B.O.A.T.
SS22 / PROF.: ANDRE HABERMANN
TASK
Designing a new building for the Faculty of Architecture at the University of Duisburg/Essen.
PERSONAL GOAL
Experimenting with parametric design and 3D printing techniques.
RESULT
A building that incorporates new design trends and building technology while its form pays homage to its surroundings.
The project aimed to design a new building for the Faculty of Architecture at the University of Duisburg-Essen, drawing inspiration from its location and traditional building style. Situated in the historic harbor of Duisburg, the design integrates the timeless form of a boat with contemporary architectural elements and cutting-edge technologies.
This represents my earliest showcased design and marks my first significant university project. Throughout this endeavor, I embarked on a journey of self-learning, mastering Rhino and Grasshopper software. Additionally, I gained hands-on experience with 3D printing, utilizing it both in the design process and later in model construction.
DESIGN
CONCEPT
Blending the harbor's history with contemporary design trends to meet the needs of the architectural faculty.
STUDY
CONCEPT
Creating open, collaborative spaces for student work and gatherings.
TECHNOLOGY
CONCEPT
Integrating parametric design with 3D printing techniques.
IMPLEMENTATION
By utilizing 3D printing, complex designs enabled by parametric design through Grasshopper and Rhino can be achieved, while incorporating the historic significance and boat-inspired outer form. An open floor plan with quieter inner cores enables students to flow around the structure, ensuring structural integrity.
RESULT
One of the key features of the building is the flow-like outer shell that surrounds it. This shell, designed to mimic the shape of a boat, was created using Rhino. Although not physically touching the building, the outer shell completely transforms its form and adds a boat-like shape to the structure. The use of Rhino allowed for precise and flexible design, enabling seamless integration with the building's overall design. The outer shell creates a unique and dynamic look that is both aesthetically pleasing and functional, serving as a source of inspiration for fellow students. Additionally, the building features a cell-like facade structure that is fully 3D printable, tested through real-world test prints on a smaller scale to ensure feasibility and practicality.
The building's lighting design utilizes a waffle structure ceiling, with each cell serving as an individual lighting unit to reduce clutter and create a clean, minimalistic look. The ceiling's wavy design adds to the overall aesthetic and atmosphere of the building. In addition, the use of 3D printing technology in the facade design represents a step forward in sustainable and innovative construction methods. The floor plan is also designed to feel open and dynamic, encouraging collaboration and inspiration among students.
