PORTFOLIO BEATRIZ REBOUCAS DA SILVA
ABOUT ME
Highly motivated and detail-oriented architectural designer with over 5 years of diverse experience across both Brazil and the United States. My professional journey began in Brazil in 2016, where I first pursued my bachelor’s degree in architecture while gaining valuable experience in two architecture and interior design offices. In 2018, had the opportunity to further my academic career at Thomas Jefferson University, where earned my bachelor’s degree in architecture in the United States later in 2023. Over the years, I have developed my skills in various design settings, including interior design firms, and architecture firms, with expertise in a wide range of projects including commercial, healthcare, institutional, single-family, and multifamily design. My multicultural background, combined with my passion for continuous learning and problem-solving, makes me an exceptional candidate who thrives in facing new challenges and delivering high-quality, innovative architectural solutions.
968-1439
Shawn Crowley - Tevebaugh Architecture (484) 667-9521 scrowley@tevebaugh.com Bill Lenihan - Tevebaugh Architecture (302) 540-0703 blenihan@tevebaugh.com beatriz.reboucas.da.silva@gmail.com
Moran Pier #1
Moran Pier #1
Location: Philadelphia, PA
Project Start/Completion Date: 2024Present
By: Tevebaugh Architecture
Discipline: Design/Bid/Build
Moran Pier project is a small scale commercial project designed in the south port of Philadelphia.
The three-floor building has programs such as coffee bar, shop, workstation, conference, training room, amongst other service rooms. It was designed in the midst of an existing comercial area. The cantileavered third floor windows give views of the entire port.
The park located in front of the building brings down the pace of the industrial style architecture, decelerating its users.
Seating at Plaza View
Northrop Grumman G43
Location: Elkon, MD
Project Start/Completion Date:
By: Tevebaugh Architecture
Discipline: Design/Bid/Build
Our team was challenged with master planning a new Hypersonic Capabilities Center for Northrop Grumman’s Elkton Campus. The project is arguably one of the biggest modernization projects of the site’s 70+ year history. The center consists of a 60,000 sf advanced manufacturing facility and a three story, 78,000 sf research, design, and engineering office.
The project’s main goal is to provide Northrop Grumman with a secure modern facility that will enable them to support national security with full lifecycle production for defense weapons.
BoldAGE PACE Project Standards
Location: Accross multiple locations in the U.S.
Project Start/Completion Date: 2024Present
By: Tevebaugh Architecture Discipline: Design/Build
The BoldAge PACE has projects in different states throughout the United States and it deals withl healthcare for the ederly population. There was a necessity to standarlize finishes and furniture selections accross all projects so it would be easier for future project orders and design acomodation.
Tevebaugh Architecture has served as the lead design firm on these projects, overseeing the coordination between state, client, and consultants through the whole process creating many opportunities for the team to contribute in all areas of the project.
DAYROOM SELECTIONS
LOUNGE/CAFE
LOUNGE/CAFE SELECTIONS
DB Sumauma
Park Mall
Location: Manaus, Brazil
Project Start/Completion Date:
By: HPS Telecomunicacoes
Discipline: Fireproof System/ Engineering
The project located in the heart of the Amazon consisted of desgining a fire protection system that would be adequate for Sumauma Mall’s Parking Lot. Combining thermal detectors, smoke detectors, fire alarm control panels and sirens, the complex project showed to be succesful safely covering the 6 floors that composed the existing mall’s parking lot.
The mall has been attending for years local families with all its variety of stores and services.
SPATIAL GUIDELINESA FOCUS ON INCLUSIVE DESIGN FOR ASD
Location: Philadelphia, PA
Project Start/Completion Date: Fall 2021
By: Beatriz Reboucas da Silva Discipline: School Project / Design
A redesign solution by readapting an existing residence hall located in the Saint Joseph University’s campus for neurodiverse students.
The 3-story grey stone building which was divided by first floor as public and upper levels as private. Adaped rooms for specific students needs, as there were not met with the prior building’s layout. Such decisions were made through research and meaningful meetings with the school body, admnistrators and students reprenstatives.
The final design was miticulous and well thought through to answer all the sensorial, physical and mental estimulous of the targeted public. Enabling an easier and more functional life.
Building Exterior View
Interior Views
Map
Section
Section BB’
Section BB’
Section AA’
A grid was placed on top of the landscaping topo so it could be sectioned in smaller pieces this way making it easier for users to manipulate the shape into whatever layout they wanted. Such creating opportunities of social interactions among users and a form of exercising.
Some of the pieces of the social room alteration are illustrated as shown on the left. It is possible to see the piece as its units and later exploded, with its different sections.
Light can be adjusted for the need of the user: Some users may choose it to be a warmer tone to be less aggressive and some other users may prefer it to be brighter for better focus.
People are able to lean against the Mesh fabric which hangs from the top of the POD. The elasticity of the material allows for lounging.
Step 2 of Building Process
Spatial Guidelines
Step 1 of Building Process
Edges of the wood pieces are cut into forms that can interlock with the following piece. This ensures easy assembly.
Pieces of wood will slide through a steel pole that holds them at an angle and form the round shape from the top metal poles.
Seating Condition
Exterior seating are composed of wood benches that come together and form around the tent.
Lighting Condition
The pod will have its own lighting fixture. The wiring is ran through the metal poles that holds the wood panels. The lighting fixture is hung from the top metal poles.
beatriz.reboucas.da.silva@gmail.com
- Tevebaugh Architecture (302) 540-0703 blenihan@tevebaugh.com