Dr. Walid H. Shayya |
Name:
Dr. Walid H.
Shayya
Title: Professor Phone:
(315)
684-6526 (voice)
E-mail:
shayyaw@morrisville.edu |
PROFESSIONAL EXPERIENCE |
Responsible for teaching and program development in natural resources engineering, conducting applied research in related areas (including geospatial technology and animal waste management), and advising the Bachelor of Technology students in Environmental and Natural Resources Management (formerly Renewable Resources). Major activities focus on geographic information systems (GIS), global positioning systems (GPS), precision farming, surveying, soil and water conservation, water supply and sanitation, agricultural statistics, photogrammetric mapping, and animal waste management.
Responsible for teaching and program development in natural resources engineering, conducting applied research in related areas (including geospatial technology and animal waste management), and advising the Bachelor of Technology students in Renewable Resources. Major activities focus on geographic information systems (GIS), global positioning systems (GPS), precision farming, surveying, soil and water conservation, water supply and sanitation, agricultural statistics, photogrammetric mapping, and animal waste management.
Responsible for teaching and program development in natural resources engineering, conducting applied research in related areas (including animal waste management), and advising the Bachelor of Technology students in Renewable Resources. Major activities focus on geographic information systems (GIS), global positioning systems (GPS), precision farming, surveying, soil and water conservation, water supply and sanitation, agricultural statistics, photogrammetric mapping, and animal waste management.
Responsible for leading the overall programs of the Department in teaching, research, and service. Also, responsible for recommending the hiring, promotion, and termination of staff; planning and budgeting for facilities and equipment; and directing and overseeing the work of seven academic, seven technical, and one support staff. Other administrative activities included chairing the Department's Board and other standing and ad-hoc committees and representing the Department on several committees within the College of Agriculture at SQU.
Responsible for research and teaching in bioresource and agricultural engineering. Research activities focused on geographic information systems (GIS), crop water requirements, water management, irrigation system design and management, soil and water conservation, and numerical modeling in natural resources engineering. Teaching activities focused on undergraduate and graduate courses in soil and water engineering, watershed hydrology, hydraulics of pipe networks, numerical analysis, and engineering mechanics. Other academic activities included advising undergraduate and graduate students as well as supervising students' special and design projects and M.Sc. theses.
Responsible for administrative duties related to degree programs, registration, student advising, orientation programs, course evaluations, maintenance of student records, and assignment of students to majors within the College of Agriculture with approximately 450 full-time undergraduate students. The students were enrolled in ten degree programs offered by seven academic departments leading to B.Sc. degrees in agronomy and horticulture, animal science, bioresource and agricultural engineering, entomology and plant pathology, fisheries science, fisheries technology, food science, nutrition and dietetics, soil and water management, and water technology. Acted as a liaison regarding academic and timetabling matters with the University Administration, Deanship of Admissions and Registration, Language Center, and other Colleges on campus. Represented the College on several University-wide committees. Served on several committees within the College, such as the Executive Committee, College Board, Resident Instruction Committee, Graduate Studies Committee, and Student Recruitment Committee. Coordinated efforts within the College on advertising academic programs through expositions, brochures, and taped presentations. Served, on occasion, as the Acting Dean of the College of Agriculture.
Responsible for research and teaching in bioresource and agricultural engineering. Research activities focused on irrigation system design and management, irrigation scheduling, soil and water conservation, and water management. Teaching activities focused on undergraduate-level courses in soil and water engineering, microcomputer applications in agriculture, and engineering mechanics. Other academic activities included advising final year students, supervising students' special projects, developing new undergraduate and graduate programs in bioresource and agricultural engineering, and supervising technicians.
Responsible for providing technical support on several computer models developed in the Department of Agricultural Engineering. Additional responsibilities included joint research projects with the faculty in the Department. Further responsibilities included updating computer software and serving on advisory committees of graduate students.
Responsible for research in animal waste management, composting system design, irrigation water management, nitrogen scheduling, and sub-irrigation system design. Research activities included developing computer models for overland application of animal manure and composting system design and planning. Other responsibilities included updating and supporting the users of SCS-Scheduler (an irrigation scheduling package for microcomputers) and SI-DESIGN (a computer package for the analysis of subsurface drainage and sub-irrigation systems).
Responsible for research and teaching in soil and water engineering. Research activities included developing two software packages: an irrigation scheduling package for microcomputers (SCS-Scheduler) and a computer model to assist with designing subsurface drainage and sub-irrigation systems (SI-Design). Additional responsibilities included conducting training sessions and providing technical support for using the SCS-Scheduler. Other academic activities included the development of several computer models in soil and water engineering and teaching an undergraduate course on irrigation, drainage, and erosion control systems.
Research responsibilities included the development of a computer model for the simulation of groundwater aquifers in Lebanon. Additional responsibilities included collecting field data for the verification and validation of the developed computer model. |