About
the Bulletin |
Vol. LI, No. 14 |
2005–2006 Commencement Committee
Chair: Cheryl Hamilton, associate professor, Art Education; Patricia Alessandra, senior staff associate, Academic and Student Affairs; Mark Bausili, registrar; Registrar's Office; Susan Birden, associate professor, Educational Foundations; Thomas Coates, director, Events Management; Robert Delprino, associate professor, Psychology; John DeNisco, associate professor, Business; Lee Ann Grace, assistant dean, International and Exchange Programs; Amitra Hodge, assistant professor, Sociology; James McCarthy, deputy chief, University Police; Jill Powell, senior assistant to the vice president, Institutional Advancement and Development; William Raffel, assistant professor, Communication; Thomas Sadowski, lecturer, Elementary Education and Reading; Jean Salisbury, secretary 2, University College; Lynne Scalia, associate professor, Business; Peter Sowiski, chair and professor, Design; Gail Wells, director, Student Life; Craig Werner, interim chair and associate professor, English; Kathy Wood, assistant professor, Center for Excellence in Urban and Rural Education; Rita Zientek, interim associate dean, School of the Professions; Sarah Hubel and Charles Mays, student representatives.
This committee serves as an advisory committee to the president, reviewing and forwarding recommendations for procedural and operational changes to the commencement ceremony, as well as other processes involved with commencement.
Correction: Winter Pause
During Winter Pause, college operations will be limited. Employees may elect to use leave accruals (annual leave or personal leave) for days off, and departments may remain closed (with the permission of their vice president). The two state holidays (December 25 and January 1) fall on Sundays this year and will be observed on Monday, December 26, 2005, and Monday, January 2, 2006. Employees are not required to charge leave accruals for December 26 and January 2.
Details regarding this year's Winter Pause will be published at a later date.
If you have questions about ordering goods and services, call the Purchasing Office at ext. 4113.
The total amount to be distributed at Buffalo State is $31,702.50 for the year.
The Individual Development Award Committee will review applications, taking into consideration whether proposed activities will enable applicants to meet one or more of the criteria (a–e) specified in Article XII, Title A, B, or C, of the Policies of the Board of Trustees concerning employees' evaluation and promotion.
An employee may submit only one application for the year.
Award Period
Eligibility Requirements
Part-time employees who meet the eligibility requirements for 26-week coverage for health benefits will have the same eligibility for Individual Development Awards. Part-time employees who are eligible for health benefits during the summer also are eligible for funding for activities that occur during the summer, whether or not they are on the payroll.
The Individual Development Award Committee will give preference for a minimum of 15 percent of the available funds to employees holding part-time appointments at the time of their activity if sufficient applications are received. Part-time employees who accrue annual leave will not be required to charge credits for any activities funded by Individual Development Awards.
Types of Projects or Activities Types of Support
Funding Priorities
Application Procedure
Along with the completed application, applicants must submit the following:
Notification of Awards
Reimbursement Procedure
Award recipients must submit New York State vouchers and original receipts within 30 days of the completion of the project or activity, or within 30 days of award notification if the funded project or activity has already been completed. Award recipients who are unable to complete a project as planned must notify the Individual Development Award Committee as soon as possible. Failure to notify the committee may result in the applicant's ineligibility for future awards. Vouchers and receipts not submitted in a timely manner will result in forfeiture of entitlement to reimbursement.
All funds must be spent by June 30, 2006.
Individual Development Award Committee
College Senate Meeting
The following have been received in the College Senate Office and forwarded to the Senate Curriculum Committee for review and approval:
Intellectual Foundations Courses
Course Revisions:
GEG 102 Human Geography (Social Science). Introduction to cultural geography through the application of five themes: region, diffusion, ecology, interaction, and landscape. The distribution of value systems, ethnicity, language, religion, and population as indices of human variety. Cultural impacts of globalization.
GEG 309 Urban Geography (Diversity). Internal spatial structure of American metropolitan areas and their relationships. Spatial arrangements of land uses; ethics, racial and economic composition of the population; dynamics of population growth and change; influence of minorities on cities and suburbs; geographic consequences of poverty and segregation on growth and change; transportation and fiscal problems confronting local governments.
GEG 360 Geography of Asia (World Civilizations). A regional geographic analysis of south, east, and southeast Asia. Overview of the continent's natural environment. Examination of the principal elements of the cultural environment: demography and ethnicity, urbanization, economy, and political structure. Interaction between the physical and cultural environments.
GEG 364 Geography of Europe (Western Civilization). Physiographic regions, landforms, climate, vegetation, soils, and drainage patterns. Culture regions, language, religion, population, migration, politics, economics, and impacts on the natural environment. Interdependence of regions within Europe and within the global context. Excludes the former Soviet Union.
GES 101 Introductory Geology (Natural Science). Introduction to physical aspects and processes on and in the earth, including the formation and change of properties of rocks and minerals, and the theory of plate tectonics. Course also focuses on the solar system, volcanoes, the continents, and the oceans. Aspects of earthquakes, tsunamis, glaciers, the ice ages, and environmental issues are also discussed. Concurrent registration in GES 103 is recommended for science majors.
GES 111 Oceanography (Natural Science; Technology and Society). Study of the oceans including the application of geology, biology, chemistry, physics, and engineering and how they interact in different parts of the ocean environment. Strong interdisciplinary focus of ocean processes and how they are connected to our lives. Topics include how technology has advanced our understanding of the oceans, sampling seawater and sediments and mapping the seafloor, opening and closing of ocean basins, formation and erosion of beaches, life in the oceans, ocean resources, marine pollution, and the role of the ocean in global climate change.
GES 131 Introductory Astronomy (Natural Science; Technology and Society). Nonmathematical survey of the astronomical universe, including naked-eye astronomy, physical nature of planets, satellites, stars, galaxies, and the "big bang." How composition, distance, temperature, size, mass, and age are found for stars. Origins of planets, stars, and galaxies. Invention of technology as a driving force in astronomy. Planetarium visualizations, assignments, and demonstrations.
GES 223 Environmental Earth Science (Natural Science; Technology and Society). An investigation of the impact of society on the natural environment. Examines natural resources; global climate change; and soil, water, and land use issues. The complex interrelationship of global systems and societies' attempts to control or alter them. The unique perspective of geoscientists to environmental issues.
GES 460 Environmental Field Methods and Analysis (Oral Communication). Applied study of environmental contaminant migration and distribution, with particular emphasis on sampling and detection methods. Discussion of federal and local environmental laws and regulations, classification of hazardous chemicals, and remediation approaches used by environmental professionals.
PHY 100 Physics for Non-Science Majors (Natural Science). A nonmathematical consideration of historical world views in physics and their relevance to society. May not be substituted for PHY 107, PHY 108, PHY 111, or PHY 112. Not open to physics majors.
PHY 103 Understanding Sound (Natural Science). A conceptual consideration of all aspects of sound and noise. Discussion of the generation and propagation of sound, the ear and voice, musical sounds and instruments, and the recording and reproduction of sound. May not be substituted for PHY 107, PHY 108, PHY 111, or PHY 112. Intended for non-physics majors.
PHY 107 General Physics I (Natural Science). Algebra-based study of mechanics: measurement, kinematics, Newton's laws, gravity, conservation of energy and momentum, and rotation; laboratory. Not open to physics majors.
PHY 111 University Physics I (Natural Science). Calculus-based treatment for science majors of particle motion, kinematics, mechanics, Newtonian dynamics, energy transformation, conservation laws of energy and momentum, gravitation and rotation; laboratory. Required for majors.
SCI 100 Contemporary Science (Natural Science; Technology and Society). Introduction to the role of science in contemporary society. Emphasis on the process of science for solving problems and organizing information to understand science and technology. Contemporary issues and case studies illustrate the methods of science.
SCI 231 Pollution, the Environment, and Society (Natural Science; Technology and Society). Scientific and societal implications of present-day global environmental problems such as ecology, global warming, population, and pesticides. Causes and effects of and possible solutions to worldwide environmental problems, with implications from conservation, chemistry, health, and society. Option in environmental major.
SCI 232 Energy, Environment, and Society (Natural Science; Technology and Society). Regional and global energy use and issues; environmental, economic, individual, and societal perspectives; major energy alternatives.
SED 407 Practice Teaching Science in the Middle School (Oral Communication). Teaching under supervision at least five days a week for one quarter in a middle school science classroom; individual and group instruction; planning unit teaching; classroom management and routine classroom procedures; audiovisual aids, computer technology, evaluation and assessment of student progress; participation in total school program. A series of student teaching seminars.
SED 408 Practice Teaching Science in the High School (Oral Communication). Teaching under supervision at least five days a week for one quarter in a high school science classroom; individual and group instruction; planning unit teaching; classroom management and routine classroom procedures; audiovisual aids, computer technology, evaluation and assessment of student progress; participation in total school program. A series of student teaching seminars.
Intellectual Foundations Designations (no revisions):
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