David Marín Portfolio

D

C

250 VER NOTA 3

VER NOTA 3

100

100

2000

1700

1800

10

BARANDA DE +1100

12

BARANDA DE +1100

14

BARANDA DE +1100

19

BARANDA DE +1100

6400

4425

3850

3725

NPT±0.00

HP = +2850 HFT = +2550

9

NPT±0.00

HP = +2850 HFT = +2550

11

3700

NPT±0.00

HP = +2850 HFT = +2550

13

10650

6000

6100

HD = +2400 HA = +1600

16

NPT±0.00

HP = +2850 HFT = +2550

4800

4250

300

0

60

0

20

5

12

600

200

4400

800

0

2125

45

35

NPT-0.02

5 23

100

19650

700

800

20

50

33

3650

+0.15

18

200

0

150

20

1

HD = +2400

10

0

5 55

14

55

VER NOTA 1

150

3

4400

0

3950

20

NPT±0.00

HP = +2850 HFT = +2550

2

4000

VER NOTA 2

46

65

65 44

700

CL

1350

1000 800

1000

1500

200

250

NPT-0.02

550

800

950

1700

1150

550

600

600

CE

HD = +2100

250

200

4

200 300

HD = +2400 HA = +1600

2100 2550

350

CELOSÍA DE +100 HASTA +2300

VER NOTA 5

6

5

1200

HD = +2100

1550

800 HD = +2100

250

900

900

1

HD = +2100

HA = +1600

HD = +2400

HA = +1600

500

500

150

VER NOTA 1

1000

850

HD = +2400

100

VER NOTA 1

1200

1100

2700 HD = 2.1m

4

NPT±0.00

HP = +2850 HFT = +2550

4600

HP = +2850 15 HFT = +2550 3650

VER NOTA 2

400 345

100 545

17

1700

HP = +2850 HFT = +2550 +0.15

HD = +2100

100 700

300

1800

2400

5500

HD = +2100

HD = +2100

HP = +2850 HFT = +2550 +0.15

VER NOTA 3

VER NOTA 4

5

39

7

1200

HD = +2100 8

150

HD = +2100 600

HD = +2100

650

900 HD = +2100

HD = +2100

8650

25

100

4200

400

VER NOTA 2

HD = +2400

VER NOTA 2

HD = +2400

VER NOTA 2

HD = +2400

VER NOTA 2

HD = +2400

100

3

250

1700

100 3350 75

850 800 240 800 825

B

15250

150 150

3525 200 3525 250 3525 200 3525

75 900 50

75 3350 100 100 3350 75 75 3350 100

250 300

100 2400 2425 100 50 900 50 50 900 100 50 2425

2550 2575 2520

1675 1575

15700

100

725 800 2250 1150 3575 100 50 575 825

200 250

600 35

1150 3475 1635

1400

2

100

1750 23

2400 950

900 600 600 900

200

250 200

1

4400

250 4400

3120

600 650 550 1100

1900 1300 575 575 800 1950 3430 1200

1650 2450 200 200 800 1750 1100

200 200 150 250 200 250

4250 1550 3300 1100

DAVID MARIN CARDOSO architecture portfolio 62

19650

WORK EXPERIENCE

July 2023 til Today

DB Welding & Fabrication, Bradenton CAD Drafter -Creation of 3D Models and 2D Drawings usin CAD software for Architecturals and Structural Projects -Preparation of detrailed technical documentation and materials list.

-Succeful implementation of modifications in existing design for improved efficiency and accuracy.

January 2022 til December 2022

PERSONAL INFORMATION FULL NAME: David Raul Marin Cardoso DATE AND PLACE OF BIRTH: 12.26.1997, Camaguey, CU TELEPHONE: +19417809870

EMPROY-2, Havana Project manager -Leadership and coordination of projects from conception to execution, managing multidisciplinary teams.

-Development and maintenance of project plans, milestone tracking, and budget control.

-Constant interactions with the clients to understand their expectations and ensure the delivery of high-quality projects.

-Successful delivery of multiple projects within established timeline and budgets.

-Development and improvement of the project valuation system, leading to a 70% increase in company profits.

EMAIL: davidraulmc@gmail.com LANGUAGES: Spanish, English

TOOLS -Autodesk AutoCAD -Autodesk Revit -SketchUp -Enscape -Adobe InDesign -Adobe Illustrator -Adobe Photoshop -Microsoft Word, Excel and Power Point

November 2020 to January 2022

EMPROY-2, Havana Junior Architect -Active participation in architectural design for residential and commercial projects.

-Collaboration in the preparation of technical documentation and detailed plans.

-Advising clients in meetings and contributing to dialogues with suppliers.

EDUCATION BACKGROUND

2015-2020

Architecture Degree Technological University of Havana Jose Antonio Echeverria (CUJAE) -Academuc Index 4.37/5 -Undergraduate Thesis “Preliminary ideas for the comprehensive urban regeneration proposal for Galiano Avenue”

SELECTED WORKS PRESENTED IN THIS PORTFOLIO OTHER WORKS IN DIFFERENT HAVANA CONTEXT

DOMAIN

PROJECT

YEAR

01

URBANISM

GALIANO AVENUE

2020

02

ARCHITECTURE

ICAP APARTMENTS

2021

03

ARCHITECTURE

GUINERA HOUSES

2021

04

ARCHITECTURE

MINJUS STUDY CENTER AND APARTMENTS

2021

05

ARCHITECTURE

RESIDENCIAL FLORES

2022

The Anchor Projects Qualification of the Public Spaces of Confluence at the ends of the Urban Area Shopping Center

TASK: the design of a project that answers specific urban questions identified by each student PROGRAM: urban Regeneration EXTENTION: 1.1 Km LAND USE: 85% max MAX HEIGHT: in function of neighbouring buildings TYPE OF EXERCISE: thesis TIME TO DESIGN: 5 months PROJECT TUTORS: arch. prof. Jorge Peña arch. prof. Joiselen cazanave

The project is situated at the municipality of Centro Habana, next to the historic center of Havana. The first intervention on the site was to create a program of strategic interventions to enhance the exceptional conditions of Galiano Avenue as a commercial center of the urban area of the traditional city. The next intervention was to create a program for the landuse of the avenue, through the definition of unique operational moments of different nature, but which function as a synergistic urban ecosystem, with points of confluence with exclusive characteristics.

The Galiano Avenue is transformed into a place with the aim of creating an experience.

Actions are taken to turn it into a central hub of mobility and also an attractive space due to its extent. Public spaces are expanded at both ends, creating a boulevard from San Lázaro to Dragones streets. The avenue becomes highly frequented as it offers a wide variety of services throughout its entire length. Mixed land use promotes dynamic public activity, fostering urban collaborations to enhance the avenue's experience as a unique space in the city. Additionally, the avenue ceases to be merely a public street, eliminating perceived barriers between service space limits and allowing them to integrate with the avenue.

The final proposal consists of creating two anchor projects: urban spaces at each end of the avenue with the aim of enhancing the quality of the avenue's place. The proposal to the north enhances the city's relationship with the seafront through a public space that allows the street to extend towards the sea, and with it the access of people to water resources for recreational purposes. The southern proposal improves the conditions of the existing public space and enhances its previous condition as a connection node on a city scale and expands the equipment and mobility capabilities.

CO-AUTHOR: arch. Eddy Ramos Miranda

Renovation of the Street as a Public Space: Change of the section of Avenida Galiano to widen the sidewalks and give more prominence to pedestrian Treatment of the vehicular road to control traffic and vehicle speed

Conceptual Floor Plan

Urban Vegetation is a resource to guarantee greater comfort to public space, but it becomes an essential design tool to generate landscape frame.

This visuality synthetically projects the landscape-urban image relationship, revaluating and highlighting urban landmarks.

Public space is not constructed, but rather amounts to an experience. A structural landscape like filigree, filters internal synergies and establishes sensory relationships in all its dimensions.

Synthetic control over movility dynamics makes the public ecosystem survive any disturbing action of the automobile

Isolate the public space itself from the complex urban dynamics. Multiple experiences are generated, with vegetation as a visual and physical barrier, but also psychological, where the sensation of nature is expanded and takes the stay activity to another level

Havana is a city that sleeps early. Lively nights in the URBAN COMMERCIAL CENTER of the traditional city make the public space become a game board. Vital is to concentrate social forces. Public space is not a border, but rather attraction and confluences.

Conceptual Floor Plan

Trascend the democratic and public conception of the maritime front. Not waiting for the sea to come to us, but rather accessing it by unlocking the physical and cultural barriers that make us turn our backs on it. It is an opportunity

The city spaceis a multi-operational as well abiguous structure. It is a confluence in different scenarios because it allows the development of collective activities in unison. It is a space for buffering flows and voluntary concentration.

Operational scenario for gastronomic, commercial and cultural fair activities

The city spaceis a multi-operational as well abiguous structure. It is a confluence in different scenarios because it allows the development of collective activities in unison. It is a space for buffering flows and voluntary concentration.

Operational scenario for gastronomic, commercial and cultural fair activities

Officially Protected Housing A contemporary building in a modern urban context

TASK: the design of a 4-story condominium building PROGRAM: housing Site area: 276 sqm.

LAND USE: 61% max MAX HEIGHT: 14.22 m TYPE OF EXERCISE: executive project

The main idea of this project is based on granting officially protected housing of a medium-high standard for the Cuban Institute of Friendship with the Peoples (ICAP for its acronym in Spanish). The new buildind should fit harmoniously into the urban context surrounded by eclectic and modern buildings from the first half of the last century.

The project proposes an apartment building that establishes a dialogue between the codes of the mid-century modern and contemporary architecture. In this micro-condominium, tenants will be able to enjoy privacy as well as a close relationship with the environment.

The building is made up of 2 volumes: a public one with vertical circulation that gives access to the apartments, and a private one for the housings.

The building also has a semi-underground parking area where technical closets are also located.

TIME TO DESIGN: 2 months

LEVEL 3 APT 3

LEVEL 2

APT 2

LEVEL 1

APT 1

BASEMENT

VERTICAL CIRCULATION

2 1

2

3

2´

4

3´

5

N

D

916 3400

2100 3150 350 700 250 3300

3050 2100 250

9800

700 250

1 C

C

2850

700 250

500

550

500

NPT ±0.00

700

100 500 1700

10

2600

100

700

3000

1850

2650 150

B

11

750

550

9

700

750 1800

900

8

250

700

600

100 2300

1000

100 500 400

600

750

550

4

675

600 250

3500

NPT -1.37

250 200

3800

1900

1400 150

16150 B

1650

250

2850

D

250

100 1411

3050

2

250

100 1550

1950

700 600

1600

650

A

NPT ±0.00

1500

1400 1950

200

1650 NPT -1.37

NPT ±0.00

1500

2050

2600

900

1175

900

600

750

550

NPT ±0.00

NPT -1.64

2850

12

250

3

1300

NPT -1.42

NPT -0.05

900 450

100

250

750

700

1550

3800

250

450

1700

1700

3050

600

1

250

400 900

750

NPT ±0.00

1250

500

700

NPT -0.18 200

1650

200

650

3050

100

NPT -1.46

750

3800

100

350 900

3050

A

750

300

250 400

NPT ±0.00

2550 NPT ±0.00

1

750

250

750

700

2900

750

100

100

250 250

13

750

700

3650

250

250

6550

3065

2100

7

600

150

300

NPT ±0.00

NPT ±0.00

NPT ±0.00

2

250

250

150

5

600

100

3150

1750

3150

6

750

2050

2000

150

2100

2100

700

850

250

250

1150

1400

100

150

2850

1400

250

250

850

100 700

2800

250

700

700

100

350

2100

50

350

100

700

250

3100

2550

100

1650

2800

3650

NPT ±0.00

1044

1000

2900

200

250

3065

1150 4200

150

3300 NPT -1.64

NPT -1.37

4

3

3100

3800

2

4050

1

NSC +14.22

3300

1775

200

5

NOTA 2

200

200

NSC +11.52

400

100 300

400

600

200

750

750

NSC +11.52

2500

NBC +14.02

NBC +11.32

900

1600

NBV +11.22

2100

NPT +8.64

200

400

100 300

400

600

180

180

900

NPT +8.64

NSL +8.64

900

300

2100

2100

NOTA 1

NBL +8.26

900

1600

NBV +8.16

2100

NPT +5.76

200

400

100 300

400

600

180

180

900

NPT +5.76

NSL +5.58

900

300

2100

2100

NOTA 1

NBL +5.38

900

1600

NBV +5.28

2100

180 400

100 300

400

200

180 600

NBL +2.50

1600

NBV +2.40

900

+1.22

NBV -0.48

2100

NOTA 1

900

NPT ±0.00

NBL -0.38

NBL -0.38

NPT -1.46

NA -1.53

NC -1.69

1800

NT -1.53

600

NPT ±0.00

NSL -0.18

900

300

2100

2100

NOTA 1

1352

300

NPT +2.88

900

NPT +2.88

NSL +2.70

900

300

2100

2100

NOTA 1

NPT -2.88

NPT -2.88

NPT -2.88

NPT ±0.00

GARAGE DOOR

NPT -2.70

NBV -0.48

NBL -0.38

NA -1.60

NC -1.76

Low-Cost Housing A modulated house that needs to reconcile the relationship between built environment and nature

TASK: the design of a low-cost house prototype PROGRAM: housing Site area: Architect choice LAND USE: Architect choice MAX HEIGHT: 4.20 m TYPE OF EXERCISE: competition

The project arises in response to a social housing project in a vulnerable neighborhood of Havana. The project is premised on the use of Spiroll slabs as dividing elements and load-bearing walls.

Two proposals were made that would allow its isolated location or in dividing. The first proposal, for 4 people (2 bedrooms), can be combined in paired modules. The second proposal, for 6 people (3 bedrooms), can be combined in juxtaposed modules at their lateral ends and form extensive housing blocks.

The design of the houses is very simple, but guarantees efficient lighting and natural ventilation in all areas, with a modulation that is governed by the width of the hollowed-out slabs. 2 important decisions were made to reduce construction costs: to replace the roof slab with a galvanized zinc roof system to work on an interim basis, and not to use cladding on exterior and interior walls, instead roll texture was used applied directly to the walls.

TIME TO DESIGN: 1 month

House

VARIABLE

1200

Spiroll Slab

Living Area

Private Area

Private Area Living Area

1200

1200

1200

1200 3200

1200

1200

1200

8000

9600

1200 1200

1200

1200

1200

1200 3200

1200

1200

1200 200 1200

200 1200 1200

1200

3300 900 1200 1200

1200 1200

3600 1200

900 200 200

200

200 1200

200

3300 7500 3600

200

11300

1200

1200

900

200 1200

1200

1200

3600 200 1200

1200

1200

5

1200 3300

1200

4

1200

1200 3300

6800

6

6

1200 1200

1200

1200

1

1200 200

1200 3300

900

1200 200

1200 3600

1200

1200 200

1200 3600

1200 200

200

1200 1200

1200

6

3

2

1200

8400

200

1200

200 1200

5700

School for Improvement and Housing An architectural complex for an information center for students and community, and housing for teachers

CALLE 72

N 2

3

CALLE 29F

4500

4

3300

5

3300

15000

1500

3900

6

3000

7

8

3300

9

3900

2000

6400

2000

2500

6400

2500

10

4500

1

3400

12600

18000

2

4500

3000

3

6800

4

6400

24800

AVENIDA 31

1

1500

2500

H

5000

F

7

13250

9

1

8

6

2500

F

600

G

6

6900

7

2500

4200

8

VIVIENDA 3

3

19500

3

1

E

2500

4800

VIVIENDA 1

2 2 4

4

NPT ± 0.00 11

5

NPT ± 0.00

1

6900

2500

2000

2700

E

5

10

9

2

3

D

7

VIVIENDA 4

7

2500

VIVIENDA 2

4 4

5

5

9

6 10

8

2500

A

8200

6

3

2500

9980 3600

B

900

11 C

4200

3300

8 2

1

2500

D

3300 C

12800

4300

5500

E

D

2200

C

650

C´

5100

2850

B

A

6000

4300

3000

B

A

4150

1

5750

2

5100

3

4000

4

5

TASK: the design of a school of improvement, accomodation for students and housing for teachers PROGRAM: information center, student dormitories and housing SITE AREA: 2543 sqm.

LAND USE: 66% max MAX HEIGHT: in function of neighbouring buildings TYPE OF EXERCISE: conceptual ideas TIME TO DESIGN: 2 months

This project is motivated by the interest of the Ministry of Justice of thr Republic of Cuba (MINJUS) in creating a School of Improvement or Branch School, with the objective of preparing cadres, reserves, officials and others specialists who, due to their functions and perspectives, of development require it, in addition to participating in scientific-technical innovation-development services and consultancies that correspond to the sector.

The School of Improvement Building is conceived as a large volume as an orthogonal prism with a rectangular base, two levels and high struts. On the facades most affected by solar radiation, solar protection elements are used that allow good lighting of the interior spaces, while limiting the incidence of radiation, thus achieving greater thermical comfort and greater energy efficiency. The central part of the main facade is open to highlight the access to the building with a double strut and access facade with a courtain wall that contrast with the permeability of the rest of the facades.

The Dormitory Building is conceived as a two-level building, lower than the school, with an interior patio to provide a semi-public green space and greater environmental comfort.

Due to the location, it is protected from solar radiation by the buildings around it. It has its main access from the parking area to the west of the school and is separated from it by vehicular access. Inside there are eight bedrooms with a maximum capacity of 28 people.

The Residential Buildings are conceived as a housing complex unified by a central space between both volumes and, despite their typological differences, a union is perceived between both facades that face this space. Four types of apartments were planned, all with large balconies that favor the relationship of homes with the outdoor areas.

A 1350

1350 1000

200

1 4500 7100

2

3500 1400

300 3300 1900 100

3 3800 3000

3300 1000 100

4 2100 3750 3900

1050 200

16650

5 700

700

800 100

2700

2800

3000

250

200

6 2150

3300

3150 1200 200 2200

2700

7 2200 3900 700 100

700 300 3450

8

1400 1200

200 4500

1600 1650 700 700

1500

700

800

100

950

9

1400

3400 2900

2100

3800 3400

1100 200

100

2800

NPT +3.06

1050

15300

200

10

4800

200 600 200

1100

4600

700

700

100

1600

1500

4800 4100

1650

4800

700

200

20300

4200

1300

100

750

5600

900

700

200

1400

1400

2700

300 950

1600

900

1600

1400 4500

200

200

1000 4600

4800

200

1350

2850

4200

900

200

1350

200

4000

4000

1400

400 200

750

1350

3600

NPT +3.06 2500

900 200

200

700

700

1350

3500

1100

1400

1500

1400

9450

200

1500

2100

700

300 900

1400

1400

2100

200

200

900

1300

500

700

700

950

700

700

700

850

4200 4100

1400

7600

1100

2100

700

100

700

3750

900

1600 1100

200

1050

200

500

850

700

2100

900

5400

700 3300

100 9400

2000

1200

2100

3400

800 3800

2100

700

1600

2500

200 400

200

1400

100

3750

1100

900

20300

4500

850

700

2100

2500

2700

1100

3800

200

500

C 200

200

D

400

3300

E

4200

7600

G

200

4500

H

200

200 9450 200

F

B

Recidencial Flores A global architectural reform in an existenting structure

1

2

3

4

5

6

N

7

29350 4250

5500

4000

4500 4500

6550 2650

3500

1750

3500

3900

4250 3500

5000

5250

4900

5800

50

4900

3500 400

6800

8550

33

50

150

30 69

30 69

17

11

6870 3350

6050 1

150

NPT±0.00

R. G

2600

4

13750

2200

13750

2200

NPT-0.02

150

3400

2650

3900

4700

5650

5600

300 3400

6550

1800 35800

3300

3300

5350

5600

0 79 2

45

4700

66

4400

12

4400

250

525

250

NPT-0.02

4900

32350 150

2700 11

10

12

4200

3250

8

3300

9100

10

2600

250

11

D

4700

3050 675

6

9

3350 350

9

150

3

1050

7

6

6870

4500

7

12

2

3350

3

1800

5935

250

CL

6050

W

5

5

2

8

3350

3350

2

NPT±0.00

D

CD

W

3

2030

2100 CE

D

1

R. G

4

2600

900

2890

1815

4 12

3550

1950

R. G

1 NPT±0.00

250

1800

25

30

1050 400 980

3150

NPT±0.00 450

7030

1790

3050

2770

170

3180

7500

150

7030

NPT-0.34

NPT-1.54

C

675

1500

2500

3900

170 7250

7500

R. G

1790

NPT-0.34 22500

NPT±0.00

30

2030

25

3180

W

2100

1

980 400

12

D

2890

1800

2

3

D

4

450

250

1815

W

NPT-0.50

CALLE 188

5

3

12

4

7

1000

4475

150 2

5

3150

ACERA

3520

1

8

6

150

9

7

3250

3350 5935

280

7500

6

8

250

525 10

2700

11

250

3175

10

2600

1800

9000

24 80 0 0

400

9

B

3500

5800

12

30

4900

00

4500

NPT-0.02 82

100 1700

350

50

12

A

46

NPT-0.02

TASK: the design of high standard apartments in an existing building PROGRAM: housing Site area: to fit existing structure LAND USE: architect choice MAX HEIGHT: to fit existing structure TYPE OF EXERCISE: executive project TIME TO DESIGN: 4 month

The project is prepared based on the interest of the Council of State of the Republic of Cuba to continue a housing project at the beginning of this century. The project consist of adapting the housing design to an existing five-story structure, built in 2001, executed according to the original project of the residential complex.

The five levels of the building are made up of 4 homes (20 apartments in total), plus a semi-basement with parking function. It consist of 10 types of apartments with 2, 3 and 4 double bedrooms and outdoors areas between balconies and terraces. The maximum capacity of the building is 108 people.

For the facade proposal the project carried out in 2001 is taken as an external reference, maintaining the same projection concepts of the residential building. Towards the interior of the apartments, the premises were located taking into account their level of use and function for better climatic comfort towards the areas of greatest use and the bedrooms, looking for the prevaliling breeze regime and sunlight, and above all respecting the structure and existing perforations in the slabs for technical purposes.

The fundamental premise for the conception of the apartments is to achieve large spaces that integrate the living room, kitchen and dining room of the homes in an open and spacious space, and at the same time achieve privacy and high comfort in the bedrooms and anitary services of each apartment. The volumetric expression allows great use of the wide views to the sea and the environment around the building, this potential is used to provide interesting visuals to the spaces inside each apartment.

5TH LEVEL

4TH LEVEL

3RD LEVEL 5 LEVELS 4 APARTMENTS EACH LEVEL TOTAL APARTMENTS: 20 APARTMENTS 2D: 9 APARTMENTS 3D: 8 APARTMENTS 4D: 3

2ND LEVEL VERTICAL CIRCULATION

TOTAL INHABITANTS: 108 1ST LEVEL

VERTICAL CIRCULATION

1

200 1100

1250

200 1100

2950 150

NSE +9.70

200 1100

2950 NSE +6.60

NIE +6.45

1100

1940

NPT ±0.00

1100

2100

1600

2100

FALSO TECHO

2350

2010

340

600

NPT -1.54

NPT -0.34

PEND. 6%

A

B

C

D

800

PEND. 8%

FALSO TECHO

NIE +16.05

150 NIE +6.45

NIE +3.35

FALSO TECHO

100

1000

100 660

2350

1810

150

150 NSE -2.70

2450

NIE -0.25 NPT -2.60

2690

NSE -0.10

660

FALSO TECHO

3450 NPT ±0.00 100

2550

NIFT +3.05

800

200 1100

2550

150

1100

NSE +3.50

FALSO TECHO

FALSO TECHO

FALSO TECHO

2950

NPT +3.60 100

2550

NIFT +6.15

200 1100

2550

2950

2550

NSE +6.60

100

NPT +6.70

FALSO TECHO

FALSO TECHO

FALSO TECHO

800

150 NIE +9.55

NIFT +9.25

200 1100

2550

2950

2550

NSE +9.70

100

NPT +9.80

FALSO TECHO

FALSO TECHO

FALSO TECHO

800

150 NIE +12.65

NIFT +12.35

FALSO TECHO

3150

2220

NSE +12.80

FALSO TECHO

200 1100

FALSO TECHO

FALSO TECHO

3250 NPT +12.90 100

2550

NIFT +15.45

PEND. 8%

200

700

1750

NSE +16.20

150

NIE +17.95

300

150

NSE +18.10

18100

NPT -1.80

2700

NPT -1.99

NPT -0.50

1340

NPT -0.34

3050

950

FALSO TECHO

800 650

1100

NIE +3.35

3050

NIFT +3.05

200 1100

2950 NSE +3.50

FALSO TECHO

1250

FALSO TECHO

150

NPT +3.60

2550

NIFT +6.15

FALSO TECHO

1250

FALSO TECHO

150

2550

NPT +6.70

FALSO TECHO

1250

FALSO TECHO

NIE +9.55

NIFT +9.25

FALSO TECHO

FALSO TECHO

1850

FALSO TECHO

1020

3250 150 NIE +12.65

2550

NPT +9.80

7

. 13%

+13.90

NSE +12.80

NIFT +12.45

6

PEND

FALSO TECHO

3000 NPT +12.90

5

PEND

NIE +16.05

NIFT +12.45

4

. 13%

150 1650

NSE +16.20

3

NSC +17.72

100

+17.57

2