Assistant Professor of Professional Practice in Urban Forestry

Assistant Professor of Professional Practice in Urban ForestryOur aim is to recruit, support, and retain an educator and practitioner who will advance urban forestry education, practice, and engagement across Ohio and beyond. We welcome applicants with expertise in urban forestry, including community and municipal forestry, urban forest planning and management, arboriculture, tree health and risk assessment, urban ecosystem services, green infrastructure, and the role of trees and greenspaces in supporting healthy, sustainable communities. We strongly encourage applications from individuals whose professional work reflects a commitment to preparing the next generation of urban forestry professionals and strengthening connections among people, trees, and communities.The successful candidate will contribute to teaching (50%), extension and outreach (40%), and service (10%) in areas related to urban forestry practice and planning, arboriculture, urban forest assessment and management, community engagement, and professional workforce development. The position is designed to advance OSU's land-grant mission through excellence in teaching, student mentoring, partnership and engagement with public agencies, nonprofit organizations, industry partners, and community stakeholders across Ohio.Teaching and Non-Classroom Instructional Responsibilities (50%) The successful candidate is expected to teach approximately three courses per academic year. Teaching responsibilities will include:Two courses to be developed Arboriculture and Tree Health Care (or something similar)Urban Forestry Practice and Planning (or something similar)One additional existing course, based on programmatic needs and candidate expertise, such as (but not limited to): ENR 3300 Forestry, Fisheries, and Wildlife;ENR 3321 Biology and Identification of Woody Forest Plants;ENR 3323 Forest Biometrics;ENR 3600 Recreation Management on Public Lands; orENR 5642 Environmental and Natural Resource Administration.The successful candidate will develop innovative, experiential, and field-based learning opportunities that connect students with urban forestry professionals, organizations, and communities. Courses – particularly those to be developed – should integrate contemporary tools and technologies appropriate to professional practice, including urban forest inventories, GIS, canopy assessment, and related decision-support approaches.The incumbent will be an integral member of the School of Environment and Natural Resources (SENR), advising and mentoring undergraduate and graduate students pursuing careers in urban forestry and related environmental and natural resource professions. The successful candidate will also support student internships, capstone projects, professional certifications, and career placement activities.Extension and Outreach Responsibilities (40%) This position includes a 40% extension appointment, and extension and outreach expectations are commensurate with that level of effort. The successful candidate will develop and deliver a coordinated extension and outreach program in urban forestry that addresses the needs of public agencies, nonprofit organizations, industry partners, and community stakeholders across Ohio.This work will be conducted in collaboration with Extension professionals within SENR, across CFAES, and throughout OSU Extension, as appropriate. Activities may include educational programming, technical assistance, professional training, workshops, and stakeholder engagement. Potential stakeholder groups include city and county governments, park districts, utilities, consulting firms, nonprofit organizations, community groups, and forestry and natural resource professionals.The extension program is expected to be practical, collaborative, and responsive to stakeholder needs while supporting workforce development and advancing urban forestry initiatives consistent with the land-grant mission of the college and university.Service (10%) This position includes a 10% service appointment, with expectations commensurate with those of all faculty in SENR. The successful candidate will provide service to SENR, CFAES, and Ohio State through participation in committees, faculty governance activities, and related service contributions. The incumbent will also be expected to engage in professional service through relevant professional societies, certification programs, and urban forestry organizations.Research Expectations This position has no formal research requirement for promotion. However, the incumbent is not precluded from engaging in applied scholarship, demonstration projects, or other professional activities that complement teaching, Extension programming, stakeholder engagement, or workforce development goals.Education and Experience Requirements Required:Earned doctorate or other terminal degree along with equivalent experience in Urban Forestry, Forestry, Arboriculture, Natural Resources, Environmental Science, Landscape Architecture, Urban Planning, or a closely related field.Demonstrated expertise in urban forestry, community forestry, arboriculture, natural resource management, green infrastructure, or a related field through professional practice, academic training, teaching, Extension, outreach, scholarship, or other relevant activities.Evidence of excellence, or strong potential for excellence, in teaching, mentoring, and advising students.Demonstrated ability to build and maintain effective working relationships with diverse academic, professional, governmental, industry, and community partners.Excellent verbal and written communication skills.Desired (though not required):ISA Certified Arborist and/or other relevant professional credentials.Experience developing partnerships with public agencies, nonprofit organizations, industry partners, and community stakeholders.Experience designing, implementing, or supporting experiential, workforce-oriented, community-engaged educational programs and/or Extension programming.Experience applying GIS, remote sensing, inventory methods, LiDAR, or other technologies to support urban forest planning, assessment, and management