Currently holding a position at Bravo – I adhere to strict confidentiality problem-solving, ensuring innovative and efficient solutions for
CONTENT
My background reflects a blend of practical experience and creative as company policies restrict the presentation of produced drawings. diverse architectural projects. further underscores my commitment to professionalism and integrity, regarding the design and scope of my work. My role at CaseWords
Facade design conference ACAW 2022
Single Family House, Interior design
Facade design conference ACAW 2022
Multi-Family, Low-Rise Building
Single Family House, Interior design
PROFESSIONAL
Professional (2019-2021)
ACADEMIC
Academic
Mixed-Use, Mid-Rise Building
Multi-Family, Low-Rise Building
Single Family House
Mixed-Use, Mid-Rise Building
Interior design for CCNY exhibition rooms
GRAPHICS
Graphics
PHYSICAL PRODUCTION
Sustainable Structures Scientific research
High-Rise
Hign-Rise
Public school of the Future in Harlem
Public School In Harlem
Scavenger resilience
Mid-Rise block development
Mid-rise block development
Thesis project at fine art school
Thesis project of Fine art school
Church elevation
Elevation presentation for competition
CCNY Creative challenge
CCNY Creative Challenge
En Plein air sketch
En plein air sketch
Grasshopper based projects
BIPV Rainscreen Facade
By comprehensively installing solar panels on vertical facades, we can e ectively combat greenhouse gas emissions and decrease our reliance on fossil fuels like coal and natural gas. As part of our e orts for ACAW 2022, we aim to investigate methods for incorporating PV panels into a terracotta rainscreen facade panel. Speci cally, our team at W-B intends to merge nature's most successful patterns with precise solar studies. The unique geometry of the panels enables rotational transformation along two axes, allowing us to optimize the PV panel angle for maximum solar energy while maintaining the base panel module.
Case Study: the Amberly, Brooklyn
The diamond shape of the tile provides it with a versatile range of applications and does not limit its use to at surfaces only.
Optimizing PV Panel Placement
Solar calculations were conducted using Grasshopper's Ladybug plugins. These calculations were performed to estimate the hours of sunlight exposure on each building facade. This information was crucial in identifying areas where it was nancially unfeasible to install PV panels due to low sun exposure.
Sunlight hours
Day period analysisSummer solstice - area without PV panels installation
Annual Sun Direction: Dome Solar Diagram - Top View
Isometric View
Comparing the e ciency of completely vertical solar panels to designed tiled panels angle
Analysis Period - Annual Total Radiation -71,186 kWh Average
Analysis Period - Annual
Radiation -47,307 kWh
total Radiation - 802.3 kWh/m.sq. Minimum Radiation - 619.5 kWh/m.sq. Maximum total Radiation - 1,002.8 kWh/m.sq.
During the construction phase of the project, I came on board and made some necessary adjustments. Speci cally, I was responsible for creating a staircase design, which involved taking initial sketches and developing them into a 3D model that could be presented to the client. I produced various renders and also sourced a manufacturer who could create the nal product.
Throughout the process, I utilized 3ds Max and V-Ray Render, and then applied post-processing e ects in Photoshop CC.
Condo at Williamsburg, Brooklyn, NY
This project showcases a multi-apartment building comprising five distinct
construction working set, adjusting it to accommodate a dramatically apartments, I was responsible for making significant changes to the duplex stands out among the one-story residences. After the project was units, each uniquely designed. Featuring a spacious rooftop terrace, the
The concept behind this project is to construct a multiapartment building that consists of ve individual units, each with its own unique features. Among these units is a duplex with a spacious rooftop terrace, while the remaining units are all one-story residences. By o ering a range of unit sizes and bedroom con gurations, this building aims to promote inclusivity and diversity by accommodating people from di erent income brackets. This approach helps to reduce social segregation and ensures that all residents can enjoy the amenities and facilities available in the surrounding area. functional. changed client budget, and ensuring the design remained cohesive and
Multi-use, Mid-Rise , Brooklyn, NY
The project consists two commercial oors, one community facility oor and four oor of residential units. I was responsible for delivering compliance with NYC Energy Conservation Code and other minor tests like creating and updating schedules.
Designing Sustainable Structures using 3D Graphic Statics and Robotics Production
3PMS idea tackles a critical issue in the construction industry: reducing carbon emissions and enhancing energy e ciency in single-family private houses. These homes are major CO2 emitters in the construction sector. The concept centers on creating smart building blocks that use less concrete than traditional CMU blocks while retaining their structural strength. This innovative approach signi cantly decreases the embodied emissions linked to construction, considering that concrete is a primary source of emissions in the industry.
1. Root Anchorage: The structure of 3PMS walls can be designed to support the development of robust root systems, ensuring that trees are well-anchored and stable.
2. Insect Habitats: Install insect-friendly features such as insect hotels or bee nesting sites within the 3PMS wall.
4. Vertical Gardens: Create pockets or containers within the green wall for growing herbs, owers, or vegetables, enhancing both plant diversity and potential for human consumption.
3PMS blocks address problems:
1.Embodied carbon emissions - reduction of concrete volume
2.Operational carbon emissions - improved insulation, less need for heating and a/c
3.Land ll waste - blocks are reusable
4.Repetitive Work-related injuries - blocks are lightweight
5.Housing crisis - use of 3pms blocks reduces the price of the house construction
The main selling point is the signi cantly lower environmental impact and the promise of more accessible and sustainable housing. By emphasizing these bene ts, w e can appeal to contractors and building owners looking to both streamline construction and contribute to eco-friendly building practices.
Clinker Production
Quarruing & transport
Grinding of raw materials
Cooling, grinding, mixing
The production of “clinker” accounts for the most of the CO2 emissions of cement production
Triply periodic minimal surface casted in concrete. Fabrication Process
1. Generated minimal surface
2. Subdivide to identify repetitive details
3.The surface that needs to be replicated 96 times for assembly.
4. O set the surface by 1/4" on each side to achieve a 1/2" concrete width model
5. Cut 96 pieces of each speci c detail type to construct the concrete formwork.
6. Assemble and apply rubber silicone, and once it's ready, concrete can be poured.
Interior and exteriorformwork assembled exploded diagram for Hybrid 2
Tool
Two curvatures path
Speed Wait time
Aproximation zone
Target Points
Robot Program (Rapis Code Generation)
Production-Grade Air Puri er for Melting Foam Fume Filtration
Foam removal
Pouring concrete
Assembly of foam formwork
Hot wire cut robot station
ABB robot IRN 120
Robotic
Mid-progress presentation at Shepard Hall
According to the U.S. Census, between April and July, one in three mothers was be forced by the pandemic to scale back their hours or leave the workforce entire
Proposed Residential units creates an opportunity for both parents to combine work and childcare.
A Better Child Care System is Essential to Gender Equality and Economic Recovery
Blocks of eight oors calculated based on Dunbar’s number . Each block represent a community of about 90 residents, including kids. Green space are spaces for the safe kids playground, where they can be without parents protection. Public amenities includes day long child cares, and small sized primary schools.
Structural proposal
Shear wall rigid core
Belt Trusses as Outriggers
Green spaces enclosed within buildings can provide a conducive environment for parents to concentrate on their work, while enabling children to play, socialize, and express themselves with joy and energy. This arrangement allows parents to be free from worrying about their children's safety, as the children can play without making excessive noise.
Proposal for VOC’s capturing
The Facade design incorporates shading devices that function as air lters, thereby ltering the air entering the apartment. Speci cally, distinct lters will capture volatile particles present in the air of New York City.
The facade devices will consist of a typology comprising 20 to 50 elements, which is su cient to produce a cohesive and harmonious owing lines pattern in the facade design. The lters are designed to be easily maintained by allowing them to be changed from the interior part of the building.
Horizontal section diagram of the n design, featuring heat pumps situated for maintenance from inside the building. Additionally, there are smaller ns housing outdoor air puri ers.
The incorporation of green spaces di ers in size and ownership, with larger, double-story spaces serving as public amenities, while certain apartments feature personal green backyards.
The o ce space includes small childcare centers reserved for employees' children, facilitating parents in spending quality time with their kids during lunch breaks and the commute from home to work.
Proposed Exterior Approach to the Previously Existing Building
The site boasts a unique and noteworthy building that I wish to commemorate. The proposed project aims to preserve a portion of the building's exterior walls, which will serve as both a city attraction and shading devices. Additionally, the site will feature a publicly accessible unpaved park area furnished with comfortable lounge seating.
5th Avenue View
5th Avenue
Adjacent building
W 58th Street Veiw
Matt Hall Middle public school extension
Advanced Studio Professor: Susan Wines Project delivered in team with Kimberlie Cueto and Luis Vargas during semester long studio Program: Extension for 200 full time student+ Educational program
School of Future
Key elements of the Project:
1. Diversity of learning environments
2. Diversity of study/rest areas
3. Circulation that engages students curiosity via interclassroom visual connections
3. Project provides a platform for promoting social issues
4. Transition between primary school and high school with an inviting atmosphere of the playground on the roof and outside
5. Individual design of each room makes kids associate school with home and a safe environment
6. Partially open spaces make students be aware and active and not overstress their nervous system
The design aims follow with the natural landscape of the site.
Existing landscape
Convent avenue
Mid-rise block development
Core studio
Project delivered independently during half semester studio
The program is a full development of 10 typical tenement buildings. The project stress ideas of di erences between city and suburbia. The units include two oor apartments with “roof yards”, and private houses as part of a block. Also, the project includes 30% of publicly owned utility spaces, incorporation of concepts based on Scandinavian commune houses.
Above the ground public open spaces
Buildings footprint
Car accessible space
Section B-B
Thesis project of Fine art school
Core
“Steampunk City”
A1 or 24” by 34” Inkpen, grey canva
“Church of the Ascension”
A1 or 24” by 34” Ink buildup technique
studio at Saint-Peresburg college
“In two scales at the same time”
A4 or 8” by 11”
Inkpen and pensil, plain paper
“Church of Savior on the Spilled Blood”
A4 or 8” by 11”
Inkpen, plain paper
Freehand OpenAir Sketch
Junior Architect
AIA Associate, LEED Green Associate
The CCNY Spitzer School of Architecture
New York City Metropolitan Area yzdryue000@citymail.cuny.edu
