By Jordan Micham, Design Intern
This summer, Hennebery Eddy has the pleasure of hosting three design interns. In a three-part series throughout the summer, each intern will share their internship experience and takeaways from their time with the firm. This month, Jordan Micham, an undergraduate student at the University of Cincinnati, describes what he’s been up to during his time with the firm. Read the previous post in this series here.
I’ve always been drawn to the West. The dynamic terrain and variety of cultural influences made Portland an appealing destination for someone born and raised in the Midwest suburbs. Prior to starting work as an intern at Hennebery Eddy, I completed three other internships, ranging from small- to large-scale firms. Approaching my final year of my undergraduate studio, I wanted the opportunity to explore a mid-size firm in attempt to find a niche that was less corporate but still tackled more complex projects; Hennebery Eddy’s ensemble of around 65 people was the perfect scenario to do just that. The firm rests in the heart of one of the most vigorously design-oriented communities in America; Portland is a hub for creative innovation. My theme for this summer is to learn from the lifestyle of the anti-conformist creative.
In my studies at the University of Cincinnati, we’ve focused on the conceptual design process, primarily concentrating on human-spatial interaction. Getting involved in the design world through the internship program has helped me gain a better grasp on the industry and has informed my perspective on architecture more toward the concept of creating an engaging blend of form and function while designing within constraints. What they don’t teach you in the classroom is that few clients have the budget for your extreme designs. I’ve learned that architecture is often less about creating an evocative design but more about finding a way to translate the wants and needs of the client into a design that blends form and function while still satisfying the various building constraints.