ACADEMIC DESIGN OFFICE


MASTER STUDIOS

20-21 SEMESTER 1  #1
20-21 SEMESTER 1  #2
20-21 SEMESTER 2  #1
20-21 SEMESTER 2  #2
21-22 SEMESTER 1   #1
21-22 SEMESTER 1   #2
21-22 SEMESTER 2  #1
23-24 SEMESTER 1   #1


WORKSHOPS

INTRODUCTION 20-21
PROTOTYPING 20-21
MODEL MAKING 20-21
ADOBE/COB 20-21
BACHELOR ADOBE 20-21
INTRODUCTION 21-22
PROTOTYPING 21-22
MODEL MAKING 21-22
ADOBE/COB 21-22
HEMPCRETE USQUARE  23-24
ADOBE / PLASTER 23-24

AGENDA

2020 - 2021
2021 - 2022


Teachers and researchers:
Wes Degreef
Emile Deroose
Ludovica Cassina
Laurens Bekemans
Laurens Luyten
Catherine Mengé


Site editors:
Dries Dupré
Lisa Fraeye
Dylan Kumps
Maria Lahni

Cecelia Vincent
Sander Lambrix
Louis Caluwaerts

Anna Eppelmann

Photographers:
Jasper Van der Linden
Louis Caluwaerts
Kas Trimpeneers


Faculteit Architectuur
Campus Sint-Lucas Brussel
Paleizenstraat 65-67 - 1030 Brussel
tel. +32 2 447 19 00

 

 

        

Masterstudio: The Architect changemaker Semester 1

Radhika Borromeo




This project centers around the fiber type known as Hop, particularly focusing on the vines of the Hop plant. While Hop is renowned for its role in beer production, only the cones are typically utilized, leaving the rest as waste. As a member of the Hemp family, Hop shares many structural similarities in its stem composition. Considering these facts, Hop proves to be an ideal regional building material for this project, with the Hop hurd serving as a key component in the development of 'Hopcrete.'

The monolithic pavilion serves as a resting place for hikers and other visitors, providing shelter from natural elements. The thick walls of the monolithic structure serve two purposes. Firstly, the pavilion is designed to undergo erosion, visible over time due to rain and flooding. The substantial wall and roof thickness extend the pavilion's resilience against erosion. Secondly, similar to hempcrete, 'Hopcrete' offers thermal resistance, coupled with the building's mass, resulting in a thermal mass capacity. This feature allows visitors to safely start a campfire in the designated spot, using the heat to warm the walls and dry any rain-soaked surfaces. The drying process aids in slowing down the erosion over time. On two sides of the façade, there are openings designed for ventilation, allowing the escape of fire smoke, admitting natural light, and facilitating the drying process during construction.

Visitors revisiting the pavilion will witness the beautiful process of erosion. While uncertain about the pavilion's state, they are guaranteed to observe traces of its past beauty.