In this report we study the isolation in habitats on Mars from society on Earth. We try to
understand the construct of micro-societ and identify physical and
psychological implications for astronauts. Through this knowledge, previous simulation and
analogue research, empirical research, and analysis we try to learn how these habitats
must be designed in order to facilitate the crew’s work and well-being in the Martian
environment. Simultaneously we try to understand how in-situ construction with
MICP can create interesting alternatives to designing Mars habitats.

This report examines the possibilities of using biocementation as an alternative method for coastal
protection. Biocementation is a sustainable solution for binding loose aggregate without the use of
cement. The use of biocementation in sand results in a product which we refer to as “biostone”.
This process uses the enzyme-producing bacteria Sporosarcina pasteurii with a urea-modified
nutrition broth and calcium, which combined creates a natural looking stone similar to naturally
produced sandstone.

The common areas on the dormitory Korallen in Trekroner is the main subject of this paper, with the main problem being grave dissatisfaction with these common areas. The residents think that the common areas are dull, dirty and poorly lighted and they have tried to improve them on their own, but without much success. This paper will focus on the poor lighting, to try and improve the common areas, by redesigning the lighting system. This improvement will bring forth a physical design based on research done, about the residents, the dorm and relation between people and light. (…)