman Johnathan Michka
Limber Timber is a mass and affordable housing located at University with a floor to area ratio
Arrival Cuts + Circulation
timber project Square of 2.2.
The massing is broken down into two perimeter blocks at the scale of the contextual city with a gradual incline of building height towards the Mississippi river. A sun path analysis determined that housing units with additive balconies would be placed in the northeastern facades while those with subtractive balconies are placed in the south western facades. 4
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Sun Expo
osure
Balconies
Courtyards
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MASS TIMBER STRUCTURE MECHANICAL SYSTEMS SKIN & FINISH BALCONIES & CIRCULATION MODULES
ed balcony
PROGRAM
lcony 12'-0"
12'-0"
24'-0" 24'-0"
Subtractive Balcony Units
24'
The theme of flexibility over time is central to the project because mass timber structures require longevity in order to successfully sequester carbon. For this reason, Limber Timber includes three module types of kitchens, bathrooms, and closets. The modules are able to be moved in and out of the units in order for the building to adapt to nonresidential programs in the future. Exterior single loaded corridors connect to vertical cores and experiential staircases on every floor.
Additive Balcony Units vmancera@tulane.edu 24'
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SOLAR CANOPY THE FUTURE OF URBAN PORTS
solar canopy solar canopy
solar canopy
- New Orleans, LA - Public forum - Fourth Year / Fall 2020
roofroof
Located in New Orleans, adjacent to the Inner Harbor Navigation Canal, Solar Canopy is the arrangement of a triangular hybridized structure that focuses on improving energy, water collection, and social equity systems within the public realm.
roof
public amenity public amenity public amenity
Along with the structure, a central consideration is the reclamation of energy production, distribution and consumption within the public sector. Individuals are able to produce their own energy and either use the energy or sell it back to the grid.
lobbies lobbies
lobby
The hybridized solar canopy structure can be thought of as an inverted umbrella, in that it produces energy via solar panels, collects water, and houses essential programs. Programs dispersed throughout the project include skate parks, battery storage and distribution centers, an amphitheater, public restrooms, and market stalls.
0'
8
25'
50'
water collection water collection pools canals canals
100'
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The structures collect water and drain into pools. The proposed 20’ slope allows the pools to drain into lower micro-topographies and into the canal. This eliminates the need for using water pumps, which reduces energy consumption. The area near the canal is focused on biodiversity with the integration of ecotones. Pedestrian paths weave through pools, vegetation, and upward shifts in elevation to create a public space engaged with nature. There are 600 solar panels on each structure. 25,000 panels total is enough to power 1,065 homes. Cores of the structures connect to battery storage units. Power is redirected to the existing grid.
transmission lines above ground power lines below ground power lines cores battery storage + distribution center
Energy Production + Transmission
Three primary buildings are connected to the structure. A health clinic, art education center, and a child care facility all have small lobbies at ground floor and they use the stem of the structures as vertical cores.
public infrastructure art education center health clinic child care facility market/workshop stalls
Civic + Essential Program
0'
5'
7'
20'
12.5'
0'
primary water flow secondary water flow slope peak drainage water collection
Water Collection + Flood Mitigation
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Pools
Streetscape
Microtopography
Art Education Center
Skate Park
Market Stalls
Section Through Forum vmancera@tulane.edu
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LINA BO BARDI‘S GLASS HOUSE CASE STUDY: TIMBER TRANSLATION - São Paulo, BR - Single Family Home - Fourth Year / Spring 2021 - Collaborator: Natalie Rendleman Lina Bo Bardi’s Glass House in São Paulo embodies both traditional and contemporary modernist influences. The front of the house features a glass prism which floats on thin steel pilotis. The ground below this prism slopes upward, culminating in a hill which holds the traditionally styled back half of the residence. This condition inherently creates hierarchy, prioritizing the modernist approach and leaving the traditional construction, occupied by housekeepers, largely unseen.
1/8" = 1' section B
The case study translation into mass timber involves a series of iterations that subvert the hierarchy in the original concrete and steel home. The pitched roof is replaced with one manually curved and clamped laminated veneer lumber panel and the concrete floors and walls are replaced with 5 ply CLT panels. The thin steel piloti are also replaced with 8” glulaminated columns that are angled on the ground floor to mimic the surrounding forest on the site. This move strengthens the lateral support of the building. Some concrete elements of the building remain in order to prevent the timber from touching the ground. 12
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25' 3 1/4"
1 2"
ROOF ASSEMBLY R-VALUE - 16.5 COST - $105.38/sqft GWP: -4.61E + 02 kgCO2
WALL ASSEMBLY R-VALUE - 1
plywood
4" mineral wool-batt insulation glulam beam 4" laminated veneer lumber
steel frame operable sliding glass
COST - $ 4/sqft
14' 7 1/2"
0' 1'
5'
10'
FLOOR ASSEMBLY R-VALUE - 13.7 COST - $107.58/sqft GWP: -7.26E + 02 kgCO2
plywood
5 ply 6 34" CLT 1" mineral wool batt insulation tongue + groove plywood
TOTAL - TRANSPARENT WALL R-Value - 30.2
glulam 8" dia.
COLUMNS
steel ground connection
1' 9 3/16"
0'
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B’
11. patio 12. storage 13. machine room
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1. entrance 2. library 3. living room 4. dining room 5. kitchen 6. bedroom 7. bathroom 8. dressing room 9. housekeeping 10. veranda
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A
1
7
2
ground floor plan: 1/8” =1’
14
0’1’
5’
7
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6
10
A’
B
10’
0’1’
first floor plan: 1/8” =1’
65% glare
42% glare
overlit
overlit
1/8" = 1' section A
5’
10’
valentinamancera.com 0' 1'
5'
10'
Material Analysis Model: CNC milled site, 3D printed roof, hand cut wooden walls, and acrylic rods vmancera@tulane.edu
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Fourth Fourth Floor Fourth Floor Floor Fourth Floor Fourth Floor Fourth Floor Fourth Floor Fourth Floor
DISSOLVE
FRENCH QUARTER OFFICE - New Orleans, LA - Mixed-Use Office - Third Year / Spring 2020 Dissolve is a mixed-use office building in the historic French Quarter of New Orleans. An analysis of the French Quarter city Third blocks determined Floor Third Floor Third Floor Third Floor Floor the condition Third of thorough street Third Floor Third Floor frontage that Third then Floor opened up in the center via an accumulation of courtyards. This condition is translated into the project as one travels towards the center of the building. There is a transition from solid mass at the street level to a completely open courtyard at the center of the site by “dissolving” the mass. The circulation towards the main courtyard includes a series of smaller courtyards in order to Second Floor Second Floor Floor entail a sense of Second voids increasing size SecondinFloor Second Floor Second Floor within the building. Experiential stairs Second Floor Second Floor are integrated via various lobby spaces for a pleasant vertical circulation. The office program begins on the second floor and has an open design with the exception of courtyards, light wells, and atriums that compartmentalize the space. The studio constraints include ceiling heights of twelve feet which were interrupted with the integration of various double height spaces. First Floor First Floor FloorFirst First Floor First Floor Floorare All courtyards within theFirst building Floor First Floorthat designed with a First height dimension must be less than 3x their length in order to maximize the quality of natural light. The façade implements balconies that are typical within the French Quarter and they create a push-pull effect that further articulates the concept of the dissolve. 16
Voids valentinamancera.com
Courtyards
AA
2
st. louis street
1
3
chartres st.
A
B
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D
G
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H
BB
BB
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K CC
CC
L
M 6
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0'
10
toulouse st.
5
10'
toulouse st.
AA
5'
first floor
decatur st.
View Towards Balcony on Toulouse vmancera@tulane.edu
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Exploded Axon of one Façade Bay
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View of lightwells and courtyards
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3D Printed Massing Model within Context
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Aerial View From River vmancera@tulane.edu
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RICHADSON MEMORIAL HALL PHYSICAL MODEL FABRICATION - Physical Model - Summer 2021 - Collaborator: Rebecca Dunn Richardson Memorial Hall is home to the School of Architecture on Tulane University’s campus. This Richardsonian Romanesque style building, originally used by the medical school, is currently undergoing a renovation to improve the overall quality of existing elements such as the façade, structure, and stairs. The renovation will also feature additions to the back of the building. Construction will serve as a teaching tool and pedagogical resource for students. As a summer fabrication exercise, the existing façade of the building was built using layers of basswood, arches paper, and frosted acrylic. The roof and dormers were built out of basswood and gray museum board.
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TETRADIC THEATER EXPLORING SCALES OF PUBLIC SPACE - Toronto, CA - Theater and Plaza - Third Year / Fall 2019 The Tetradic Theater is adjacent to a proposed transit hub in the Riverside neighborhood of Toronto, CA. The context around the project was designed as an urban planning exercise. According to the masterplan, the plan is trapezoidal and is at the intersection of two major streets and the transit hub. This trapezoidal shape informs the façade of the building and, subsequently, the design of the plaza.
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Theater + Plaza Within Masterplan
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Facade to Plaza Sequence
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Quaternary: Quarternary:
Benches, Planters, Sculptures, Lamp posts Benches, Planters, Sculptures, Lamp posts
Tertiary: Tertiary: Pavilion Pavilion
Secondary: Secondary:
Water Feature++Skating SkatingRink Rink Water Feature
The plaza is designed according to the proposed street design in the masterplan. The trapezoid façade is translated in plan at the plaza which includes a water feature, used as a skating rink during winter, and an informal performance stage. The building itself extends into the plaza through the pavilion. Two other small pavilions are featured and the plaza is landscaped with grass and trees in a checkered pattern. 26
Primary: Primary:
Plaza Trapezoid Plaza Trapezoid
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Second Floor Lobby
Valentina Mancera Graham Owen - ARCH 3031 - Fall 2019
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THE MODULE A MODEL FOR CULTURAL CONNECTION - Flatbush, Brooklyn, NY - Mixed-Use Housing - NOMA Competition / Summer 2019 - Collaborators: Natalie Rendleman Max Drada Lindsey Compeaux
The module embeds itself into the existing enclave of West Indian immigrants and strengthens it by bringing 80 units and retail space to Nostrand Avenue in Flatbush Brooklyn. The units range in size and are intended to be affordable due to modular construction. Small leasable spaces on the ground floor can be used as grocery markets and restaurants that are seen in the existing fabric. The north east corner of the building along Nostrand occupies community resource offices where residents and locals can find work, educational opportunities, and mental health services. 28
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HOUSING BLOCK - New Orleans, LA - Collective Housing - Second Year / Spring 2019
VALENCE ST.
OPEN + ASCEND
Located in New Orleans, Open and Ascend features the stacking and rotating of house types to form a collective housing complex within a single block. The ground floor ceiling has apertures for both infiltration of light and water. Collection of water in this context is imperative at this level which includes rain gardens, bioswales, and pools. The ground floor is designed with a residual sentiment in that it incorporates the square within square geometries from upper levels. Square geometries consist of changes in topography while enclosed spaces accommodate public and residential amenities.
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DANNEEL ST.
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Ground Floor
S SARATOGA ST.
CADIZ ST.
CADIZ ST.
VALENCE ST.
S SARATOGA ST.
DANNEEL ST.
Second Floor
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Rain Gardens +gardens Bioswales rain gardens rain+ bioswales + bioswales
Recreational Programs recreational recreational programsprograms
37' 1"
26' 1"
15' 1"
lobbies + lobbies access + points access points
trees
trees
0' 0"
Single Cluster Section Perspective
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Vegetation trees
Lobbies++access Access Points lobbies points
In a morphological sense, the homes are aggregated to form various rectangular clusters that accommodate communication cores and outdoor passages. The outdoor passages, combined with an occupant’s unit, facilitate exposure to all desirable directions: the inner courtyard, street, and main access points.
Outdoor corridors, combined with circulation cores, accommodate collective spaces for all residents in the cluster. These collective spaces can range in uses from hanging gardens to celebrations.
The design of the housing clusters involves a stacking and rotating of the original Horizontal home from the housing investigation earlier in the semester. The units are shifted volumetrically to decrease the mass to void ratio on upper levels by either increasing the size of courtyards or converting them into light wells. vmancera@tulane.edu
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Studio
2 Bedrooms
Stacking + Rotating Units
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3 Bedrooms valentinamancera.com
Ground Floor View
1 Unit to 9-Block Concept Sequence vmancera@tulane.edu
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3D Printed Powder Model - Axon View
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Top View vmancera@tulane.edu
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VALENTINA MANCERA SELECTED WORKS