Policies for staffing and supervising employees and volunteers Volunteer management plan Program evaluation plans, including outcomes-based evaluations Assessments of practices in areas of legal, fundraising, financial management, staff and volunteer management, board practices, organizational planning, program planning and program evaluation Note that the recurring processes that produce the above items are at least as important -- if not more important -- than the items themselves.
Graduates will demonstrate a fundamental background in preparatory and general education courses in compliance with the requirements established by West Virginia University, the West Virginia Board of Governors, and the Accreditation standards of the Society of Wood Science and Technology.
Graduates will demonstrate a firm understanding of basic wood sciences, including anatomy and biology of wood formation; wood identification; physical properties; mechanical properties; chemical characteristics and properties; wood degradation and deterioration; and composite materials.
Graduates will demonstrate knowledgeable related to wood processing and manufacturing, including mechanical reduction of the raw material, drying processes, manufacture of solid wood products, manufacture of composite materials, chemical wood processing, and wood protection and enhancement.
Graduates will be able to compare and contrast a variety of complex contemporary issues of wood use, including demand, use, and impact of use on society and the environment; applications of wood and wood-based materials; choosing and specifying appropriate wood-based products; policy, regulation, environmental and other societal issues; professional ethics; and health, safety, and security issues.
Graduates will demonstrate competence in an area of professional emphasis that compliments their wood science and technology education. Forest Resources in United States History. Examines human use of forest resources in America from pre-Colombian times to present. Exploration of factors that impact the use of wood products.
Engages students in active learning strategies that enable effective transition to college life at WVU. Students will explore school, college and university programs, policies and services relevant to academic success.
Provides active learning activities that enable effective transition to the academic environment. Students examine school, college and university programs, policies and services. Wood Anatomy and Structure. Anatomy and structure of commercial wood species of the U.
Survey of basic properties of wood. Exploration of the different materials used in low-rise residential and commercial construction applications for finishing and design aspects.
Emphasis will be placed on wood products. Wood Grading and Procurement. Forestry major or consent.
Conversion and grading of raw materials in log form to primary wood products. Introduction to timber procurement systems. Exploration of the different building materials used in residential and commercial construction.
Emphasis will be placed on solid and engineered wood products as well as their manufacturing processes. Investigation of topics not covered in regularly scheduled courses.
Introduction to common building practices used in residential construction with emphasis on sustainable, green construction. Introduction to basic concepts of wood machining with emphasis on production equipment and furniture manufacturing. Special topics of wood joining techniques and methods.Interior design currently counts as one of the best fields for creatives in terms of job stability and salary potential, as the Bureau of Labor Statistics calculates the median salary for these professionals at .
Mechanical engineering is the discipline that applies engineering, physics, engineering mathematics, and materials science principles to design, analyze, manufacture, and maintain mechanical feelthefish.com is one of the oldest and broadest of the engineering disciplines..
The mechanical engineering field requires an understanding of core areas including mechanics, dynamics, thermodynamics. What are the benefits of the M.S. in Instructional Design program?
Cutting-edge, multidisciplinary curriculum; Rigorous coursework prepares graduates for .
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