DANIEL TUREL - GRAPHIC PORTFOLIO

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D A N I E L

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ABOUT ME Passionate-driven fourth-year student of architecture with excellent creative and hard-working skills. Able to work in different and hard situations.

Proven skills in meeting tight deadlines and with a special eye for details. Versatile, patient, organized and tenacious. Highly results-focused with excellent communication skills. Very open-minded team leader with deep experience in technical drawing and architectural software. Specially interested in construction techniques, urbanism and sustainability.

DANIEL TUREL GARCIA

EDUCATION

LANGUAGES AND SKILLS

2020 – 2021 Illinois Institute of Technology

Spanish English French Chinese

Bachelors of Architecture GPA: 4.00 2017 – 2022 Polytechnic University of Madrid

Bachelors of Architecture GPA: 3.32

Honorable Mentions: Studio II, English

Excellence Scholarship - Regional

Government of Madrid (2018) 2014 Unity Christian High School, Michigan 2002 – 2017 School Santa Joaquina de Vedruna Mirasierra (FEC) GPA: 4.00 - With Honors

Native Cambridge University C1 / TOEFL 90 Institut Français level B2 Confucio Institute HSK-2

Microsoft Office Revit/BIM Autocad 2D Photoshop Illustrator InDesign Rhinoceros 3D

ESOARCH ESOARCH ESOARCH

Sketchup

CONTACT INFORMATION

WORK EXPERIENCE

Address:

Jun-Jul 2020

Mtres Studio Architectural designer and BIM Manager – Summer intern - Collaborated with the design team and clients to meet overall project objectives.

- Developed project design concepts for architectural building practice, including large-scale, com mercial projects including apartment buildings, and mixed-use developments.

- Produced graphic presentations, 3D renderings, and scaled construction drawings using REVIT.

E-mail:

Jul. 2019

Mind Facilities Management Architectural designer – Summer intern - Identified distribution problems of the office.

- Planned and executed office design proposals.

- Created graphic presentations using PHOTOSHOP

LinkedIn:

VOLUNTEER WORK EXPERIENCE

59 E Van Buren St Chicago, IL 60605

Date of birth: 07-15-1999

Phone:

(773) 543-2847

daniel.turel@gmail.com

linkedIn.com/in/danielturel

Issuu:

issuu.com/daniel_turel

Jul. 2017

Dec. 2015

Adventure Volunteers Volunteer in the conservation project of the marine turtle Santiago de Veraguas, Panama Comunity of San Egidio Helped setting the Christmas dinner table for homeless people

CONTENT

Graphic Building Bronzeville Lakefront

The Tripod. Mixed-use high rise building. Chicago, IL, US Revit Rendering the Turégano House

Alberto Campo Baeza, 1988. Madrid, Spain

3DS Max and Revit Modeling and Rendering the Ruf House

Sep Ruf, 1958. Tegernsee, Germany Revit Technical 30 low cost government funding housing

Residential complex. Madrid, Spain

Revit & AutoCad The Limits Of The Urban. Inhabitating Soria

Residence building for students, a hotel, and multi-family housing. Soria, Spain

Revit & AutoCad Three scales, three landscapes

Beach walkway, holiday residences & thermal baths. Mallorca, Spain AutoCad Analyzing the Moncloa-Aravaca district

Madrid, Spain

AutoCad & Photoshop

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Building Bronzeville Lakefront In this Studio we explored different visions of a home for the 21st Century, the new workplace, and elements of an equitable and just community in Chicago.

Urban density is assumed to be valued if balanced by humanistic environments that emphasize health and wellbeing. Tangible design measures for wellness is developed integral to a more sustainable and resilient world. High performance comes from an understanding and integration of related disciplines, research, and science. During the design process, rigorous tectonics and craftsmanship lead to clear design intent and expression.

ARCHITECTURAL STUDIO The Tripod Vertical Aggregation

RESIDENTIAL

HOTEL

OFFICE

Reviews

Architect

BRIAN LEE

DANIEL TUREL GARCIA

Date of issue of the sheet 12/02/2020

Builds -

ILLINOIS INSTITUTE OF TECHNOLOGY

Property -

Address 3050 Moe Dr, Chicago, IL 60616

Orientation Title N VERTICAL AGGREGATION

Project status STUDIO

Title of the project BRONZEVILLE LAKFRONT - BUILDING THE EDGE

Scale

Date FALL 2020

Sheet

3D.1 Ref. ARCH419

ARCHITECTURAL STUDIO The Tripod Drop off access

ARCHITECTURAL STUDIO The Tripod Base of tower access 2

ARCHITECTURAL STUDIO The Tripod Top of tower

Rendering The Turégano House This course is an in-depth exploration of new visualization techniques to support and express architectural design through 3D rendering. Topics include 3D modeling, cameras, lighting, material mapping and rendering output in Autodesk 3ds Max and model linking workflows between 3ds Max and other modeling platforms. Presentation concepts include rendering style and image compositions.

I chose to work on the Turégano House designed by Alberto Campo Baeza in 1988 and located in Madrid, Spain.

DESIGN VISUALIZATION Rendering the Turégano House Exterior render

DESIGN VISUALIZATION Rendering the Turégano House Exterior render

DESIGN VISUALIZATION Rendering the Turégano House Exterior render

DESIGN VISUALIZATION Rendering the Turégano House Interior render

Modeling And Rendering The Ruf House This course is an in-depth exploration of new visualization techniques to support and express architectural design through 3D rendering.

Topics include 3D modeling, cameras, lighting, material mapping, and rendering output in Autodesk Revit and model linking workflows between Revit and other modeling platforms. Presentation concepts include rendering style and image compositions.

I chose to work on the Ruf House designed for himself by Sep Ruf in 1954 and located in Gmund, Tegernsee, Germany.

MODELING AND RENDERING THE RUF HOUSE Ruf House, Sep Ruf, 1954 Deployed axonometric

MODELING AND RENDERING THE RUF HOUSE Ruf House, Sep Ruf, 1954 North-east view

MODELING AND RENDERING THE RUF HOUSE Ruf House, Sep Ruf, 1954 Interior render

CLICK HERE OR SCAN FOR VR!

MODELING AND RENDERING THE RUF HOUSE Ruf House, Sep Ruf, 1954 Interior render

CLICK HERE OR SCAN FOR VR!

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Construction II: 30 low cost government funding housing The objective of this project was to acquire the basic knowledge of the construction process and how to apply them to an Execution Project. We focused on building construction, land movement and containment, foundation, structure, facade, and roofing.

The goals were four: to resolve in detail the construction solutions proposed to respond to the established requirements, to apply the principles of construction for concrete solutions in Architecture, to correctly represent the constructive system and details graphically, and to develop personal criteria.

My partner and I proposed a building system based on concrete honeycomb slabs combined with steel beams and pillars. For the outer layer, we used an ETICS-type façade system with a stone cladding.

CONSTRUCTION II Multi-family residential Perspective 1

CONSTRUCTION II Multi-family residential Perspective 2

CONSTRUCTION II Multi-family residential Section perspective

CONSTRUCTION II Multi-family residential Section 1 

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CONSTRUCTION II Multi-family residential Constructive details DETALLE FACHADA VENTILADA Y FORJADO DE PLACA ALVEOLAR - PLANTA BAJA

AISLAMIENTO TÉRMICO POLIESTIRENO ESPANDIDO 50 mm

DETALLE FACHADA VENTILADA Y CUBIERTA

TABIQUE 1/2 PIE LADRILLO PERFORADO

TRASDOSADO AUTOPORTANTE A UNA CARA, FORMADO POR: - PERFILES VERTICALES DE 70 mm, SEPARADOS 400mm. Y ARRIOSTRADOS A TABIQUERÍA PORTANTE - AISLAMIENTO INTERIOR DE LANA MINERAL SEMIRÍGIDA DE 65 mm. DE ESPESOR (l=0,035 W/mK) ENTRE MONTANTES

ALBARDILLA: PILAR HEB 300

PERFIL EXTRUSIONADO DE ALUMINIO ACABADO RAL A ELEGIR DF. CON FORMACIÓN DE GOTERÓN

DOBLE PLACA DE YESO LAMINADO PYL e= 13 mm (DENSIDAD 30KG/M3) ACABADO DE PETO MEDIANTE ENFOSCADO DE MORTERO DE CEMENTO BLANCO

CÁMARA DE AIRE

RODAPIÉ

LOSA FLOTANTE ARMADA 40 mm

LAMINA BETUN MODIFICADA LBM(SBS)-40/FP

PAVIMENTO

MORTERO DE AGARRE

CUBIERTA NO TRANSITABLE, FORMADA POR : - CAPA DE GRAVA BLANCA ESPESOR MÍN. 8 cm - CAPA ANTIPUNZANTE GEOTEXTIL DE 200 g/m² DE FIBRA CORTA DE POLIÉSTER NO TEJIDO - AISLAMIENTO DE CUBIERTA DE POLIESTIRENO EXTRUIDO DOS LAMINAS CONTRAPEADAS 6+8 - IMPERMEABILIZACIÓN DE CUBIERTA MEDIANTE DOBLE LÁMINA ASFÁLTICA DE BETÚN MODIFICADO CON ELASTÓMEROS SBS - DOBLE CAPA ANTIPUNZANTE GEOTEXTIL DE 200 g/m² DE FIBRA CORTA DE POLIÉSTER NO TEJIDO ENCIMA Y DEBAJO DE LA IMPERMEABILIZACIÓN - IMPRIMACIÓN ASFÁLTICA - FORMACIÓN DE PENDIENTE CON MORTERO DE CEMENTO 1,5%

PETO DE CUBIERTA FORMADO POR 1 PIE DE LADRILLO PERFORADO TOSCO AISLAMIENTO TÉRMICO POLIESTIRENO ESPANDIDO 50 mm

IMPERMEABILIZACIÓN AUTOPROTEGIDA PARA REMATE DE PETOS

SISTEMA DE FACHADA VENTILADA PANEL COMPOSITE

CÁMARA DE AIRE

PLACA ALVEOLAR 120

HP310X93

PLACA ALVEOLAR 120

PILAR HEB 300

SISTEMA DE FACHADA VENTILADA PANEL COMPOSITE HP310X93

FALSO TECHO DE PLACAS DE YESO LAMINADO SUSTENTADO MEDIANTE PERFILERIA MEALICA T-47. SEPARACION MAXIMA 60 cm

DETALLE FACHADA VENTILADA Y FORJADO DE PLACA ALVEOLAR - PLANTAS 1 A 5

COLECTOR COLGADO DE SANEAMIENTO

DETALLE FACHADA VENTILADA Y FORJADO DE PLACA ALVEOLAR - PLANTAS 1 A 5

PILAR HEB 300

AISLAMIENTO TÉRMICO POLIESTIRENO ESPANDIDO 50 mm

TABIQUE 1/2 PIE LADRILLO PERFORADO

TRASDOSADO AUTOPORTANTE A UNA CARA, FORMADO POR: - PERFILES VERTICALES DE 70 mm, SEPARADOS 400mm. Y ARRIOSTRADOS A TABIQUERÍA PORTANTE - AISLAMIENTO INTERIOR DE LANA MINERAL SEMIRÍGIDA DE 65 mm. DE ESPESOR (l=0,035 W/mK) ENTRE MONTANTES

DOBLE PLACA DE YESO LAMINADO PYL e= 13 mm (DENSIDAD 30KG/M3)

AISLAMIENTO TÉRMICO POLIESTIRENO ESPANDIDO 50 mm

TABIQUE 1/2 PIE LADRILLO PERFORADO CÁMARA DE AIRE

TRASDOSADO AUTOPORTANTE A UNA CARA, FORMADO POR: - PERFILES VERTICALES DE 70 mm, SEPARADOS 400mm. Y ARRIOSTRADOS A TABIQUERÍA PORTANTE - AISLAMIENTO INTERIOR DE LANA MINERAL SEMIRÍGIDA DE 65 mm. DE ESPESOR (l=0,035 W/mK) ENTRE MONTANTES

RODAPIÉ

LOSA FLOTANTE ARMADA 40 mm

LAMINA BETUN MODIFICADA LBM(SBS)-40/FP

DOBLE PLACA DE YESO LAMINADO PYL e= 13 mm (DENSIDAD 30KG/M3)

CÁMARA DE AIRE

RODAPIÉ

LOSA FLOTANTE ARMADA 40 mm

LAMINA BETUN MODIFICADA LBM(SBS)-40/FP

PAVIMENTO

MORTERO DE AGARRE PLACA ALVEOLAR 120

SISTEMA DE FACHADA VENTILADA PANEL COMPOSITE HP310X93

FALSO TECHO DE PLACAS DE YESO LAMINADO SUSTENTADO MEDIANTE PERFILERIA MEALICA T-47. SEPARACION MAXIMA 60 cm

PLACA ALVEOLAR 120

SISTEMA DE FACHADA VENTILADA PANEL COMPOSITE HP310X93

FALSO TECHO DE PLACAS DE YESO LAMINADO SUSTENTADO MEDIANTE PERFILERIA MEALICA T-47. SEPARACION MAXIMA 60 cm

CHAPA DE REMATE DINTEL

CAJON DE PERSIANA ENROLLABLE COMPACTO DE 155 MONOBLOC CON PVC, CON AISLAMIENTO TERMICO Y AISLANTE ACUSTICO

PAVIMENTO

MORTERO DE AGARRE

CONSTRUCTION II Multi-family residential Constructive details DETALLE DE ZAPATA AISLADA Y ARRANQUE DE PILAR DE HORMIGON ARMADO - VASO PISCINA

ARRANQUE DE PILAR METÁLICO EN VIGA DE CORONACION DE PANTALLA DE PILOTES SECCION

ALZADO

PERSPECTIVA ESQUEMATICA

PERNOS DE ANCLAJE

MORTERO DE NIVELACION

SECCION

BISELAR TALADRO PARA RECIBIR LA SOLDADURA

SOLDADURA PLACA DE ANCLAJE

Ls MORTERO DE NIVELACION

DETALLE DE SOLDADURA DE PERNOS DE ANCLAJE

PILAR METALICO

ARMADO PILAR

PILAR METALICO

PLACA DE ANCLAJE

PILAR METALICO HE300B

SECCION

DETALLE DE ZAPATA AISLADA Y ARRANQUE DE PILAR METALICO - ESTRUCTURA GARAJE

PILAR

ESTRIBOS PILAR

PLACA DE ANCLAJE

MORTERO DE NIVELACION

MORTERO DE NIVELACION CIMENTACION

ZAPATA

VIGA DE CORONACION

PERNOS DE ANCLAJE

0.20m.

0.10m.

PILOTE

0.30m.

ARMADO INFERIOR ZAPATA ARMADO INFERIOR ZAPATA

PILOTE Ø50 PILOTE Ø50

0.10m.

VIGA DE CORONACION

VIGA DE CORONACION

0.20m.

PERNOS DE ANCLAJE

SEPARADORES ≥5cm.

SEPARADORES ≥5cm.

HORMIGON DE LIMPIEZA HA-25/P/20/IIa

PLANTA

HORMIGON DE LIMPIEZA HA-25/P/20/IIa

PLANTA

ARRANQUE DE VIGA METÁLICA EN VIGA DE CORONACION DE PANTALLA DE PILOTES - FORJADO SOTANO -1 DETALLE DE SOLDADURA DE PERNOS DE ANCLAJE

PLACA Y PERNOS DE ANCLAJE VIGA METALICA HP310X93

250mm.

50mm.

100mm.

410mm.

310mm.

BISELAR TALADRO PARA RECIBIR LA SOLDADURA

ARMADO INFERIOR ZAPATA

ARMADO DE ARRANQUE DEL PILAR

ARMADO INFERIOR ZAPATA

PERNOS DE ANCLAJE

SOLDADURA PLACA DE ANCLAJE

50mm.

310mm.

50mm.

410mm.

50mm.

PLACA DE ANCLAJE e = 15mm.

PERNOS DE ANCLAJE 6Ø16

MURO

► SOLDADURA: SE SOLDARA EL PERFIL A LA PLACA DE ANCLAJE EN TODO EL PERIMETRO DE CONTACTO ► EL CORDON

DE SOLDADURA SERA CONTINUO Y DE PENETRACION COMPLETA

SECCION

ALZADO

PERSPECTIVA ESQUEMATICA

PAVIMENTO MORTERO DE AGARRE LAMINA BETUN MODIFICADA LBM(SBS)-40/FP

DETALLE DE FORMACION DE SOLERA - SOTANO -2

VIGA DE CORONACION

LOSA FLOTANTE ARMADA 40 mm

JUNTA DE RETRACCION SELLADA

PLACA ALVEOLAR 120

VIGA DE CORONACION

VIGA METALICA HP310x93

PERFIL HP310X93

PILOTE Ø50

ENCACHADO DE GRAVAS BASE COMPACTADA

► RECUBRIMIENTO SUPERIOR MALLA ELECTROSOLDADA: 5 cm

PILOTE Ø50

ALZADO

LAMINA DE POLIETILENO

PILOTE

ENLUCIDO DE YESO LAMINADO

ARMADO VERTICAL Ø12a15cm.

► EL CORTE DE LA JUNTA DE RETRACCION SE REALIZRA CON MAQUINA DE DISCO Y SU PROFUNDIDAD SERA INFERIOR A 5 cm

ARRANQUE DE FORJADO DE PLACA ALVEOLAR EN ZUNCHO PERIMETRAL DE PANTALLA DE PILOTES - FORJADO SÓTANO -2 SECCION

MALLA ELECTROSOLDADA #Ø6a20cmts.

0.15m.

0.15m.

PERNOS DE ANCLAJE

TABIQUE 1/2 PIE LADRILLO PERFORADO

PANTALLA DE HORMIGON - ARMAZON ESTRUCTURAL TIRO DEL ASCENSOR

LOSA DE HORMIGON

ALZADO

MURO PANTALLA HA-25/P/20/IIa

CAMARA BUFA SECCION

PERSPECTIVA ESQUEMATICA

PLANTA

TABIQUE 1/2 PIE LADRILLO PERFORADO ENLUCIDO DE YESO LAMINADO LOSA FLOTANTE ARMADA 80 mm PLACA ALVEOLAR 120

TABIQUE 1/2 PIE LADRILLO PERFORADO VIGA DE CORONACION

VIGA METALICA HP310x93

DOBLE CAPA DE ENLUCIDO DE YESO LAMINADO VIGA DE CORONACION

MORTERO DE NIVELACION

ZUNCHO PERIMETRAL

TABIQUE 1/2 PIE LADRILLO PERFORADO ENLUCIDO DE YESO LAMINADO PILOTE Ø50

1.95m.

PERFIL HP310X93

PERNOS DE ANCLAJE

PILOTE Ø50

PILOTE Ø50

PILOTE

ARMADO VERTICAL Ø12a15cm.

SOLERA

ARMADO HORIZONTAL Ø10a15cm.

0.20m.

2.40m.

The Limits Of The Urban: Inhabitating Soria We travel to Soria, a city paradigm of what is known as “The Wallowing of the Emptied.”

The goal is to put on the game board the need for climate change in the territory model and correct the de-generated by obsolete and decompensated models focusing on territorial, cultural, and economic perspectives. The project takes place in the eastern edge of Soria, Spain, on the banks of the Duero river, between the hill of a castle and the hill of the Miró Hotel. The objective is to focus on the limits of the urban and the concept of inhabiting the city.

The objective of this exercise is to develop a new solution type or housing. We developed a residential project combining a residence building for students or seniors, a hotel, and multi-family housing.

THE LIMITS OF THE URBAN Inhabitating Soria Perspective Island #3

Pillars and platforms establish a system that develops as a tapestry parallel to the hillside to alter the topography as little as possible.

Several multi-function patios are opened on the platforms. They allow light to enter the lower levels, house vegetation contributing to the humidification of spaces, and enhance diagonal visions increasing spatial continuity between levels.

THE LIMITS OF THE URBAN Inhabitating Soria

Through a system of platforms at different levels, five islands are created to close the void generated between the Hill of the Mirón and the hill of the castle. The arrangement of the islands responds to bioclimatic questions such as the sun, winds, or slope, as well as the views that occur from each of them in its relationship with the river and the city of Soria.

Elevantion

0

3

6m

Site Plan

0

240 m

THE LIMITS OF THE URBAN Inhabitating Soria Exterior renders

THE LIMITS OF THE URBAN Inhabitating Soria Interior renders

Architectural Design II: Three scales, three landscapes This course focused on the relationship between architecture and landscape.

Three exercises were proposed at three different scales on Menorca island.

01. Walkway in a protected natural area: the objective was to propose a light walkway that fulfilled several functions at the same time: allow the access to the beach, preserve the native flora of the dune area and constitute a privileged place for the views. It’s a small-scale exercise in the coastal landscape. This project had to be thought as a light construction in wood, with a consecutive repetition of parts and a very strong geometric system. The situation parallel or perpendicular to the beach had to be decided by us personally.

02. Tapestry of patio houses: the objective was to design holiday homes focusing on the idea of temporary housing with the programmatic and spatial freedom that is entailed. It is an medium scale exercise in an area farther from the coast on a terrain with a slight slope and overlooking to the sea. This project considered individual housing without forgetting about the collectiveness of the project as a whole. It had to be understood as a tapestry on the natural landscape. Several aspects had to be taken into account: the geometric systems used, the extension of the tapestry, the density and position of the filled and empty spaces... All in all, the approach to a complex section.

03. Thermal baths will be designed in the interior of Menorca. It is a large scale project and will therefore be arranged in the interior landscape, in an steeper area and far from the fragile coast. It’s a spacial exercise. The goal was to reflect the relationship between water and architecture; the spatial and subtractive system, the relationship with the light and the possibility or not of opening up to the surrounding landscape.

ARCHITECTURAL DESIGN II Beach walkway Floor plan, elevation and cross section

PLANTA ALZADO Y SECCIÓN / PASARELA DE PLAYA / PLAYA DE BINIGAUS - MENORCA

DANIEL TUREL GARCÍA / PROYECTOS 2 / SEMESTRE DE OTOÑO / CURSO 2018-2019 / ETSAM

ESCALA 1:50

0

1

2

3M

ARCHITECTURAL DESIGN II Beach walkway Model pictures and site plan

ARCHITECTURAL DESIGN II Summer residence Roof plan

N EMPLAZAMIENTO / TAPIZ DE CASAS PATIO / BINIGAUS, MENORCA

DANIEL TUREL GARCIA / PROYECTOS 2 / CURSO 2018-2019 / ETSAM

ESCALA 1:250

01 2

5

10 M

ARCHITECTURAL DESIGN II Summer residence Model pictures and site plan

ARCHITECTURAL DESIGN II Thermal baths Model picture

ARCHITECTURAL DESIGN II Thermal baths Site plan

Urbanism I: Urban analysis This course was thought as a first contact with the multiple and complex dimensions of city and territory production, studying the following aspects: the social, economic and political factors that condition and run the city, the interaction of these factors with the functional structure and configuration of the pre-existing city, the ways in which these processes decline into a new city project and a specific urban morphology, the role that urban planning techniques play in regulating these processes and projects, and how they, in turn, are determined by them.

Organized by groups, students had to conduct a SWOT analysis extracting the Strengths, Weaknesses, Opportunities and Threats of one of the districts of Madrid: the Moncloa-Aravaca district.

URBANISM I Moncloa -Aravaca district Urban analysis

1 altura 2 alturas 3 alturas 4 alturas 5 alturas 6 alturas 7 alturas 8 alturas 9 alturas +9 alturas

PLANO DE ESPACIOS: En este plano se analizan las alturas de todos los edificios del barrio, en su mayoría de cinco o seis plantas. Con esta información se observará posteriormente que zonas tienen mayor densidad de población, ya que casi todos los edificios son residenciales, algunos con bajos comerciales; zonas sin edificios (de ocio, zonas verdes, etc), y otros datos como barrios de chalets adosados, bloques de pisos, etc.

URBANISM I Moncloa -Aravaca district Urban analysis