Some Thoughts on Undergraduate Education for Highly Selective Universities
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R Mathematics Esearch Eports
Mathematics r research reports M r Boris Hasselblatt, Svetlana Katok, Michele Benzi, Dmitry Burago, Alessandra Celletti, Tobias Holck Colding, Brian Conrey, Josselin Garnier, Timothy Gowers, Robert Griess, Linus Kramer, Barry Mazur, Walter Neumann, Alexander Olshanskii, Christopher Sogge, Benjamin Sudakov, Hugh Woodin, Yuri Zarhin, Tamar Ziegler Editorial Volume 1 (2020), p. 1-3. <http://mrr.centre-mersenne.org/item/MRR_2020__1__1_0> © The journal and the authors, 2020. Some rights reserved. This article is licensed under the Creative Commons Attribution 4.0 International License. http://creativecommons.org/licenses/by/4.0/ Mathematics Research Reports is member of the Centre Mersenne for Open Scientific Publishing www.centre-mersenne.org Mathema tics research reports Volume 1 (2020), 1–3 Editorial This is the inaugural volume of Mathematics Research Reports, a journal owned by mathematicians, and dedicated to the principles of fair open access and academic self- determination. Articles in Mathematics Research Reports are freely available for a world-wide audi- ence, with no author publication charges (diamond open access) but high production value, thanks to financial support from the Anatole Katok Center for Dynamical Sys- tems and Geometry at the Pennsylvania State University and to the infrastructure of the Centre Mersenne. The articles in MRR are research announcements of significant ad- vances in all branches of mathematics, short complete papers of original research (up to about 15 journal pages), and review articles (up to about 30 journal pages). They communicate their contents to a broad mathematical audience and should meet high standards for mathematical content and clarity. The entire Editorial Board approves the acceptance of any paper for publication, and appointments to the board are made by the board itself. -
Undergraduate Education 1
Undergraduate Education 1 transfer applicants at the freshman or sophomore level, nor for the spring Undergraduate semester. Education Applications for admission are available beginning in August of the year prior to the year in which you would enter Berkeley. The application filing period is November 1-30. All applications must be submitted by As a prospective freshman or transfer student at UC Berkeley, you should November 30. give careful thought to preparing yourself adequately in reading, writing, mathematics, and other areas related to your intended major. The more Berkeley does not offer any early admissions or any early decisions. comprehensive and challenging your high school or college program is, the better prepared you will be for work at Berkeley. Helpful UC Links Please explore the tabbed information on this page to learn more about UC Admissions (http://www.universityofcalifornia.edu/admissions/) undergraduate education at UC Berkeley. Academic Requirements (http://www.universityofcalifornia.edu/ Undergraduate Degree Requirements admissions/freshman/requirements/) The Guide helps you learn about the requirements you will have to fulfill to earn your bachelor's degree. These requirements are prescribed by Application Fees and Fee Waivers four sources: the University of California system, the Berkeley campus, The basic application fee of $70 entitles you to apply to one University your college or school, and your major and, if applicable, a minor. All campus. (The fees is $80 for international and non-immigrant are summarized in the tabs to the right. For detailed requirements of applicants.) If you apply to more than one campus, you must pay your specific program, please see the Major Requirements tab on your an additional $70 for each campus you select. -
REQUEST for TERMINATION Child and Family Development - Early Childhood Education: Prekindergarten - Grade 2 Emphasis (B.S.F.C.S.)
REQUEST FOR TERMINATION Child and Family Development - Early Childhood Education: Prekindergarten - Grade 2 Emphasis (B.S.F.C.S.) I. Basic Information 1. Institution: University of Georgia Date: 12/5/2013 2. School/College: College of Family and Consumer Sciences 3. Department/Division: Human Development and Family Science (formerly Child and Family Development) 4. Program Degree: B.S.F.C.S. Major: Child and Family Development – Early Childhood Education: Prekindergarten – Grade 2 Emphasis 5. Deactivation _________________________ or Termination _________X________________ 6. Last date students will be admitted to this program ________Fall 2010_______________________ 7. Last date students will graduate from this program ________Spring 2012____________________ 8. Abstract of the deactivated or terminated program Provide a brief summary of the deactivated or terminated program that includes an overview and highlights of the response to the criteria in Section II. The Child and Family Development – Early Childhood Education: Prekindergarten – Grade 2 Emphasis major was established through the collaboration of the Departments of Human Development and Family Science (formerly Child and Family Development) and Educational Theory and Practice (formerly Elementary and Social Studies Education). The aim of the major was to develop exemplary teachers of young children for public or private settings. Upon completion of this major, students received a Bachelor of Science degree in Family and Consumer Sciences having met the Professional Standards Commission’s criteria for Pre-Kindergarten to Second Grade, allowing graduates to seek Pre-K to Fifth Grade teaching certification in the State of Georgia. This major, in a functional sense, has been discontinued since the spring of 2012, when the final students in the major graduated. -
GW Strategic Planning Committee Report High-Quality Undergraduate Education (HQUE)
GW Strategic Planning Committee Report High-Quality Undergraduate Education (HQUE) Charge to the Committee Under the assumption of a residential undergraduate population of 8400 students, of which 30% ultimately complete a STEM major, develop a strategy with measurable outcomes to attract and retain a high-quality student body, and recommendations for the educational opportunities that we should provide to our students. The process for determining the strategy for high quality undergraduate education should involve consideration of two key elements: (1) a high-quality undergraduate student body, and (2) a high- quality and distinctive undergraduate education. Current State GW embarks on the strategic planning process from a position of strength. The University enjoys a unique location that attracts students and faculty while enabling opportunities for learning, service, and collaboration. Our student body has grown more diverse in the past 5 years, and our students are motivated and civic-minded. The building of the Science and Engineering Hall has helped to attract and retain STEM undergraduates. We enjoy a national reputation for undergraduate programs in politics, media, and international affairs, while supporting robust programs in the humanities, fine arts, business, nursing, social sciences, and engineering. At the same time, GW faces specific challenges in undergraduate education. Too many undergraduates describe their academic experience, especially in their early years, as an exercise in “checking boxes.” Many in our community express concern about GW’s affordability. Students, faculty and staff find the University burdened by silos that impede our creativity and ability to be responsive to curricular and other needs in a dynamic learning environment. -
Undergraduate Research and Higher Education of the Future
uarterlyCOUNCIL ON UNDERGRADUATE RESEARCH Summer 2017 Issue | Volume 37, Number 4 UNDERGRADUATE RESEARCH AND HIGHER EDUCATION OF THE FUTURE Also in this issue: Some Pathologies of Undergraduate Research — and How to Cure Them www.cur.org The Council on Undergraduate Research Quarterly is published uarterly in the Fall, Winter, Spring, and COUNCIL ON UNDERGRADUATE RESEARCH Summer by the Council on Summer 2017 Volume 37, Number 4 Undergraduate Research. Editor-in-Chief Engineering The mission of the Council on James T. LaPlant, College of Arts and Sciences Binod Tiwari, Civil and Environmental Undergraduate Research is to support Valdosta State University Engineering Department and promote high-quality undergraduate [email protected] California State University, Fullerton student-faculty collaborative research and [email protected] Issue Editors scholarship. Janice DeCosmo, Associate Dean Geosciences The Council on Undergraduate Research Undergraduate Academic Affairs Laura A. Guertin, Department of Earth Science Quarterly publishes scholarly work that exam- University of Washington Penn State-Brandywine ines effective practices and novel approaches, [email protected] [email protected] explores pedagogical models, and highlights Laurie Gould, Department of Criminal Justice and Health Sciences the results of assessment of undergraduate Criminology Niharika Nath, Life Sciences Department research. As a peer-reviewed publication of Georgia Southern University New York Institute of Technology- the Council on Undergraduate Research, the [email protected] -
REINVENTING UNDERGRADUATE EDUCATION: a Blueprint for America’S Research Universities
The Boyer Commission on Educating Undergraduates in the Research University REINVENTING UNDERGRADUATE EDUCATION: A Blueprint for America’s Research Universities A Reinventing Undergraduate Education The Boyer Commission on Educating Undergraduates in the Research University REINVENTING UNDERGRADUATE EDUCATION: A Blueprint for America’s Research Universities © Permission, contact Shirley Strum Kenny This report is dedicated to the memory of Ernest L.Boyer, President of the Carnegie Foundation for the Advancement of Teaching until his death in December, 1995, and formerly Chancellor of the State University of New York and U.S. Commissioner of Education. During a lifetime of enthusiastic and thoughtful commitment to American higher education, he exhorted, advised, inspired, and invigorated a generation of academic leaders. His career was an extended exploration of what it means to be an educated person and how real education is attained. This report is an effort to continue examining the themes to which he brought so much. MEMBERSHIP of the Boyer Commission on Educating Undergraduates in the Research University Shirley Strum Kenny, Chair President, State University of New York at Stony Brook. Bruce Alberts President, National Academy of Sciences. Wayne C. Booth Professor Emeritus of English and Rhetoric, University of Chicago. Milton Glaser Designer, illustrator, and graphic artist. Charles E. Glassick Senior Associate, The Carnegie Foundation for the Advancement of Teaching. Stanley O. Ikenberry President, American Council on Education. Kathleen Hall Jamieson Dean, Annenberg School of Communication, University of Pennsylvania. Robert M. O’Neil Director, The Thomas Jefferson Center for the Protection of Free Expression, and Professor of Law, University of Virginia. Carolynn Reid-Wallace Senior Vice President for Education and Programming, Corporation for Public Broadcasting. -
August 3, 2020 Dr. Robert Zimmer President University of Chicago
August 3, 2020 Dr. Robert Zimmer President University of Chicago 5801 South Ellis Ave., Suite 501 Chicago, Illinois 60637 Dear Dr. Zimmer: We write to further understand the effects of adversarial foreign direct investment in the U.S. higher education system.1 Under Secretary Betsy DeVos’s leadership, the Department of Education (Department) has sought to improve transparency and reduce reliance on foreign investment by actively enforcing Section 117 of the Higher Education Act of 1965, which requires colleges and universities to disclose contracts with, and gifts from, any foreign source of over $250,000 to the Department.2 To date, the Department has uncovered over $6.5 billion of previously unreported foreign donations to U.S. Institutes of Higher Education (IHE).3 On May 20, 2020, the Department briefed the Oversight Committee about this apparent lack of transparency in reporting as required by the law. The Department also raised concerns about this level of IHEs dependency on foreign funding from adversarial states and the inherent national security risks.4 Through the efforts of the Department, the Committee learned that many countries use donation agreements or contracts (agreements) with IHEs, professors, or researchers (recipients) to leverage their money into some type of benefit, or quid pro quo.5 This benefit can materialize in different ways. For example, Qatar deems all its donations to recipients to be “strategic” and “trade secrets” and precludes the recipient from disclosing the amount or purpose of the donation.6 Furthermore, some countries place clauses in their agreements granting them first right of refusal before the recipient publishes or sells any work product.7 Finally and most concerning, some recipients alter their decision making based on the donations received.8 During the briefing, the Department informed the Committee that after reports the COVID-19 pandemic may be the result of negligence in a lab in Wuhan, China, two universities that have 1 Letter from Jim D. -
Graduate Education Parameters
C) C -I m m C C) GRADUATE -I 0 EDUCATION -ID U) PARAMETERS -I U) 3 (D LiI CD -' Cl) PUBLIC -I' 0 -' POLICY -D C a. C) -a 0 C) 1< z Cl) w a) CP NATIONAL SCIENCE BOARD 1969 GRADUATE EDUCATION PARAMETERS PUBLIC POLICY REPORT PREPARED FOR THE NATIONAL SCIENCE BOARD NATIONAL SCIENCE BOARD NATIONAL SCIENCE FOUNDATION 1969 For sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D.C. 20402 - Price $1.25 FOREWORD This volume presents the statistical evidence, forward projec tions, analyses, and interpretations which underlie the conclusions and recommendations offered in the First Report of the National Science Board entitled Toward a Public Policy for Graduate Edu cation in the Sciences. However, this is much more than an ap pendix to that Report. It is both a unique analysis of the present status of graduate education and the source of a large body of information and useful correlations which should be invaluable to rational planning for graduate education and indeed for all of higher education. Dr. Lawton M. Hartman, the principal author of this volume, selected the relevant data and recast them for use in both docu ments. However, responsibility for this selection of materials and for their analysis is shared by a Committee of the National Science Board. In accepting this document, recommending its publication, and generally endorsing its conclusions, the National Science Board hopes that this identification and analysis of issues with respect to graduate education will facilitate and sharpen local, State, na tional and Federal planning for this vital segment of the education system in the next decade. -
Chicago Physics One
CHICAGO PHYSICS ONE 3:25 P.M. December 02, 1942 “All of us... knew that with the advent of the chain reaction, the world would never be the same again.” former UChicago physicist Samuel K. Allison Physics at the University of Chicago has a remarkable history. From Albert Michelson, appointed by our first president William Rainey Harper as the founding head of the physics department and subsequently the first American to win a Nobel Prize in the sciences, through the mid-20th century work led by Enrico Fermi, and onto the extraordinary work being done in the department today, the department has been a constant source of imagination, discovery, and scientific transformation. In both its research and its education at all levels, the Department of Physics instantiates the highest aspirations and values of the University of Chicago. Robert J. Zimmer President, University of Chicago Welcome to the inaugural issue of Chicago Physics! We are proud to present the first issue of Chicago Physics – an annual newsletter that we hope will keep you connected with the Department of Physics at the University of Chicago. This newsletter will introduce to you some of our students, postdocs and staff as well as new members of our faculty. We will share with you good news about successes and recognition and also convey the sad news about the passing of members of our community. You will learn about the ongoing research activities in the Department and about events that took place in the previous year. We hope that you will become involved in the upcoming events that will be announced. -
Inclusive Early Childhood Education (Birth-Grade 3) 1
Inclusive Early Childhood Education (Birth-Grade 3) 1 Admission to a Teacher Education Program (TEP) INCLUSIVE EARLY CHILDHOOD Admission to the College of Education and Human Sciences does not guarantee admission into a teacher education program. Admission to EDUCATION (BIRTH-GRADE 3) the advanced phases of teacher education is selective and, in some endorsements, highly competitive. Students must satisfy the following Description requirements in order to be eligible to apply to the Teacher Education Students enrolled in this field endorsement will meet the requirements Program: for the Nebraska Inclusive Early Childhood Education (Birth to Grade 3) 1. Completion of at least 30 credit hours of college credit with a Teaching Certificate Endorsement. The program is based on an inclusive, minimum 2.75 cumulative GPA. family-focused style of working with young children across a range of 2. Completion of the following courses with a grade of C+ or abilities and disabilities, and on collaboration and teamwork. Students above: will gain a view of the field that integrates education, prevention, and intervention services. The program will prepare students for careers working in a variety of roles in early childhood and early primary TEAC 331 School and Society 3 classrooms and services. Select one of the following: 4 CYAF 271 Infancy Persons in this endorsement may teach infants, toddlers, and children & CYAF 271L and Infancy Laboratory from birth through grade 3, including those with disabilities and support CYAF 210 Applied Methods of Social Emotional families and other personnel with responsibilities for their care and & CYAF 210L Development and Guidance education. and Applied Methods of Social General Information Emotional Development and Guidance The College offers undergraduate programs leading to a bachelor of SPED 201 Introduction to Special Education 3 science in education and human sciences degree in more than 40 TEAC 297A Professional Practicum Experiences II 1-4 different teaching subject areas. -
Teaching and Learning
202 The Department of Teaching and Learning of Southeastern Louisiana University is responsible for the development of undergraduate curricula in Elementary and Special Education Mild/Moderate Disabilities, and in the supervision and preparation of teachers with majors in these areas. The Department of Teaching and Learning provides professional courses for all majors in Education and Special Education curricula. A major role of the Department is to provide professional service and leadership to school systems within the University community. Another function of the Department is to offer curricula and instruction leading to Masters Degrees in Curriculum and Instruction and Special Education. See the Graduate School section of the General Catalogue for additional information. Department of Teaching and Learning faculty members serve as advisors to undergraduate students majoring in Elementary Education and Special Education, and students in the graduate programs listed above. THE SOUTHEASTERN LABORATORY SCHOOL The University maintains and conducts a Laboratory School, which accommodates children in kindergarten through the eighth grade. The Laboratory School is a part of the College of Education and Human Development. The School is designed to provide a varied program of instruction and service to afford opportunities for student observations, pre-professional laboratory experience, in-service education, and research. KINDERGARTEN TEACHERS A student in Elementary Education may qualify as a Kindergarten Teacher by taking the following courses in addition to those required in the elementary curriculum: Education 404/530, 432/586, and 405/531 or Family and Consumer Sciences 321. This is a total of nine semester hours. Application to take Education 432/586, Practicum in Kindergarten, must be made to the Director of the Office of Performance Assessment one semester prior to the semester in which the course is to be taken. -
6. a Differentiated Postsecondary Education System in Mainland China
QI WANG 6. A DIFFERENTIATED POSTSECONDARY EDUCATION SYSTEM IN MAINLAND CHINA The dramatic transformation of the postsecondary education in Mainland China during the last thirty years, along with socioeconomic reform, cannot be overstated. China now has the largest higher education system in the world. In response to the rapid enrollment expansion, it has become a diversified postsecondary education system, particularly since the end of 1990s. This chapter provides an overview of this system and discusses how the Chinese system has been shaped to serve a range of societal and individual needs. THE CURRENT POSTSECONDARY EDUCATION SYSTEM: AN OVERVIEW As the Higher Education Law stipulates, higher education in China is defined as “edu- cation that is carried out after the completion of senior secondary education,” provided by academies, universities, colleges, vocational institutions, and other collegiate-level institutions, including open universities and career and vocational schools awarding academic degrees or professional certifications (Yu et al. 2012). All HEIs should be authorized by the Ministry of Education (MOE) to award degrees. Chinese higher education consists of undergraduate and postgraduate education. The undergraduate education consists of Benke and Zhuanke education. Based on Article 16 of the Higher Education Law of 1998, the main difference between Benke and Zhuanke education are in terms of specialization and program duration. Benke education follows a more academic-oriented route, developing the ability to conduct both practical work and research, and teaches general knowledge of the discipline and subject area. Zhuanke education is more vocational-oriented, and delivers specialized knowledge of the subject area and is designed mainly to develop senior engineers and technicians for the production, construction, management and service fields.