3.6-Institute of physics..........................................03
PROFESSIONAL EXPERIENCE
Federal University of Bahia
Salvador, Bahia Architect January - 2016 – April - 2022
•Responsible for analysis and supervision of multiple projects, assisting in the speed, quality , cost reduction and standardization of the work delivered. A primary example, the project of the Science and Technology Buildings. Additionally the renovation of the building annex of the Physics and Chemistry Institute, Campus of the city of Camaçari. As well as the firefighting project of the Polytechnic School as projects with areas larger than 15.000, m2.
•Acting as an assistant in the analysis of project documentation towards bids and proposals.
•Responsible for development of all stages of an architectural design; Schematic Design, Design Development, Construction Document and monitoring of constructions at SUMAI (Superintendent of Urbanism, Environment and Infrastructure). As an example, the project of renovation of the fifth floor for the Institute of Chemistry, after a fire incident having destroyed the entire floor.
•Responsible for the implementation of BIM (Building Information Modeling) in SUMAI.
Freelance Architect
Salvador, Bahia Architect January -2015 – January de 2016
•Development of approximately 17 architectural projects, from concept through to the Construction Document. Among them, houses ranging from 200 m² to 600 m², offices ranging from 60 m² to 180 m² as well as the refurbishment of apartments and shops.
•3D modelling for BIM realistic computer perspectives.
Sotero Arquitetos
Salvador, Bahia Architect January-2014 – January -2015
•Responsible for the development of large and medium sized architectural projects relying on medium sized scale urban interventions. Including but not limited to the Project for the requalification and renovation of the Praça do Senhor do Bonfim (Senhor do Bonfim square) with the creation of annexed buildings; and the Project for the headquarters of the OAB Bahia (lawyer Order of Brazil Bahia) in the city of Salvador and the units in the countryside of the state of Bahia.
•All works done from Schematic Design to Construction Document with 3D modelling for BIM and computerized perspective.
Estúdio Espinheira
Salvador, Bahia
•Trainee/ Architect April-2012–January-2014
•Development of architectural projects from concept to Construction Document, 3D modelling, realistic computerized perspective and development of ephemeral projects such as carnival cabins with areas larger than 5.000,00 m² for the largest to date company producing carnival parties in Salvador , Bahia, named Camarote Salvador.
Karenina Costa Arquitetura
Trainee August-2010 – January-2015
• Implementation of BIM in the company, development of medium and large sized hospital projects.
• All works conducted utilising BIM technology and computerized perspectives.
• Development of over 10 waterproof projects, monitoring of waterproof construction works, structural reinforcement works and structural recovery works.
ACADEMIC HISTORY
•Federal University of Bahia 2004 – 2013
•Bachelor of Architecture and Urban Planning (Recognised by AACA as comparable to a Bachelor degree/ Bachelors degree with Honours, Bachelors + Masters degree).
•Master in Revit - Grupo AJ BIM
ACHIEVEMENTS
•Graduated with maximum score in the final graduation work (10)
• Approved in fourth place in the first public contest taken (Federal University of Bahia Contest)
FURTHER INFORMATIONS
Software skills:
Revit
AutoCAD
D5 Render
Sketchup
Thea Render
Lumion
Blender
Archicad
Indesign
Languages Portuguese (native)
English (fluent)
Hobbies:
Regular meditation practices
Street running, Weight training Crossfit
Listening to music Cinema Gastronomy.
Other:
•Religious leader with an extensive social conviviality.
•Relaxed, friendly, approachable and understanding.
•Active in charitable activities and helping people in need.
•Interested in technology, design and Arch-viz.
The present project is a renovation of a high-standard apartment with 4 bedrooms and an employee’s bedroom, located in the Graça neighborhood in Salvador, Bahia, Brazil.
The development of the project was based on the needs presented by the client; a larger bedroom with a large WIR, a bedroom for her grandson to sleep and study, a living room integrated with the balcony, 2 tables one for dining and the other for serving drinks, integrated living room and cinema, and a space for plants. The initial decision during the very first drawings was to remove one of the dividing walls between the main bedroom and a second bedroom, letting the main bedroom larger and integrating the second bathroom, as had been requested. By defining this as the design approach to be followed, the need arises to find a space to serve as a linen closet; therefore came up with the idea to advance, from de bedroom hall, a linen closet that would project into the living room gene-
rating the starting point of a long L-shaped bench that would accompany the 2 white walls of the living room, starting from the access and ending in the window of the old balcony.
Another definition of great importance was the integration of the balcony with the living room, which allowed a wider living room space and a large dining room separated only by the clear delimitation of the gray carpet.
To resolve issues of central air conditioning installations and the need for support cabinets for the dining room, a large cabinet was designed with technical space voids, cabinets, and niches just by the wall of the kitchen and lavatory. On the opposite side beside the TV space, a vertical garden was made to bring comfort and meet the demand requested by the client.
This set of houses was designed for a construction company that requested an adaptation of one of its lands to accommodate the maximum number of houses.
The requirements were that the houses were of a good standard and easily built; therefore, we opted for a proposal of semi-detached houses with 2 different accesses, generating 2 condominiums of 3 compact and good quality houses with 3 bedrooms and ample front yard and a patio that helps in the cross ventilation of the rooms.
The constructive solution adopted was steel pillars and beams and precast concrete slabs with ther-
-Contract: Private
moacoustic insulation in polystyrene.
As these are houses in a hot and humid city, we decided to have ventilation and natural lighting in all bathrooms, for this we need to use skylights leading to the roof.
The set of houses were designed to capture rainwater and reuse them, as the concept permeated sustainable thinking, we also designed a green roof to improve the house’s temperature.
As the land chosen by the construction company was on a slope, we decided to keep the original morphology of the land and arrange the houses in sequences, descending together with the slope, following the contours and moving as little earth as possible. We also studied the positioning of the sun so that all the houses made the most of the rising sun, taking advantage of the fact that the land was sloping, helping in the natural lighting of the houses, since any house was not blocking the entrance of the sun.
Summer sun path
Establishment sections
Satus plan for council submission
Labels:
1- Porch
2-Washroom
3-Linen 4-Living Room
5-Dining Room
6-Kitchen
7-Courtyard
8-Laundry
9-Open Laundry
10-Balcony
11-Hall
12-Bethroom
13-Bedroom
14-Main Bedroom
15-WIR
16-Balcony
Section 1-1
Section 2-2
First floor plan
Second floor plan
The housing complex project in Santa Maria, Goais, Brazil, was a project competition in which a project was conceived for a residential building with single-family housing that needed to follow the guidelines pre-established by the Housing Development Company of the Federal District.
The following presentation of the work is exactly the same presentation that was made for the contest, excluding only a summary board that had also been
1. delimitation of aeration, lighting and maximum occupancy from the boundary of the lot
2. study for 10 floors
1. Maximum possible occupancy:
2.Limit to 10 floors at 68º angle
modulation and identitY
We started from the need to use the maximum constructive potential of the land of 1,200 m² (coefficient 4.0), promoting a single typology of housing unit (uhs).
The number of uhs was established through a relationship between the height of the building and the possible number of parking spaces (1 unit/uh) in up to two basements.
The height of the building was defined from the limitation of the angle of 68º next to the boundary of the neighboring lot, which also establishes the parameters of aeration, lighting and mandatory setbacks) and the maximum number of floors to be served by a staircase, without the need for an antechamber, of the protected type (ep), according to nbr 9077.
Access to the commercial program will be made on the ground floor, through an active facade, facing the public parking lots, providing the building with probable financial self-sustainability, minimizing the possible degradation of the property along
the over time, favoring surveillance and security for residents and users.
The layout of the building's volume, along the longest plot length, favors a more optimized launch of underground and surface parking spaces. Consequently, the number of shops and housing units follows the logic of the maximum span established between the pillars in the basements. In this way, we obtained 9 housing units per floor, each with 49.50 m² of computable area and 1 parking space. There are a total of 10 floors, totaling 90 uhs, commercial area with stores of up to 115.00 m², totaling 4,800.00 m² of computable area per building. In order to establish a visual identity between the floors and the buildings, we chose to use colors of the same hue in the exterior masonry walls, varying their tonality between floors.
1.Circulation closure
2.Ventilação prejudicada e iluminação prejudicadas
3.Structural problems due to horizontal stresses and wind loads
1.Does not reach the maximum utilization coefficient
2.Transition pillars make rational use of the garage unfeasible
3.Lower number of repetitions and increased complexity of units
1. Achieve maximum utilization coefficient
2. Permanent cross ventilation
3. Transition pillars enable the best use of garages
4. Enables a single housing unit typology
ESTABLISHMENT
1.ENTRADA
2.HALL SOCIAL
3.HALL DE ESCADA E ELEVADORES
4.PORTARIA
5.SALÃO DE FESTAS
6.LOJAS
7.SANITÁRIOS
8.COPA
9.VAGAS EXTERNAS
10.ACUMULAÇÃO/ENTRADA DE VEÍCULOS
11.ESTACIONAMENTO DESCOBERTO
12.POÇO DE VENT. E ILUMINAÇÃO
13.ÁREA PERMEÁVEL
14.RAMPA DA GARAGEM
15.ESTACIONAMENTO PÚBLICO
16.PRAÇA
17.PASSEIO
18.VIA LOCAL
19.SALA TÉCNICA
We approached the project with the idea of two buildings with independent accesses and uses, but understood as a single set. The buildings are arranged with its front facades and commercial areas facing the external public parking lot , with access to residential complexes by the local road, next to the lot. The ground floor stores add up to 345.00 m² of computable area, each one with a private outdoor parking space, take advantage of external vacancies for use by your customers and employees. We choose, initially, by larger stores, as they offer greater profitability rental, with leasing contracts longer, favoring the financial viability
of popular housing. However, the spaces are flexible and easy to adapt to stores that need smaller private area. Between the vehicle accumulation area, we created 3 outdoor parking spaces on the ground floor intended for tenants. after the gate access, 16 surface parking spaces are franchised to the residents. a ramp of vehicles with 25% slope access to underground garages. 36 vacancies for residents are available on the 1st basement, with 38 spaces distributed in the second lower floor. There are 90 vacancies for residential use, 5 of which are accessible, and 3 vacancies for the stores, totaling 93 vacancies per building.
TYPICAL FLOOR PLANE AND HOUSING UNIT
The vertical circulation core, with a vision for two elevators and a protected staircase, connects to the horizontal circulation of the apartments. We chose to extend the slab of one of the apartment blocks by 1.50 m, allowing 1.85 m to be left between slabs. This arrangement promotes better aeration and lighting in the apartments, in addition to reducing the costs generated by a central circulation supported on concrete beams cast in place. All units of
project are completely accessible to wheelchair users, without the need to carry out any readjustment work. All rooms are covered by cross ventilation and the repetition of constructive elements allowed the feasibility of aluminum frames with glass sheet on the main facade and on those oriented to the internal circulation of the building. We used a precast reinforced concrete brise to prevent excessive sunlight from entering the units.
so that upper frames can be open, almost permanently. The brise also works as a bed for possible installations of air conditioning in the units, without compromising the image of the whole. Each housing unit complies with the conditions established by the Minha Casa Minha Vida Program, with the Performance standard nbr 15,575 and with the Accessibility standard nbr 9050.
Comfort and performanCe
Through the permeability of the building, permanent cross ventilation is promoted in the building, minimizing the energy consumption from air conditioned. it is avoided using artificial light, guaranteeing to the building the longest time as possible of taking advantage of natural illumination The excess sun is controlled by a horizontal brise along the entire module of the housing unit, promoting greater thermal comfort and protection against rain. As the units are all identical, the cost of executing the construction elements drops significantly, optimizing the construction process and reducing waste on site. We locate the solar panels on the metal roof, ensuring permanent source of funding. The building includes the capture and use of rainwater for various uses and the treatment of drinking water for reuse in toilets.
ConstruCtion
The project takes into account the economyscale, by repeating the constructive elements and, consequently, cost and waste reduction in units production. The building adopts mixed construction system: on the floor type, wall masonry in blocks is used concrete and prefabricated slabs; Starting of the slab on the first floor, thetransition of masonry system loads mural through beams, slabs and pillars in cast-in-place reinforced concrete. The displacement between building blocks minimizes horizontal and building wind, with locks through of the floor slabs, which work in a solidary way, stiffening the structure. The stair module must serve as logistical support to the construction site, facilitating transport of materials and workers, helping as a guide for construction of the rest of the floors.
On the roof, we opted for a structure light metal, covered with thermoacoustic tiles, supported on the waterproofed slab, aligned with the axes of the structural walls of housing units.
Vilage Imbassaí was a project requested by a construction company to try a real estate development. They had contact with the owner of a land in the municipality of Imbasssaí and wanted to promote the best use of the land with a project that serves as a beach house or as a small house to live in.
To meet this demand, it was necessary to think of an architectural proposal that was compact for a beach house but comfortable for a 2 bedroom house. Therefore, it was chosen to use individual access to each unit, for the best use of the land, the units were designed as narrow as possible and the maximum number of floors allowed by local legislation was used. With the aim of reducing the price of m2 of the unit, an empty intermediate floor was designed to be completed by the customer if he was inte-
rested in increasing the size of the apartment. In addition to the units, a leisure area with swimming pool, changing rooms and barbecue was also thought. The paving was all designed in permeable blocks. The structure designed for the building was in reinforced concrete and prefabricated concrete slabs. the stairwells are made of reinforced concrete, also functioning as pillars.
The Cloc Marina business office was a simple project developed for a client, who was the owner of the space, trying to sell the space with a project for an advertising company. How the company had the space and needed to advertise for sale; having a project to attract customers more easily, demonstrating the capacity and constructive feasibility of the space, was the best option found. The project took into account the need for 4 main environments; a reception with restrooms, a pantry that was integrated into the reception living room, a meeting room and a production room. A peculiar aspect of the project was the existence of an uncovered terrace, which generated a kind of large balcony overlooking the Baía de Todos os Santo (the second largest bay in the world and one of the most beautiful views of the city).
Cloc Marina Residence rescues the historic value of Av. Contour and bring a reinterpretation of the most enchanting view of the city: the Todos-os-Santos Bay. An permanent and panoramic view of one of the most famous postcards of the world, with its blue sea, its fascinating islands and its monuments that are historical heritage of humanity. The best of Salvador happens on Av. Contour. The most renowned restaurants, the class of Bahia Marina, the MAM sophistication. Unique places for privileged people.
MULTIFUNCTIONAL BUILDING
100 Residential apartments (50-90 m2)
Upscale restaurant (Mistura Contorno)
Store 600m2
Five rooms with privileged services and location
1. FRONT DESK
2. WAITING ROOM
3. COFFE
Customers access the rooms through the building's reception and an exclusive elevator for the five rooms. Each room has the right to use two parking spaces on its own in the building's covered commercial parking by its owner or customer. A valet parking service is provided for the clients of the rooms.
The project of the multi-sport court on the UFBA campus in the city of Vitória da Conquista, was a simple project, but with a complexity in the choice of space on the existing land and not correct positioning, since it was a non-air-conditioned space with the need to have openings covers for wind and sunlight. To meet the basic needs of a sports court, a changing room was located and an administration to take care of the space. Some bleacher spaces and an external square were also planned for conviviality and use of other spaces on the university campus.
ese are some other works done for the Federal University of Bahia (UFBA). Most of them are Renovation of old buildings or renovation of laboratories that needed to be increased in size reorganizing the layout.
-Contract: Private
-So ware: AutoCAD, Sketchup.
-Project year: 2016-2020.
-Tipe of Project: Apartment renovation
-Status: Construction Not Completed
RENOVATION OF CIDADE DO SABER
Establishment plan
OBS: O TELHADO E
PAREDE DA CALHA
PONTALETE DE ALVENARIA 15 X20
ONDULADA 8mm (EXISTENTE)
Floor
plan Section 1-1
RENOVATION INSTITUTE OF PHYSICS 4º FLOOR
ÁREA DE INTERVENÇÃO
OBS: A REFORMA DOS SANITÁRIOS NÃO CONSTA EM PROJETO, MAS DEVERÁ SER FEITA CONFORME COMBINADO COM A DIRETORIA. DEVERÁ SER APENAS TROCADAS AS PEÇAS SANITÁRIAS EXISTENTES POR NOVAS PEÇAS.
OBS2: ESSA PROPOSTA FOI REVISADA PARTINDO DA PREMISSA QUE A EQUIPE DE LÓGICA, IRÁ RETIRAR DESTE PAVIMENTO O RACK DE LOGICA QUE ESTÁ LOCALIZADO NA SALA 03. CONFORME REUNIÃO DO DIA
Here are exposed a few of detailing drawings from di erent projects. ese are just parts of the sets of these details.
Door detailing
ESTRUTURA
Frame detaling
4 SEÇÃO 2 - 2: ADUELAS DAS PAREDES
BARRA CHATA 1/2", PINTURA AUTOMOTIVA CINZA GRAFITE FOSCA
BARRA CHATA 1/2", PINTURA AUTOMOTIVA CINZA GRAFITE FOSCA
PISO EM MADEIRA MACIÇA, CUMARU, ACABAMENTO EM BONA HD TRAFFIC FOSCO
SOLEIRA EM MADEIRA MACIÇA, CUMARU, ACABAMENTO EM BONA HD TRAFFIC FOSCO FRISO 3MM
MAÇANETA LINHA PROFESSIONEL LA FONTE INOX, CJ 517 IN, INL 040, EXTERNA
PORTA EM MDF ULTRA, REVESTIDO COM COMPENSADO 4mm LAMINADO EM MADEIRA NATURAL CUMARÚ. ACABAMENTO EM CÊRA FOSCA
PISO EM MADEIRA MACIÇA, CUMARU, ACABAMENTO EM BONA HD TRAFFIC FOSCO
