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Penn State University Talent Acquisition Assistant Teaching Professor-Agricultural Structures and Soil-Water Conservation in University Park, Pennsylvania
Reference #: REQ_0000050340 APPLICATION INSTRUCTIONS: CURRENT PENN STATE EMPLOYEE (faculty, staff, technical service, or student), please login to Workday to complete the internal application process. Please do not apply here, apply internally through Workday.
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JOB DESCRIPTION AND POSITION REQUIREMENTS: The Department of Agricultural and Biological Engineering at The Pennsylvania State University invites applications for an ASSISTANT TEACHING PROFESSOR in agricultural structures and soil-water best management practices teaching and Extension/outreach. This non-tenure-track faculty position will be filled as an Assistant Teaching Professor on a 48-week academic year appointment, with 75% Extension and 25% Teaching responsibilities. Integration of Extension and Teaching efforts for effective transfer of information to stakeholders is essential. The position will be funded by the College of Agricultural Sciences (https://agsci.psu.edu/) through PA Department of Agriculture under the partnership developed for the creation of Center for Agricultural Conservation Assistance Training at Penn State Extension (The Center). The successful faculty member will be residing in the Department of Agricultural and Biological Engineering. The Center provides education, outreach, and technical assistance to Conservation Professionals working at Conservation Districts, State and Federal Agencies, Non-Profit Organizations, and Private Businesses throughout Pennsylvania as part of the Agricultural Conservation Assistance Program and in coordination with other ag conservation cost-share programs and partners. This is a term position funded for one year from date of hire with good possibility of refunding.
We seek an outstanding candidate with demonstrated interests, ability, and accomplishments in planning, researching, developing, designing and disseminating solutions (through innovative Extension/outreach programs) in the areas of agricultural structures and soil-water conservation practices. Desired expertise needed includes demonstrated background and expertise (or desire to learn) in designing, implementing, and maintaining agricultural conservation practices and agricultural structures, which include but not limited to waste storage facilities, mortality composting facilities, agrochemical handling, heavy-use area protection, off-stream watering systems, and in-field practices and structures such as waterways, diversions, terraces, etc., soil quality (health) practices; best agronomic practices that result in high productivity and production efficiency and improved farm net return; soil, water and crop management practices and technologies, while protecting environmental services.
As part of the Extension appointment (75%), the candidate is expected to lead applied demonstration projects and programs, leading workshops, seminars, field days, and field tours for professional development. Working with a team of colleagues from various related disciples, the successful candidate will develop education and outreach materials related to best management practices in Pennsylvania and beyond as part of the nationally recognized Penn State Extension programs. Therefore, the successful candidate should be a collaborative leader who will promote and enhance excellence and innovation in interdisciplinary Extension. The candidate will develop and provide non-credit education to existing conservation professionals in the public and private sectors. Topics will be similar to credit courses in that they will develop critical skills to help design and engineer agricultural conserv tion best practices. Education activities will include conferences, workshops, webinars, videos, online courses, publications, and news articles. In-person events will occur throughout Pennsylvania, so travel (sometimes overnight) is expected. The candidate will be expected to develop and teach non-credit and two credit courses.
For the structural agricultural engineering course (i.e., ABENG- Agricultural Structural Engineering), the vision is to provide the skills and knowledge for our graduates to be able to plan, survey, and design conservation-related structures. That would include lessons on waste storage facilities, mortality composting facilities, agrochemical handling, heavy-use area protection practices, off-stream watering systems, and it could also incorporate in-field practices like waterways, diversions, terraces, etc. For each of these practices, students would learn to identify the need, how to survey for the practice (with hands-on learning experiences), learn the actual construction materials used, how to delineate the watershed for the practice, identity the soils, and other design considerations.
For the Conversation Planning for Engineers course (i.e., ABENG-Agricultural and Natural Resources Conservation Engineering), students would learn to inventory resource concerns on farms using aerial photos, GIS tools, and other digital resources and real-world visits. Students would learn to identify best practices to address those resources concerns and properly site them to best serve both the environment and the farmer's needs. This course would also provide skills training on actual construction visits, quality assurance, and inspections. They would potentially develop a plan for a practice and a simulated job diary as a culminating class project.
The faculty member is expected to: (i) develop a nationally and internationally recognized, innovative, high-profile Extension program related to agricultural structures and best management practices solutions; (ii) mentor students in globally diverse, multicultural, transdisciplinary and inclusive research-extension-teaching programs; (iii) develop strong collaborations across campus, Pennsylvania, and the region; (iv) develop programming and resources as part of Penn State Extension activities that will obtain quantifiable impacts. The faculty member will maintain high Extension and education standards and contribute to our positive and engaging Penn State community, including synthesizing and incorporating other research into programming.
Qualifications: Candidate must have a Ph.D. in biological, agricultural, structural, civil, or environmental engineering, or related fields, with a solid core of fundamental engineering coursework. Research, teaching and Extension experience in terms of integrating engineering, biology, agronomy, economics, and natural resources is important because the faculty member is expected to interact and provide leadership with teams of engineers, biological, environmental, plant scientist, agricultural economists, and physical scientists. The faculty member in this position will also be expected to consider scales of local and regional processes, while maintaining global perspectives for addressing solutions. The successful candidate must have completed all degree requirements by the appointment date.
The ability to engage professionally with a diverse population of faculty, staff, and students across Penn State's multi-campus system is required. Effective communication to provide creative leadership and work cooperatively with students, faculty, staff, industry, and state and federal agency partners is paramount. Demonstrated ability to function in a multidisciplinary and transdisciplinary team environment is required. The person should have the capability to carry out an original, independent, innovative, and natio