Who created the project "Parvus Syrtis"?

This project was created by Thanat Prathnadi on uni.xyz, a platform for design professionals to showcase their work.

What type of design project is "Parvus Syrtis"?

"Parvus Syrtis" is a Soil Architecture, Space Architecture, Space Settlement, Housing, Computational Design, Concept Architecture project showcased on uni.xyz.

Where is the project "Parvus Syrtis" located?

This project is located in Indonesia.

Parvus Syrtis

Procedures for the Martian Vernacular

Project Media

Image available to members

Prarvus Syrtis

Procedures for the Martian Vernacular

Image available to members

Parvus Syrtis 1

Introduction & Masterplan Location

Image available to members

Parvus Syrtis 2

Design Process & Methodology

Image available to members

Parvus Syrtis 3

Unit Typologies & Structure

Rate This Project

Comments (0)

No comments yet. Be the first to comment!

Explore Soil Architecture Competitions

Discover active competitions in this discipline

Hosted by UNI

UnIADA '27

The Global Benchmark for Architecture Dissertation Awards

Prize Pool:USD 1,000

Registration ends: July 14, 2027

Submission ends: July 15, 2027

Worldwide

Hosted by UNI

UnIATA '27

The Global Benchmark for Graduation Excellence

Prize Pool:USD 2,500

Registration ends: July 14, 2027

Submission ends: July 15, 2027

Worldwide

BeeGraphy Computational Design Awards '27 competition banner

Hosted by Beegraphy

BeeGraphy Computational Design Awards '27

From Logic to Configurators

Prize Pool:USD 7,000

Pre-Registration ends: January 4, 2027

Workshop Series: March 31, 2027

Worldwide

Hosted by UNI

Clad in Clay

Challenge to design mud housing for contemporary communities

Prize Pool:USD 150

Jury evaluation ends: November 13, 2026

Public voting ends: November 15, 2026

Portugal

3 Entries received

Similar Projects

Discover related projects you might like

Burak and 2 others

157

Genesis v.2

Genesis v.2 takes the natural Crater forms on Mars to create a base for the future housing colony. The units are adjustable and can fit in different dimensions of Craters with minimal footprint. The project shows the incomplete quality of newly developing knowledge towards the future and establishes a system that might adjust to new scenarios.

XiangYi and 3 others

"Neo-Land" Mars Residence Design

However, the world's population growth rate is decreasing, the population is saturate due to the limited amount of living resources. We will be working on the "Neo-Land" 40-person Mars colony project and will be designing a residential base on Mars within 4,000 m².The proposed time for the Mars migration will be the year 2100.

Beata and Kamila

SHELL-TER

First base placed at the bottom of the largest canyon in the solar system - Valles Marineris. The base shape of the dune seamlessly merges into the local environment, allowing inhabitants to be in unity with nature. The base takes the shape of a dune through the action of the wind and the displacement of regolith.

Florian

The Earth Pod

Many of the emergency shelters currently used have a life span of as little as six months before the impact of sun, rain, and wind, and then they must be replaced. However, refugees usually stay in camps for several years in precarious situations.

Parvus Syrtis

Project Media

Prarvus Syrtis

Parvus Syrtis 1

Parvus Syrtis 2

Parvus Syrtis 3

Rate This Project

Comments (0)

Showcase your work to the world

Project Score

Project Team (2)

Thanat Prathnadi

Behice Özer

Associated Disciplines (4)

Location

Explore Soil Architecture Competitions

UnIADA '27

UnIATA '27

BeeGraphy Computational Design Awards '27

Clad in Clay

Similar Projects

Genesis v.2

"Neo-Land" Mars Residence Design

SHELL-TER

The Earth Pod