Pax Rodentia Employee Directory
Graphic DesignIllinois, United States0-1 Employees
Founded by French Fellow Stephan Tran in 2005, Studio Pax (formerly Pax Rodentia) is a multi-disciplinary design agency focused on helping organizations in the Arts, Culture and Sciences fields. With a “Design humanizes Technology” credo, we deliver a broad range of design strategy services and execution: from strategic design planning, identities and visual systems, entire branding campaigns, websites, environmental designs, digital installations, annual reports, to motion graphics and storyboards. Studio Pax's collaboration with prestigious institutions such as Northwestern University or the Field Museum has met measurable public success and increased exposure for our clients. Combining complex content with marketing smarts and visual flair is our trademark. Great design cannot happen without passion, smarts, and personal commitment: our portfolio of clients covers more than a decade. Cross-field research, collaboration, and iterative experimentation are integral to the Studio’s process. Each project designed to resonate with its specific audience and culture while addressing technological, design and communications contextual requirements. This methodical yet discovery and creatively-driven approach has resulted in campaigns such as the Northwestern Arts Circle, which unified under a single identity, website and advertising campaign all arts performance at the University; The Terra Cotta Website for the Field Museum, where thousands of visitors are driven to learn more about the Terra Cotta warriors of ancient China; the creation of the $250,000 Kabiller Prize trophy for the International Institute of Nanotechnology; and the Brilliant Star website, which created a website of playful Discovery for kids-centered content within the Bahai community. Studio Pax always evolves its tools, methods, and capability of design and technology to execute our client's objectives, and to make sure our process focuses on the proper context and delivery mechanisms.