Submit a masterplan for an industrial park in Houston, Texas
We’d like to take the opportunity to introduce you to one of our Honorable mention winners for our "Iceland Volcano Lookout Point" competition – Maxim Seitter from United States!
Maxim Seitter from United States
Currently, I am a Master of Architecture student at the University of Texas at Austin and hold an undergraduate degree from the University of Florida. As an architecture student, I consistently question how spatial qualities can influence the way we understand and interact with the surrounding environment. Using design to influence a certain understanding of the world around us is always at the centre of my decision making.
When addressing a design prompt, I focus on the published prompt and the hidden prompt: my own personal design agenda; my mission statement. I typically centre around the idea of how one can be implicitly maneuvered to operate within a space – and how this can leverage the way we interact with space, each other, and the site.
Architecture is a medium to rebound, rethink, and reconsider existing realities. The role of an architect in society is to set how far the boundary of design is while challenging fractured norms.
There is always a consistent struggle with decision-making and self-doubt that I continually experience. Participating in architecture competitions excitingly positions you to face that discomfort and come to a resolution.
Deciding to participate in architecture competitions can be rather heavy, especially when considering time management. However, participating in architecture competitions allows you to understand design narratives outside of the academic and professional context. It allows for a new method of understanding design. It allows for a new sense of design agency.
Design a structure that would function as a source of education on past events or a method of raising awareness of ongoing injustices
Use architecture to create different emotional states
Present your best work and submit your favorite architectural visualization