02 NORTHWELL - 57TH STREET UROLOGY PRACTICE all phases | completed
03 NYU LANGONE HEALTH - BROOKLYN CARDIAC CATH
SD,DD,CD | in bidding
04 SUNRIVER URGENT CARE
CD,CA | in construction
05 NATHAN KLINE RESEARCH INSTITUTE OGS
DD,CD | in bidding
06 EINSTEIN MEDICINE SCHOOL ANATOMY LAB
SD,DD,CD | in design
07 SCA PS85Q ANNEX
CD | completed
08 COLUMBIA UNIVERSITY - LERNER HALL
CD | completed
09 ART STUDENT LEAGUE VANDERBBILT GALLERY
SD | in design
10 ALLEN NEIGHBORHOOD CENTER
SD,DD | completed
11 PARK SLOPE PASSIVE HOUSE
SD,DD,CD | completed
12 WEST PALM BEACH PASSIVE HOUSE
SD | paused
NYU Langone Health Rego Park Ambulatory Care
2024 | Queens, NY
Revit, Procore | SD, DD, CD, CA
Rego Park Ambulatory Care is an NYU Langone Health project around 5,000 sq.ft. This project involved the transformation of the facility into a dedicated healthcare environment. With a focus on functionality and efficiency, we designed the space acoomadating various medical specialties, including Urology
Ultrasound Room, Oncology Exam Rooms, ENT practice, Phlebotomy and Clean & Soiled Processing Room.
Roles & Responsibilites
- Took on a significant leadership role, managing substantial responsibilities with minimal oversight from the project manager.
- Collaborated closely with end users through regular meetings to ensure the design met their specific needs and workflow requirements.
- Coordinated effectively between consultants throughout both the design and construction phases.
- Worked closely with clients, consultants, and contractors to ensure high construction quality and project alignment.
- Developed the Revit model and produced detailed drawings for all project phases based on the model.
- Reviewed submittals and responded to RFIs during the construction phase to maintain project integrity.
- Conducted regular site meetings and walkthroughs to monitor progress and address any on-site issues.
ENT EXAM ROOM
ENLARGED PLAN
ELEVATION - NORTH
ELEVATION -
ELEVATION - EAST
ONCOLOGY EXAM ROOM
ENLARGED PLAN
ELEVATION - NORTH
ELEVATION - EAST
L2-WL2-WL2-W
TECHNICAL DRAWINGS
The following components represent some of the most critical and challenging aspects of this project, playing a vital role in the construction phase:
- DOOR DETAILS & DOOR SCHEDULES
- WALL PARTITION TYPES
- CEILING DETAILS
Northwell
57th Street Urology Pracice
2023 | New York, NY
Revit, Procore | SD, DD, CD, CA
RTH WELL HEALTH PHYSICIAN PARTNERS UROLOGY PRACTICE
This project is situated in the Upper East Side, covering approximately 7,000 sq.ft and is entirely dedicated to a Urology Practice. Occupying the entire floor, the facility is designed to meet the specific needs of both patients and medical staff. The space includes specialized areas such as Urology Exam Rooms, Ultrasound Room,Clean & Soiled Processing Room. Additionally, the layout features a fully equipped Lab, a Staff Lounge and other essential support spaces to ensure the practice operates efficiently.
115 E 57TH STREET, 10TH FLOOR
NEW YORK, NY 10022
Roles & Responsibilites
- Developed Revit models and produced detailed drawings throughout all project phases.
- Coordinated with MEP consultants to address and resolve arising issues.
- Conducted meetings with end users to identify and implement design solutions.
- Assisted in reviewing shop drawings from the General Contractor (GC).
ELEVATION - SOUTH
ELEVATION - EAST
ELEVATION - EAST
SCOPE PROCESSING -EAST ELEVATION
ELEVATION - NORTH
TECHNICAL DRAWINGS
What was challenging about this project in particular:
- EQUIPMENT SCHEDULES
One of the most challenging aspects of this project involved the meticulous planning and coordination required for the Equipment Schedules. Ensuring that all medical equipment was accurately specified, ordered, and installed in a timely manner was critical to the project’s success. The complexity was heightened by the need to align the equipment with specific spatial and operational requirements, necessitating close coordination with suppliers, consultants, and end users.
- MILLWORK DETAILS
Another significant challenge was the development of Millwork Details. The custom millwork had to meet both aesthetic and functional requirements, integrating seamlessly with the medical equipment and overall design. This required precise attention to detail, frequent revisions, and thorough communication with fabricators to ensure that the finished product met the high standards expected for the facility.
This project locates in NYU Brooklyn campus for approximately 4,000 sq.ft dedicated to cardiac
Roles & Responsibilites
- Developed Revit models and produced detailed drawings throughout all project phases.
- Designed spaces in full compliance with Article 28 regulations.
- Coordinated with MEP consultants to ensure integrated and efficient design solutions.
- Conducted meetings with end users to identify and implement tailored design solutions.
SunRiver Urgent Care
2024 | Brooklyn, NY
Revit | CD, CA
Sun River is undertaking the renovation of an existing building, transforming its current use as a school into a new urgent care facility. The renovation involves the conversion of the first floor into an Article 28-compliant urgent care space, while the second floor will partially remain in use as a school. This dual-purpose renovation presents unique challenges in ensuring that the distinct needs of both functions are met.
Roles & Responsibilities:
- Developed the Revit model and produced comprehensive drawings for all project phases based on the model.
- Conducted construction administration, overseeing the project’s execution to ensure adherence to design specifications and quality standards.
LINDENBOULEVARD
MONTAUKAVENUE
ATKINS AVENUE
Nathan Kline Research Institue OGS
2023| Orangeburgh, NY
Revit | DD, CD, Visualization
The New York State Office of Mental Health is embarking on the construction of a new imaging bay building within the Nathan Kline Research Institute campus. This project presents a unique set of challenges, particularly due to its dual function as an animal MRI room and laboratory environment. Balancing technical requirements with the need to seamlessly integrate with the existing campus infrastructure has been a central focus.
Roles & Responsibilities:
- Led facade design efforts, utilizing Grasshopper and scripting languages to develop iterations that minimized disruption and enhanced dynamism, collaborating closely with the team throughout the process.
- Addressed challenges posed by stringent constraints of the MRI room, such as material restrictions, by developing innovative solutions.
- Ensured the facade design not only met functional requirements but also contributed to the aesthetic and coherence of the campus environment.
Exterior view
Exterior view
SCALE:3/16" = 1'-0" 1
SECTION - CONNECTING CORRRIDOR
SECTION - MAIN SPACE
SCALE:
SCALE:
TECHNICAL DRAWINGS
One of the key challenges in this project related to wall details is addressing the special requirements imposed by the MRI machine’s magnetic field. The walls of the imaging bay must be meticulously designed to mitigate the effects of the strong magnetic field generated by the MRI equipment. This involves several complex considerations including Magnetic Shielding, Structure Integrity and Interation with Existing Infrastructure.
- WALL DETAILS - ASSEMBLY DETAILS
Einstein Medicine School Anatomy Lab
2024 | Bronx, NY
Revit | SD, DD, CD, Visualization
The Einstein Anatomy & Surgical Skills Lab revitalizes underutilized space into a modern medical education facility, reflecting a collaborative effort to transform disused areas into dynamic learning environments. As a key member of the design team, my role focused on optimizing existing space through spatial analysis and strategic planning, unlocking its potential to enhance medical training.
Roles & Responsibilities:
- Executed comprehensive BIM modeling across all project phases, ensuring precise adherence to specifications.
- Produced visualization materials derived from the BIM model to enhance project understanding and presentation.
Conference Room
Anatomy Lab
SCA PS85Q Annex
JLGA |2022| Queens, New York
Revit | CD | Ground-up | 60,953sq ft
A 60,953 square-foot, ground-up educational facility in Queens, New York, commissioned by the School Construction Authority (SCA). This building is designed to meet the evolving needs of the local community, featuring sustainable design practices, and advanced technological infrastructure. Our goal is to create an inspiring and engaging learning environment that promotes educational excellence and environmental stewardship. This project marks a significant milestone in our ongoing partnership with the SCA and reflects our commitment to fostering thriving academic communities.
Roles & Responsibilities:
- Executed BIM modeling for Construction Design (CD) phase drawings, ensuring adherence to project specifications.
- Implemented SCA BIM standards throughout the project lifecycle, ensuring compliance with regulatory requirements.
- Coordinated BIM integration with MEP engineers and consultants to optimize collaboration and streamline construction processes.
Exterior rendering - main entrance
Exterior rendering - rooftop solar panels
Columbia University Lerner Hall
JLGA |2022| Manhattan, New York Revit | CD, Visualization
Nestled within Columbia University’s vibrant campus, our architectural endeavor seeks to carve out a dynamic performance space. Inspired by the university’s rich intellectual tradition, our design embodies innovation and creativity.
Through thoughtful acoustics, flexible seating arrangements, and state-of-the-art technology, we aim to create an immersive environment that fosters artistic expression and community engagement. From theatrical productions to musical performances, this space will serve as a hub for cultural exchange and interdisciplinary collaboration.
Roles & Responsibilities:
- Assisted in building the Revit model and drafting construction drawings.
- Produced visualization materials to effectively communicate with clients and ensure project satisfaction.
Stage rendering
New York Art Student League Vanderbilt Gallery
JLGA |2024| Manhattan, NY Revit, AutoCAD | SD, Visualization
In the heart of New York City’s bustling Manhattan, the Art Students League has been a beacon of artistic creativity for over 150 years. As the League approaches its landmark anniversary, it embarks on a transformative journey to rejuvenate its historic halls, starting with the ambitious renovation of its main gallery spaces. Our project aims to enhance and modernize these spaces, ensuring they continue to serve as dynamic platforms for cutting-edge artistry. Inspired by the League’s rich heritage and embracing modern design, we envision immersive gallery experiences that engage, provoke, and inspire.
Role & Responsibilities:
- Integrated existing building conditions into the BIM model.
- Coordinated modeling efforts with structural and skylight consultants.
- Conducted BIM modeling for the Schematic Design (SD) phase and visualized new spaces based on the model.
Allen Neighborhood Center, based in Lansing, Michigan’s Eastside neighborhood, has expanded its presence with the purchase and renovation of a two-story complex on East Kalamazoo Street. This initiative includes adding ground-floor retail and residential spaces above, alongside renovating existing structures to enhance services like an expanded accelerator kitchen. Designed to meet the Passive House standard, the project emphasizes sustainability by reusing existing buildings while supporting ANC’s mission to integrate community services with local economic development.
Role and responsibilities:
- Built Revit models to accurately depict project designs and specifications.
- Conducted clash detection analysis to identify and resolve conflicts among building elements.
- Integrated Passive House strategies into Revit models to accurately simulate energy-efficient design elements.
- Applied Passive House Planning Package (PHPP) requirements to assess and optimize building performance within the model, ensuring compliance with energy efficiency standards.
TYP. NEW WALL CONSTRUCTION
VIEW FROM SOUTHEAST
VIEW FROM NORTHWEST
Park Slope Passive House
2020 | Brooklyn, NY
Archicad, Autocad, VRay, Photoshop | SD, DD, CD
The building is being reborn - repairing the facade and rebuilding the interior with a small extension to bring in more light and take advantage of the yard and views. We designed the building to meet passive house standards, with energy efficient windows and doors, increased insulation in the roof, walls and cellar, adding an ERV, air sealing, and using special thermal-bridge free connections in the envelope.
Role & Responsibilities:
- BIM modeling for the new design, and produced all phased drawings.
- Establishing firm-wide BIM standards for single family homes.
West Palm Beach Passive House
2021 | West Palm Beach, FL Archicad, Twinmotion, AutoCad | SD, Visualization
The project aims to construct and develop a 41-unit Certified Passive House Premium apartment community in West Palm Beach, Florida, with 20% of the units designated as workforce housing. This development will be the first Certified Passive House Premium apartment community in Florida. pHdesign will seek the Premium class under this system, the highest classification for the Passive House Standard, making the project net zero.
Role and Responsibilities:
- Established BIM standards for the project to ensure consistency and efficiency.
- Conducted BIM modeling for Schematic Design (SD) and Design Development (DD) phase drawings.
- Created high-quality visualizations, including renderings and videos, using Vray, Enscape, and Twinmotion.
