Myung Hyun Lee Work Samples 2022

MYUNGHYUN LEE

Pratt Institute

ARCHITECTURE WORK SAMPLES

M.Arch 2021

Miami University B.A in Architecture 2018

Magnesium Train and Silk Road

2021

WERC Facility

2020

Hexa-O

2020

Home-ing Simultaneity

2020

Brooklyn Residential Building

2019

New York Hotel Project

2019

Magnesium Train and Silk Road Spring 2020 | Pratt Institute | Instructor: Sulan Kolatan | Location: Xi'an China | Role: Designer

The project is composed of strong characteristics of old chinese landscape, pavilion design, the modernized cities and into our building to have the most interesting characteristics and orders of the structure while being inside the urban set Barcelona pavilion. With the fractal model, we have created the model that follows the natural random pattern by creatin the columns & trees and the glass roof, we are expecting the circulation to follow a similar pattern. So that people could tones and colors are created by the different densities of colored glass throughout the whole roof. With the variation, the the narrative of the solid and void relationship that can be read from the use of various strokes in traditional Chinese lan

atmosphere. To have the best combination of these opposite elements, we tried to bring the random patterns of nature tting. The composition of the fractal model includes both Chinese oriental and western aspects from the Chinese and ng the various densities of columns, trees, and the glass roof on the train tracks. By the random pattern created by d experience the atmosphere of wandering in nature inside the station. Also, in the interior part of the building, various e roof creates a green shade with various tones to the interior space. We have designed the roof in this way to reflect ndscape painting.

Terminal Site Plan

Platform Site Plan

Terminal to Platform

Terminal Level

Food Circle

Main Entrance

Section

WERC Facility Spring 2020 | Pratt Institute | Instructor: Joesph McDonald | Location: Bronx | Role: Designer The project was to recreate the site with the Waste Energy Recycling Center at Bronx New York. The main goal for the project was to incorporate with the site by using the facility at the Recycling Center, which was a swimming pool for this studio group. Emphasized human usage at the upper part of the center with shops and the office areas, the building has a clear division between private; machinery area, and the public; the human access area.

Public Entrance

Fitness Center

Changing Rooms

Indoor Garden

Ferry Ticketing Ticketing Entrance Reception

Employee Entrance

Outdoor Rooftop

Recycling

Natatorium

Incinerator

Public Entrance

Ground Plan

Fitness Center

Changing Rooms

Indoor Garden

Outdoor Rooftop

Natatorium

Typical Floor Plan

Fitness Center Outdoor Rooftop

Changing Rooms

Indo

Event Space

Outdoor Rooftop

Natatorium

Roof Floor Plan

Glass Cap

Atrium Space Office Space

Occupiable Roof Even Space Natatorium Glass Cap

Recycling

Incinerator

N-S Section

Occupiable Roof Event Space Occupiable Roof Changing Rooms

Natatorium

Employee Break Room Material Processing Reception

E-W Section

Event Space

Natatorium

Material Processing

Atrium Space

Recycling

Natatorium

Material Processing

Employee Break Rooms

Reception Truck Route

Facade Diagram

Glass Cap

Green Roof

Tipping Hall

Green Roof/ Natatorium

Recycling

Reception

Glass Cap

Structure Daigram

Hexa-O Spring 2020 | Pratt Institute | Instructor: Brian Ringley | Location: Brooklyn | Role: Designer The design strategy that I took for the facade was to consider the tiles as sun shading devices and studying patterns based on the sun solar radiation accessing the building throughout the year. There are three options of panels designed with different ranges of the enclosure.

Office

Office

Reception Area

Office

Reception Area Meeting Area Office

Meeting Area

Meeting Area

Healthy Bar

Lobby

Fitness Center

Plans

3D Ceramic Tile TypeA

3D Ceramic Tile TypeB

3D Ceramic Tile TypeC

Myunghyun Lee Assignment4 : 1 / 3 / 5

Facade Pattern Analysis

3D Ceramic Tile (TypeB) B2-a, B2-b, B2-c, B2-d

IG Glass Unit Panel B2-a, B2-b, B2-c, B2-d

IG Glass Panel B1-a, B1-b, B1-c, B1-d

Stainles Steel Frame B1-a, B1-b, B1-c, B1-d

20'

20'

15'

Stainles Steel Frame B2-a, B2-b, B2-c, B2-d

3D Ceramic Tile (TypeB) B1-a, B1-b, B1-c, B1-d

25'

Laminated Glass Frame Level 5,6 B2-a, B2-b, B2-c, B2-d

Laminated Glass Frame Level 1,2 B1-a, B1-b, B1-c, B1-d

Facade Diagram

1'

1'

Metal Frame Laminated Glass Aluminum Window Connection

Steel Plate Ceramic Tile

20'

Tempered Glass Fin

1'

1'

Under Cut Anchor 1'

Concrete Slab

2"

Perforated Metal Sheet

Tempered Glass Fin

Wall Section

Tempered GlassFin Fin Tempered Galss

Steel Plate Steel Plate

Perforated Metal Sheet Perforated Metal Sheet MetalFrame Frame Metal

3D Cermaic Tile 3D Ceramic Tile

Tempered Glass Fin

Laminated Glass Laminated Glass

Aluminum Window Connection (Laminated Glass, Ceramic Panel)

Panel 1

Aluminum Window Connection (Laminated Glass) Laminated Glass

Laminated Glass

Steel Plate

Ceramic Tile Perforated Metal Sheet Metal Frame 3D Ceramic Tile

Laminated Glass

Aluminum Window Connection Aluminum Window Connection Glass, Ceramic Panel) (Laminated(Laminated Glass, Ceramic Panel) Laminated Glass Laminated Glass

Aluminum Window Connection Aluminum Window Connection (Laminated Glass) (Laminated Glass) Laminated Laminated Glass Metal Frame

Glass Metal Frame

Perforated Metal Sheet Laminated Glass

Ceramic TileCeramic Tile

3D Ceramic Tile

Metal Frame Metal Frame

Metal Frame Metal Frame

Perforated Metal Sheet Perforated Metal Sheet Laminated Glass Laminated Glass

3D Ceramic Tile

3D Cermaic Tile

Panel 2

Metal Frame

Tempered Glass Fin

Perforated Metal Sheet Concrete Floor Metal Frame

Metal Frame Tempered Glass Fin Tempered Glass Fin

Back Panel

Reception Area

Office Area

Meeting Area

Office Area

Home-ing Simultaneity Spring 2020 | Pratt Institute | Instructor: William McDonald | Location: Manhattan | Role: Designer The Future of Home is being incresingly driven towards conditions of new complex of spatial simultaneities.

The misulataneous home proposal intertwines culture of space, strategically and tactically, via a method of braiding. Raveling and unraveling techniques generate new ‘menus’ for engagement with the home. Domestic life, work life and play life have been ‘BRAIDED’ in space, and infused through each other in inter-, infra-, and intra- methods. The braiding system allows inhabitants to fulfill their needs and desires in ways that encourage the continual invention of the home. The result is a new ‘psycho-geography’ for inhabitants to experience, invent, and combine the nature of domestic, work, and play, which operate, alternatively, as dominant and recessive cultures. The proposal ‘DEEPENING THE SKIN’ of a Manhattan office building's facade.

Short Section Cuts

Long Perspective

Long Perspective

Building System Diagram

Long Section Cuts

Brooklyn Residential Building Spring 2019 | Pratt Institute | Critique: James Garrison | Location: Brooklyn, NewYork | Role: Designer

Bridege St

Duffield St

Bridege St

High rise residential building located in downtown Brooklyn was designed to maximize the capacity of different family units. The thin long building reflects the idea of various families existing in one building individually with minimized public spaces on the typical floors. Also with the glass facade, the elegant characteristics of the design has emphasized.

Amenity Floor Plan

Typical Floor Plan

Willoug

Duffield St

Bridege St

Willoughby St

x ve E hA

bus Flat

t ush b Flat

Gold St

Gold St

t t

Ex Ave

t

Ex Ave ush

b Flat

t

b Flat

ush

Ex Ave

t

Gold St

Gold

St

x ve E hA bus Flat

Willoughby St

ghby St

x ve E hA bus Flat

Commercial Site Plan

Traffic Pattern

Source of Artificial Lighting

High Rise Buidling Around

Bigger Duplex 2nd r pe

Up

or2

Flo

r1

loo

F er

p

Up

Bigger Duplex 1st

r we

or3

Flo

Lo

r2

r

we

Lo

o Flo

Lo

r we

or1

Flo

Bigger Single

Duplex 2nd Floor

r pe

Up

or

Flo

Duplex 1st Floor

r we

or2

Flo

Lo

Single r1

loo

Big Duplex

Lo

w

F er

New York Hotel Project Summer 2019 | H Architecture | Location: Manhattan, New York | Role: Intern Designer This New York City Hotel is located in Lower Manhattan and can be seen from the Brooklyn Bridge.

With approximately 50 stories, this hotel is expected to be a landmark in its neighborhood. With the advancement of technological development, the design incorporates the idea of "smart buildings" by using various techniques within the interior design.

Restaurant Area

Lobby Area

Community Floor

Typical Floor (Upper)

Amenity Floor

Typical Floor (Lower)

Lobby