I am a recent graduate from a post-professional Emerging Systems, Technologies & Media Program at SCI-arc, which emphasized design and its implications for architecture.

            During my studies, I developed a strong work ethic, superior communication skills, the ability to think conceptually and expertise in a wide variety of software programs. Before attending SCI-arc, I received a professional degree in architectural design after completing six years of study in Russia. Sustainable architecture was the main focus of my studies in Russia. Additionally, I learned to innovate around the limitations imposed by Russia’s strict construction code and harsh climate. I believe working under these tight restrictions forced me to become a more innovative designer, who looks past limitations to see opportunities.

            SCI-Arc’s post-professional program was a great addition to my architectural education. At SCI-Arc, I have learned to find a different ways to design architectural spaces and their physical envelopes. I have developed my design ideas through scripting and digital simulations. Ultimately, I have used the latest fabrication methods, like a 3D printing, CNC-milling, robotics and digital animations, to bring my designs to life.

            Through the diverse mix of experiences in my background, I have developed my own approach to architectural design. However, while the architect’s individual approach will add to the style of a given project, I believed that the designer should allow the unique requirements and conditions of each project to make the greater contributions to the project’s style. Thus, in the design process I am not beholden to my own particular sensibilities but allow my sensibilities to find expression within the particulars of a project. I value versatility and often experiment with models by incorporating new materials and fabrication techniques.

            Several of my projects demonstrate my versatility in architectural design. For instance, a small team and I developed and fabricated an elastic skin made from casted rubbers and stretched over a rigid frame animated by a microcontroller for a robotic sculpture. Also I assembled my final project at SCI-Arc using an Arduino microcontroller, which allowed me to incorporate movement directly into the model rather than using animations as a presentation technique. I would like to explore ways to implement these techniques in to actual architectural design.