High Rise Studio, Graduate School Spring 2016 Instructor: Seth Riseman & Blake Middleton The project WINTHROP SQUARED is a mixed-use high-rise project located in downtown Boston. The bundled tower design allows the independence of each major program, yet remains the interaction in between, through public/semi public programs taking place at the optimal height. The ground floor design complex indicates the respect for the pedestrians and the city by offering various acessible route from different direction. The ground flexibility is intended to reactive the surrounding neighborhood. Program Illustration STRUCTURAL SYSTEM FACADE SYSTEM 2 4 Building Section 8 6 5 WEST SOUTH EAST NORTH 6 2 4 12 9 WEST Ground Floor Plan with Program Highlight 3 SOUTH Structure and Facade Strategies
Comprehensive Studio Spring 2015 Instructor: Ryan Salvas The BROADWAY BRIDGE project is an application of our previously developed comprehensive building system. The system enables a low energy consuming building that provides high quality indoor comfort. The site design also involves sustainable approaches on stormwater reuse, and by reconnecting the break points Boston Harbor Walk, which encourages pedestrians to join the urban scale recreation route as the same time as interacting with the building. Site Model @ scale 1/16 = 1-0 Building Components & Sustainability Illustration Section Model @ scale 1/4 =1-0 Section Model @ scale 1/4 =1-0 Wall Peel Away Section Structure Model @ scale 1/2 =1-0
Urbanism Studio Spring 2014 Instructor: Dan Adams The ASSEMBLY SQUARE project is an urban planning assignment. The design intention is to elevate the residential towers while to allow ground floor openness and the fluidity that encouraging people travelling from the site to the water front on the other side train track. Few node elements are anchored in the ground, and become the connector and medium outdoor spaces and the entrances indoor tower lobbies. Wall Peel Away Section View Direction: Direction: View The Direction Direction major major occupiable occupiable spaces spaces The should be be facing facing to. to. should Master Plan. Level 3 Architecture connects connects the the site site to to the the city. city. Architecture Involves multi-user. multi-user. Most Most accessible accessible zone. zone. Involves Physically and and logically logically connected connected with with Physically the rest rest of the world. world. the Roads can used by by auto-mobiles, auto-mobiles, Roads bikes and and pedestrian. pedestrian. bikes Wraps the the site, site, be be able able to to support support enough enough Wraps amount of of traffic. traffic. amount Residents Residents Convenient paths paths for for residents residents to to get get Convenient around. Comfortable Comfortable to to used used in in both both around. winter and and summer. summer. winter Public Public Recreation loop loop connect connect programs programs Recreation used for for general general public. public. can Provides Pedestrian Pedestrian Walk Walk and and Bike Bike Provides Traffic Traffic Profile Profile Edge Edge of the block. block. Accommodate Accommodate the the programs programs that that need need to to be be advertised. advertised. Roads can used by by auto-mobiles, auto-mobiles, Roads bikes and and pedestrian. pedestrian. bikes Wraps the the site, site, be be able able to to support support enough enough Wraps amount of of traffic. traffic. amount Organizer Organizer and and connector connector inside inside of the site. site. Seperate Seperate traffic. traffic. Bring Bring together together people. people. Provide Provide public public indoor indoor space. space. Connects ourdoor spaces. Connects ourdoor spaces. Recreation loop loop connect connect programs programs Recreation used for for general general public. public. can Provides Pedestrian Pedestrian Walk Walk and and Bike Bike Provides Traffic Traffic View Direction: Direction: View Architecture Architecture connects connects the the site site to to the the city. city. Involves Involves multi-user. multi-user. Most Most accessible accessible zone. zone. Physically and and logically logically connected connected with with Physically the rest rest of the world. world. the Public Public Profile Edge Edge of the block. block. Profile Accommodate the the programs programs that that need need to to Accommodate be advertised. advertised. be Organizer and and connector connector inside inside of the site. site. Organizer Seperate traffic. traffic. Bring Bring together together people. people. Seperate Provide public public indoor indoor space. space. Provide Connects ourdoor ourdoor spaces. spaces. Connects Convenient paths paths for for residents residents to to get get Convenient around. Comfortable Comfortable to to used used in in both both around. winter and and summer. summer. winter The Direction Direction major major occupiable occupiable spaces spaces The should be be facing facing to. to. should Residents Residents Connection Connection between between train train station station and and architecture architecture in in a a distance. distance. Connection between between train train station station and and Connection architecture in in aa distance. distance. architecture
HANDEL ARCHITECTS LLP Millennium Tower Supervisor/ Project manager: Stephen Matkovits The Millennium Tower project is a residential tower with an attached historical building renovated as office and retail spaces, located in downtown Boston. I joined the team when the CA phase started. My primary responsibilities included providing assistance on finishing construction drawings; receiving, distributing and help returning submittals and RFIs; and providing visual material for design decisions making. I have also attended coordination meetings between Owner, Architects and Contractors. Amenity Pool RCP 3D Models(base+pluggable tower) Rendering shown only for reference purpose Lobby and Salon Floor Plan Storefront Canopy Details
HANDEL ARCHITECTS LLP Cornell Tech Residences Supervisor: Deborah Moelis I joined this 26-story, 350 units residential tower project for its DDs through CDs. My responsibility was to create and draft construction sheets with drawings provided by consultants. Through this process, I studied the NYC building codes, ADA standards, and MEP and fire protection documentation rules. Rendering shown only for reference purpose 44 43 44 IONTYPETYPE- ION 43 4 42 IONTYPETYPE- ION CEILING CEILINGHEIGHT HEIGHT 41 33 ION TYPE- 3 ION TYPE- 3 31 Bathroom Elevations 33 Bond Street Apartments IONTYPETYPE- ION 32 IONTYPETYPE- ION 33 Floor Plan and RCP B Supervisor: David Margolis 21 During internship at Handel Architects, I was assigned rendering and model making tasked ION TYPE- 2 ION TYPE- 2 for few residential teams. By providing interior renderings for 33 Bond Street, I got basic knowledge on interior furnishing, rendering and adjusting process. For similar purposes, I also produced physical models and 3D print models to represent spaces. ION TYPE- 2 A-760 14 ION TYPE- 2 22 13 21 11 Interior Renderings 14 13 12