Yaressi Treviño-MSc Graduated- Portfolio

EXTRACURRICULAR ACTIVITIES ARCHITECT MSc Environmental Design and Engineering LEED Green Associate || WELL AP

Yaressi Alejandra Treviño Garza 19/Octubre/1994

Monterrey,NL,México yaressi.trevinog@gmail.com +521 8180125314 issuu.com/yaressitg Yaressi Treviño

2021

LEED AP Operation + Maintenance (Arranged for December 2021)

2021

WELL AP

2020

LEED Green Associate

2020

XVIII Symposium of Mexican Studies and Students in UK

Notthingham, UK

2019-2020

Student Representative MSc EDE

London, UK

2020

IES Online Course, WELL Preparation Exam

Remotal

2019-2020

Member “Architect Association of NL”

Monterrey, Mexico

2018

Student Lidership Diploma (ITESM)

Monterrey, Mexico

2016

Society of architecture students (ITESM)

President

2015

ACADEMIC FORMATION 2019-2020 University College London

London, UK

Distinction || MSc Environmental Design and Engineering 2013-2018 Monterrey Institute of Technology and Higher Education 2016

B.A of Architecture || Academic Mention Politecnico di Milan

2015

TECHO, civil organization

2015

SMiA Workshop (Structural Morphology in Architecture)

Monterrey, México

2015

Workshop with Chicago Studio (SOM, GREC Architects, Von Weise Associates and Cannon Design)

Chicago, USA

2014

Impulso urbano social studio, Viesca house

Monterrey, México Milan, Italy

International Exchange Program

LANGUAGES

President Volunteer

Construction volunteer

CONTESTS AND PUBLICATIONS 2021

Exposition at XXI Bienal Nuevo León

NATIONAL

2019

CONACyt Scholarship

NATIONAL

2017

Red Parque Ciudadano( Mass Operations)

NATIONAL

SPANISH

NATIVE

ENGLISH

ADVANCED LEVEL

FLUENT (IELTS 7.0)

2017

Écola de architecture de Marseilla (Aires Mateus)

INTERNATIONAL

ITALIAN

INTERMEDIATE LEVEL

CONVERSATIONAL

2017

Saint Malo maritime museum (Aires Mateus)| Publication

INTERNATIONAL

PORTUGUES

INTERMEDIATE LEVEL

CONVERSATIONAL

2017

Still Cabono: Exhibition with Aires Mateus | Coimbra, PT

INTERNATIONAL

2015

1st Place Contest “Hospital for Health”

NATIONAL

PROFESSIONAL EXPERIENCE Jan 21/Jun 21 Jul 21- Current

“Bioconstrucción y Energía Alternativa” Sales & Solution Consultant Business Development Manager

Monterrey, México

2018-2019

Project Manager “Tres Más Dos Arquitectos”

2018-2020

SOFTWARES AUTOCAD

ADVANCED

IES VE

ADVANCED

Monterrey, México

REVIT

ADVANCED

LUMION

INTERMEDIATE

Co-founder of “Factor 2710 Design+ Construction”

Monterrey, México

REVIT MEP

ADVANCED

3DMAX + CORONA

INTERMEDIATE

2017

Intern in Aires Mateus (Architecture Firm)

Lisbon, Portugal

PHOTOSHOP

ADVANCED

EDGE

INTERMEDIATE

2017

Intern in Mass Operations (Architecture Firm)

Monterrey, México

ILLUSTRATOR

ADVANCED

PHPP

INTERMEDIATE

2015

Architectural Programs Assistant (ITESM)

Monterrey, México

INDESIGN

ADVANCED

BIMCollab

BASIC

SKETCHUP

ADVANCED

BlueBeam

BASIC

MICROSOFT OFFICE

ADVANCED

VRAY

BASIC

Table of Content

A Naturally Ventilated Building in Central London University College London || MSc EDE

Energy Efficiency in Federal Buildings University College London || MSc EDE

Building Solar Design University College London|| MSc EDE

BIOCLIMATIC DESIGN ENERGY EFFICIENCY MODELING CERTIFICATION- BASED CONSULTING

Building Modelling Information (BIM) Semester ITESM || B.A. of Architecture

Dwelling Refurbishment Tres Más Dos Arquitectos | Individual Work

Archipielago Lambrate

Medical District

Politecnico di Milano || Programm Erasmus +

ITESM || B.A. of Architecture

BIM ARCHITECTURE DESIGN

CONSTRUCTION AND EXECUTIVE PROJECT URBANISM

Design and construction supervision Factor 2710 || Independent Work

Others Extracurricular Activities|| Contest and Exhibitions

ARCHITECTURAL PROJECT INTERIOR DESIGN CONSTRUCTION SUPERVISION

OTHERS

PASSIVE APPROACH A Naturally Ventilated Building in Central London UCL Master Project | Group Coursework

*The aim of the design is to maximise the potential of natural ventilation to reduce peak summer temperatures and provide adequate fresh air for ventilation, and ultimately reduce cooling and heating loads.

Summer Day Theatre

Winter Day Theatre

Summer Night Theatre

Winter NightTheatre

*The iterations focused heavily on prevention of overheating in the summer. *Summer ventilation provided plenty of fresh air, but resulted in high internal temperatures due to the ingress of hot outdoor air. In winter, lower ventilation rates yielded comfortable internal temperatures, but unacceptably high carbon dioxide concentrations. *In contrast, high rates of winter ventilation solved the issue of high carbon dioxide concentrations by removing stale air, but lowered internal temperatures as cold, external air replaced the exhausted air.

The design sought to balance the design of indoor temperatures with fresh air requirements. The inclusion of greater flow rates, better opening operations controls, and increased thermal mass offered the best compromise amongst principle design variables, and helped the project avoid overheating per the requirements of TM52 (CIBSE)

*The project was located in a park. *Respecting the park’s scale, the design avoided introducing a vertically imposing building, sinking the tallest space, the theatre, two metres below grade in order to lessen its visual intrusion.

Design Targets 20-26°C

60%

1000 ppm

35-45 dBa BIOCLIMATIC DESIGN ° ENERGY EFFICIENCY

Designing for Tanzania context Building Solar Design

UCL Master Project | Group Coursework This project aimed to design an off-grid solar-powered family home which could be used by a child-minder and grandparent looking after ten children during weekdays in the warm and humid climate of Mbeya, Tanzania. *Extensive research was undertaken during this design project to ensure British/European standards, CIBSE, ASHRAE to met the targets and requirements of the local area, climate, occupants, and design brief. *The design maintained temperatures of 19-25°C and 20-26.5°C in winter and summer respectively. *These comfort ranges were met in 96% of occupied hours. *Carbon dioxide dilution was also kept under 800ppm, nearly 100% of the occupied hours.

Energy

Solar Penetration

Embodied Carbon

Ground Floor

*Indoor plants and charcoal bamboo in the floors combined to control humidity between 40-70%. *Glazing area were carefully designed to ensure adequate daylighting above 2% DF and lux between 3003000 lux *Locally sourced materials kept embodied carbon low at 349kgCO2e/m2 (cradle-gate) *Combination of Solar PV, batteries and Solare thermal systems ensured the property had over 1700 kWh of stored electricity and 2500 kWh of hot water per year.

North Facade

South Facade

Interior

Humidity Strategy BIOCLIMATIC DESIGN ° ENERGY EFFICIENCY

ENERGY EFFICIENCY IN FEDERAL BUILDINGS Independent Project for INDAABIN- GIZ I was in charge of the Bioclimatic Analysis, Model Efficiency, and calculation of ROI for the development of the guide “Guide for the optimization of the operation and maintenance of federal public buildings with office use, through the diagnosis, analysis and proposals of energy efficiency with methodology”.The guide is a synergy of a compendium of technological strategies implemented in four properties in operation in Mexico which seeked for optimization in their energy efficiency and daily maintenance activities by increasing the useful life of the building and the thermal confort for the users that inhabit them.

The use of BIM models for simulation purposes provided supporting information for the energy model created in IES VE. With the analysis of thermal simulations, information was obtained on the behavior of the buildings and their geometries under conditions such as their location, temperature, humidity, precipitation, prevailing winds, etc. Even though all the buildings presented opportunities for improvements, The simulations were carried out repeatedly until the best scenario was found between the optimization proposal and the application costs, achieving the consolidation of milestones with a return on investment of fewer than four years in all buildings. As a result, the simulations were able to consolidate an average saving of more than 40% of energy expenditure at the same time that a considerable reduction in greenhouse gas emissions was identified.

BIOCLIMATIC DESIGN ° ENERGY EFFICIENCY

STEL DEVELOPMENT Intensive Semester of Building Modelling Information

Building Design 12

34

5

ITESM, B.A. of Architecture| Group Project

*This project aimed to design an off-grid solar-powered family home which could be used by a child-minder and grandparent looking after ten children during weekdays in the war *STEL Development is a complex of mixed use with the purpose of integrating the building to the urban plan of Distrito Tec (developed by Sasaki Studio).

Starting with a circular form, to achieve 360 views.

A linnear axis to connect the park and the neighborhood.

*It seeks to create an attractive center for the union of commerce, students and neighbors in the area.

Creation of internal patios to ventilate both volumes.

Densify the building where we can be taken advantage of the views.

Service cores are ubicated in the middle of the building to give service to all the complex.

*The project is located at the corner of an old parking lot, which borders to a future park that connects a new stadium at the University campus. *Design, finance, structure, factibility and sustainability was analyzed in the project. As we can success as a team, we divided with specifics tasks that to be in charge during all the semester. *My team voted for me as the leader of the group, so I was in charged to analyzed all the information and decided the structure of the presentations in every phase.

*For more information about the project of urban plan by Sasaki Studio is the next link:

http://www.sasaki.com/project/349/parque-tecnolgico-/ or by searching on Sasaki’s website: Parque Tecnológico

The complex is divided into two semicircular buildings, each w ith an open i nterior green area. Each tower is staggered, with a maximum number of levels of 10 levels plus three levels of parking. Both the north tower and the south tower have 2 cores of vertical c irculation, w hich i ncludes cubes of e lectrical and hydraulic network. The distribution of the architectural program is divided from the most public to the most private

BIM

Structure and Architectural Program

BIM Building Modelling Information

The ten levels have a total of 4.2 meters from slab to slab and 3 meters from floor to ceiling. We decided to design a steel structure thanks to the advantages that the material gave us and to handle the circular design of the building more efficiency.

The structure is composed by slabs, primary and secondary beams and columns all of steel except for the services cores, that where calculated with Autodesk program “Robot”.

HVAC

Hidraulic

Drain

Illumination

BIM is a design an intelligent 3D-model based process that gives architecture, engineering, and construction (AEC) professionals the insight and tools to more efficiently plan, design, construct, and manage buildings and infraestructure.

BIM

ARCHIPIELAGO LAMBRATE

The device

Urban devices as good communities traps

Programma Erasmus +, Politecnico di Milano | Group Project Lambrate is a ghost area suburb from the city of Milan, Italy. Abandoned industries, agricultural fields , and neigborhoods are creating physical, natural and physicological barriers in the zone.

Is an urban intervention enough? For the short term yes, but in the long term of 15 years the city and people in the area would change and would not responded to the intervention.

By this simple device, that can be adapted and modified depending the purpose and the capacity of the group, we are hoping that these barriers would be eliminated and Lambrate becames a part of what will be Milan in a few years.

Choose what you need

Actual situation

We work in the project as a team of four members, I shared with three other girls from Italy, Germany and Hungary. With had weekly reunions that last all day, divided in four hours in the morning and four in the afternoon. The first part to discuss the project and ideas, and the last to analyzed it with the professors.

As we came from different countries and each of us had different abilities, I was in charge of recollecting the context and background information of the area and neighborhood, of doing survey and analyzing the factability of the project in the actual and future situation; apart from the design of the device that was a mutual accordance between the four.

TODAY

AFTER THE INTERVENTIONI

N 15 YEARS...

By your necessities

Places the boxes || Short-term outcome

DESIGN

Time, space and community || In 15 years

MEDICAL DISTRICT Urbanism Specialization, Final year project

Master Plan New buildings are proposed in underutilized areas to densify the area, as well as a green belt that connects both districts and turn it into one.

ITESM, B.A. of Architecture | Individual Project

Symbology

Medical District in Monterrey’s is a relevant area of the city and country due to the best hospitals and doctors of the country concentrates here; but it presents problems with natruals and physical boundaries, deficient connections and public transport.

Proposed buildings Cultural building

The project consist of a year of working and two studios, during the first semester, as a group of four, we analyzed the district, its problems, transportation, living costs, and existen urban plans.

District hospitals

We proposed a new Medical district that in 15 years could gradually solve all these problems responding to Monterrey’s growth. It is for all this, that the planning and design of the polygon was based on three main axes, which come together to find a district that promotes integration (both natural and social(, health and innovation by granting a decent space to the pedestrian, taking advantage of lost spaces in the street and recovering natural spaces for citizens.

CORE

The second semester was an individual work where I decided a polygon and a terrain to work and proposed a complex that responds to the new district. My design was a “Culture Center” that apart from the design and the urban plan, we were expected to apply the interdisciplinary knowledge of all my courses to consider the facade, the climate the entrances, sustainable solutions, structure and most important: its cost and how it was going to be paid.

New green belt that will connect the district

Natural systems

Division by Monterrey’s main river “Río Santa Catarina”

Division by areas

Connection of both sides

Natural connection by urban green belt

Core creations

DESIGN URBANISM

ModelPolygon polygon Model

Monterrey’sCultural cultural center Monterrey’s Center

An exemplar polygon was selected thanks to it i connection with the urban park proposed in proposed in the plan. The isand 117,110 in total divided by two the master plan.

Themaster area is 117,110 m2 area in total dividedm2 by two mainand functions.

The proposal for the land is a cultural center that connects with a hotel, in reason that after that after the there is nowith another building with thesurrounding. same typology analyzing theanalyzing area, there is noarea, another building the same typology in the in cultural the surrounding.

Thehotel cultural center and the all hotel is planned to satisfied all the The center and the is planned to satisfied the medical tourism that is created

An exemplar polygon was selected thanks to it i connection with the urban park

The proposal for the land is a cultural center that connects with a hotel, in reason

main functions.

medical tourism that is created thanks to the district but doesn’t have a building Proposed pedestrian street

1

230 m

557 m

Pedestrian entrance to the building

A A

B

Is the connection between the green belt and an iconic building

A 557

This area is where the commerce and the B uses are going to be located so the polygon generated money so the green belt and the iconic building could be build.

2

m

557 m

3 4

Iconic building- Cultural center

5

The polygon is going to be used as an example area, planning that this patron is going to be repeated in the rest of the district.

Direct connection from the pedestrian streen to the building’s courtyard

Terrace in the third floor so the pedestrian street keeps the human scale.

Courtyard of 30 m x 20 m to helps the natural ventilation and illumination of the cultural center.

Concentrated service cores

Auditorium proposed to take advantage of the topography of the building.

Main courtyard Stores Market Auditorium Restaurants Auditorium Children’s activities Expositions Convention center Machine room Library Media-library Gym Laboratory

5 meters of contrast in both street.

DESIGN URBANISM

CASA JR Dwelling Refurbishment

Tres Más Dos Arquitectos | Individual Project KITCHEN

The first houses of San Pedro Garza Garcia are constructions of 1960’s or older. The client is owner of one of this residence but abandoned it for several years. For circumstance of his life, he wants to live in the house again but transform it into a home where his and his family of two kids will feel like a home and reflect their personalities. He came to the firm asking for a unique house that is distinguished between all the other houses of the city. They put me in front of the project since the beginning, so I was in charge of the architecture and interior design, and in a few weeks of the construction when it starts.

The original house is 8.50 meters in the front with almost 30 meters long; it has only 2 rooms and a small kitchen divided and separated from the rest of the house. In the proposal I planned an open and connect kitchen-dining, extend the house 3 meters in each plan so it can be converted into a 3 rooms house so each kid has their own room and, a private social area at the back of the house that can be used as a guest room when is necessary. Each room and space in the house is personalized with the user’s necessities and way of being that we analyzed as a firm with a survey, before the design starts to be developed.

GIRL’S BEDROOM

BOY’S BEDROOM

The request of the client when designing the house was to have a lot of spaces where he can enjoy time with his kids. So the living room, the terraces, the social area/tv room and the garden were always priorities areas to consider. The color palette changes between each room becuase is has to represents unique spaces and personalities, but always harmony of the house as a whole design was the aim goal.

MAIN BEDROOM

MAIN FACADE INTERIOR DESIGN SUPERVISION OF CONSTRUCTION

FIESTA AMERICANA OAXACA

GRADUATED DESIGNS

Executive Plan and Projects

Dwelling designs and construction supervision

Tres Más Dos Arquitectos | Group Project

Factor 2710| Individual Project

The hotel is located in Valles Centrales a region of the state of Oaxaca, where the capital is located: Oaxaca de Juárez, also known as “The Capital of Culture”. Grand Fiesta Americana was born as a tribute to Oaxaca, to highlight the wealth of the state. Pre-Hispanic monuments such as Monte Albán and Mitla, the Santo Domingo Cultural Center, as well as its rich character, its indigenous soul and its vibrant crafts were a source of inspiration to achieve the spatial and architectural design of the hotel areas.

The project considered 144 rooms distributed over 4 stories, 2 of these planted below the street level.Its architecture responds to the need to create interior gardens that allow the ventilation and natural lighting of each space, reinterpreting the traditional central courtyards of Mexican colonial architecture.

With the interest of giving the user the possibility to explore the historical, artistic and cultural richness offered by Oaxaca within the facilities, the hotel divides its spaces and allocates them to representative villages or archaeological areas. The hotel, through its volumes, aims to allude to Oaxacan colonial architecture by fusing traditional materiality with contemporary techniques and elements. Yellow Quarry, Green Quarry and other natural stones from the southwestern region of the country were used to exalt the state’s biodiversity. Porcelains, and ceramics of the highest quality were also used to assimilate stone materials, coming from the area.

Factor is an independent firm which I was responsible for the design and execution of architectural projects • Effective management of a client base and visit schedule: In charge of the team timetable and meetings On my time of factor, I was responsible of the design, representation, and execution of architectural projects, as well as the supervision of projects such as residential or commercial.

I am still working on the company as an external collaborator for specific projects and consultancy.

The next projects I was in charge of the entire architectural design and supervision of construction. The interior design was also considered on the projects.

Design, construction and interior design

The whole firm was involved in the project for almost 3 years, personally when I entered the firm I was in charge of the executive plans designed in Revit and interior design decisions with its 3D model in areas such as restaurant, lobby, and SPA.

INTERIOR DESIGN SUPERVISION OF CONSTRUCTION

ARCHITECTURE ° INTERIOR DESIGN SUPERVISION OF CONSTRUCTION

Architectural Proposal. STATUS: Construction

Architectural Proposal and construction supervision

ARCHITECTURE ° INTERIOR DESIGN SUPERVISION OF CONSTRUCTION

ARCHITECTURE ° INTERIOR DESIGN SUPERVISION OF CONSTRUCTION

EXTRACURRICULAR

CONTEST AND EXHIBITIONS

Social Service and Extracurricular activities

Contest and Exhibitions Participations

Mass Operations and Aires Mateus e Asociados

Impulso Urbano- Social construction experience || President of Student Architectural Society

Park Contest || Mass Operations

Maritime Museum Contest || Aires Mateus

Exposition Coimbra || Aires Mateus OTHERS

OTHERS

YARESSI TREVIÑO SEPTEMBER 2021