PORTFOLIO NAMUUNBAYAR by Namuun나몽

ARCHITECTURE ARCHITECTURE

SELECTED WORK 2023-2025

PORTFOLIO PORTFOLIO

NAMUUNBAYAR ULZIIBAT

ABOUT ME

NAMUUNBAYAR ULZIIBAT

call: 96966542 ,99775028

email: namuunbayr408@gmail.com

I graduated in Architecture from Seoul National University of Science and Technology, with a passion for sustainable design and innovative spatial solutions. I believe that architecture is not just about constructing buildings, but also about addressing environmentalandsocialchallengeswhilecreatingspacesthatpositivelyimpactboththebodyandmind.Skilledinconceptual design, 3D modeling, and visualization, I enjoy transforming ideas into meaningful projects. My graduation research explored architectural strategies to rehabilitate abandoned desert areas by solidifying sand dunes with the help of bacteria, creating cave-like shelters that provide refuge for humans and animals while fostering plant growth. Moving forward, I aim to contribute to projects that blend creativity and sustainability, using architecture as a tool to build resilient and adaptive communities.

EDUCATION

Bachelor's Degree, Seoul National University of Science and Technology

SEPTEMBER 2019- DECEMBER 2024

CBNU Korean Language Center, Chungbuk, South Korea

SEPTEMBER 2018- DECEMBER 2019

Highschool, 115th School, Ulaanbaatar Mongolia

SEPTEMBER 2015- MAY 2018

LINKS

LANGUAGE

https://issuu.com/namoonaa/docs/namuun_port

https://issuu.com/namoonaa/docs/_287b10b378f221

Korean Topik 5level

SOFTWARES Rhino Grasshopper Auto cad Blender Revit

Lumion

Enscape

Illustraction

Photoshop Indesign

1. SANDSCAPE DESIGN

2. SMART MARKET

To preserve Mullae-dong's cultural atmosphere while introducing new programs and spaces.

3. BREW ROCK HAVEN

Make a living space for humans and animals in the desert 6-17 19-27 28-35

Design of a beer spa utilizing the unique regional characteristics of Iceland

4. SANATORIUM

This sanatorium, located in Mongolia, provides a combination of medical treatment and relaxation services. 36-41

5. NEIGBOURHOOD FACILITY & HOUSES

LEGO BLOCK-Based Spatial Design Projects in Mongolia 42-51

SANDSPACE

MAKE A LIVING SPACE

GENERATIVE DESIGN

Gobi desert in Mongolia | 2024 Fall

Climate change is exacerbating desertification. According to the World Desertification Map, 75% of the Earth's land area is currently desertified, and by 2050, more than 90% is expected to be devastated. The project aims to find architectural ways to preserve the desert ecosystem so that the sandy terrain is not abandoned. After critically assessing temperature, wind, and moisture, the Bacillus pasteurii system, which strengthens the sand dunes and binds sand particles, was used to form the outer shell and structure of the building. It is a plan that uses the power of nature and natural materials of the desert to solve the problem of plant production, improve the living conditions of humans and animals, and determine the future desert terrain.

DESIGN RESEARCH

Generative design utilizes various algorithms and techniques to create diverse designs. It primarily combines geometric rules, algorithms, simulations, and artificial intelligence to automatically generate designs based on user-defined goals and constraints. The behavior of Sporosarcina pasteurii (Bacillus pasteurii) bacteria was simulated using a basic swarm behavior script. The bacteria were analyzed through microscopic images and growth observations.

MATERIAL RESEARCH

The Bacillus bacteria start from a single initial point given in the Rhino model. This point is connected to the script, and growth is determined by the proximity to a nutrient source of a specific shape. The bacteria move along this shape, generating a path, and the geometric structure of the output is used to determine the geometric flow of the structure in which the bacteria can grow.

SAND SOLIDIFICATION

SEARCHING BACTERIA GROWTH

Population : 200 Aent speed : 20 Pheromones time : 3

Population : 200 Aent speed : 20 Pheromones time : 10

1. Contour map

2. Erosion and deposition patterns on dune

3. Avalanche faces dune Place of the support piles

5. Low temperature zone Underground / Animal program

6. Bacteria growth path

4. High temperature zone Above ground / Human program

PROJECT MASS

DESIGN PROCESS

Stage 2

Define roads that goes with the high density flow

Stage 1 Support files sand flow curves

Stage Project zones result

result from optimization

Materializing the structure thickness according to the simulation outpit

Creating building skin and openings

Stage 3

Stage 4

Stage 5

Underground Garden Render

Building Exterior Render

EXPLODED AXONOMETRIC AND CIRCULATION

PLATFORM MARKET

Mullae in South Korea | 2023 Fall

Renevation

URBAN DESIGN OLD MULLAE

The goal of young visitors to Mullae-dong is to experience its historical and cultural spaces. Just as human history varies across continents, races, and eras, each region holds its own unique history and culture. People often leave their homes to explore new histories, cultures, or environments. Mullae-dong's historical identity, rooted in its ironworks district, is combined with creative elements (factories oriented toward the future) to provide a sense of urban identity. While preserving its old-world charm, the area is being transformed into a new space for IT companies and professionals, distinct from traditional manufacturing. A platform market has been created where, unlike in traditional markets where only suppliers and consumers interact, consumers can also become suppliers by producing their own desired products.

Spatial design

Provide vertical space in order to expand the horizontal distance. scale.

Design strategy

Compose music for a robot factory in line with the tone and manner of a music and modern studio, creating a tourist pathway that offers a simultaneous experience of both art and show.perience its historical and cultural spaces.

Connecting the market with an educational space to break away from the traditional market format, allowing for self-guided experiences while receiving technology development education.

Concept diagram

Through the continuous surface, it is possible to exchange information through space for largescale events and small-scale gatherings.

Render of the Elevated Walkway for Tour-

Adding Green Features for Sustainable Architecture.

A technology and media viewing space for tourists circulation

A technology development education space for residents and youth ciculation

Circulation and slope programming diagram

Remodelling Building Render

FIRST FLOOR PLAN

FOURTH FLOOR PLAN

Brew Rock Haven

Iceland Compitation

BEER SPA

Iceland Myavtn Region | 2023 Spring

"Diversity and openness aim to provide users with a rich environmental experience while focusing on modern and innovative architectural design that considers sustainability and ecological integration. By utilizing diverse landscapes such as volcanoes, the Aurora, snow, and long summer days surrounding the building, the design aims to offer users a unique beer experience. The space provides opportunities for users to taste and experience beer, as well as relax in a spa with ingredients derived from beer.

Creating a center that radiates the Outside

Iceland is known for its geothermal activity and volcanic landscape, and lava rocks are a prominent feature of the country's terrain. The majority of Iceland's volcanic rocks are basaltic in nature. Basalt is a dark, fine-grained rock that forms when magma from the Earth's mantle reaches the surface and cools relatively quickly. Iceland's geological features, including its lava rocks, make it a unique and fascinating destination for those interested in volcanoes and Earth's dynamic processes. Visitors can explore these landscapes, often with caution and guided tours to ensure safety in areas with recent volcanic activity.

Porous Architecture" is an architectural concept that involves interaction between buildings and the natural environment through pathways, open designs, and a variety of landscapes. These structures harmonize with the surrounding environment, designed to provide users with rich experiences.

GROUND FLOOR PLAN

SECOND FLOOR PLAN

SECTION DIAGRAM

Bewery View

Beer Spa View

Beer Bar View

SANATORIUM

IN MONGOLIA

4th Street, 1st Khoroo, Kherlen District, Dornod Province, Mongolia | 2025 FALL

SUVILAL

Located in the serene natural environment of Dornod Province, this 540m² three-story sanatorium is designed to provide a harmonious blend of medical treatment and relaxation. The B1 level features recreational spaces including a game room and karaoke area, offering guests enjoyable ways to spend their free time. The first floor houses medical treatment rooms along with dedicated areas for doctors and nurses, ensuring professional healthcare support. The third floor consists of seven guest rooms, accommodating visitors seeking rest and recovery. The project aims to create a therapeutic atmosphere where clean air, nature, and care come together.

FIRST FLOOR PLAN