Assistant Professor of Architecture and Design in Interior Design

Position Title : Assistant Professor of Architecture and Design in Interior Design Department : 2110 | School of Architecture/Design Responsibilities The School of Architecture and Design at the University of Louisiana at Lafayette invites applications for a full-time, tenure-track, 9‑month appointment at the rank of Assistant Professor. This position requires a probationary period before tenure consideration, based on performance and potential. Candidates must have a strong academic record and an appropriate terminal degree.

The typical teaching load per semester includes 6 credit hours of studio instruction and 3 credit hours of support course instruction, with final workload percentages for research, teaching, and service determined in the first semester of hire. This position may include online teaching responsibilities. Asthe largest school in the College of the Arts, the School of Architecture and Design offers nationally accredited programs in Architecture, Interior Design, and Industrial Design.

The University of Louisiana at Lafayette is an R1 Carnegie Classification Institution of Higher Education with a vibrant scholarly community, world‑class faculty, and an enduring commitment to providing high‑quality, accessible education. The UL Lafayette Faculty Handbook lists the characteristics, activities, and values that the University considers important in its faculty: https://academicaffairs.louisiana.edu/about-us/forms-policies-procedures/handbook-policies/faculty-handbook The ideal candidate will provide expertise in studio education and research methods in the interior design program. The successful candidate will be responsible for developing and teaching studio and lecture courses, including online delivery, in their areas of expertise.

Examples of possible areas of expertise include design history, interior materials, construction methods, sustainability, professional practice, environmental quality, human‑centered design, and community‑based des