Starting and Sustaining Meaningful Institutional Research at Small Colleges and Universities


Book Description

The focus of this volume is on the work of Institutional Researchers in a small college or university (SCUs) setting. At an SCU, the goal of the IR office is to balance the bureaucratic tendencies of data-driven decision making with the need for collegiality and collaboration. Drawing on numerous examples, it illustrates how IR professionals can leverage their positionality within the institution to design data flows to answer questions by serving as convergent thinkers, connecting disjointed systems and requests. This volume: identifies the challenges that small IR offices face reinforces the idea of collegiality as a defining feature of small IR offices discusses several principles for using data about teaching and learning explores the effects of low response rates in survey data and the effects of nonresponse bias demonstrates the importance of collaborative efforts in enacting change proposes a model of policy development focused on student success presents an effective model of SCU IR office development This is the 173rd volume of this Jossey-Bass quarterly report series. Timely and comprehensive, New Directions for Institutional Research provides planners and administrators in all types of academic institutions with guidelines in such areas as resource coordination, information analysis, program evaluation, and institutional management.




A Project-Based Guide to Undergraduate Research in Mathematics


Book Description

This volume provides accessible and self-contained research problems designed for undergraduate student projects, and simultaneously promotes the development of sustainable undergraduate research programs. The chapters in this work span a variety of topical areas of pure and applied mathematics and mathematics education. Each chapter gives a self-contained introduction on a research topic with an emphasis on the specific tools and knowledge needed to create and maintain fruitful research programs for undergraduates. Some of the topics discussed include:• Disease modeling• Tropical curves and surfaces• Numerical semigroups• Mathematics EducationThis volume will primarily appeal to undergraduate students interested in pursuing research projects and faculty members seeking to mentor them. It may also aid students and faculty participating in independent studies and capstone projects.




How to Get Started in STEM Research with Undergraduates


Book Description

Faculty members face unique challenges and issues in conducting successful research with undergraduates in STEM fields. How to Get Started in STEM Research with Undergraduates discusses ways to deal with issues such as setting up and managing a research laboratory, designing student research projects, working with administrators, seeking research grants, writing successful grant proposals, integrating research into the classroom, dealing with information management, and making optimal use of the primary literature. Designed for faculty in the early years of teaching, the publication also can assist administrators as they consider elements for research success and institutional expectations for faculty. The appendix lists research agencies that fund undergraduate research.










Starting and Sustaining Undergraduate Student Research


Book Description

The purpose of this series is to provide resources related to teaching and career development for faculty at all stages of their careers and to scientists considering careers in industry. Young faculty [or graduate students and post docs thinking about going into academia] will find valuable information about how to design a course, how to find the right job, including academia and industry, and how to incorporate undergraduate research into their programs. Future volumes will be focused on a wide variety of topics including grant writing, how to incorporate service learning and outreach into the curriculum, mentoring and how to work towards increasing diversity in both the classroom and the college or university. For more established faculty interested in career development, or who are considering changes in career direction, such as transitions to industry, or who are simply interested in keeping up with new pedagogy, future volumes will include ones dedicated to "navigating the tenure and promotion process", being an effective department chair, developing courses for non science majors, assessing student learning and changing careers midstream. Written by acknowledged experts, each volume will provide practical guidelines geared towards faculty in a variety of institutions as well as discussion of problems and potential solutions facing both academics in the life sciencesand those working in industry. Undergraduate research in the life sciences is recognized as playing a critical role in both the overall education of a student and in preparing a student to go on to graduate work in the life sciences. Furthermore, pedagogical research shows that early and sustained involvement in research activities benefits the student far more than either a senior year research experience or a single summer research experience. This monograph, "Starting and Sustaining Undergraduate Student Research"is aimed at faculty setting up an undergraduate research program and will deal with topics from recruiting first year students and designing suitable projects that can be sustained throughout their undergraduate experience to how to fully integrate their research activities with broader educational goals that will provide them with meaningful skills for their future.




Sustaining University Program Research, 1969


Book Description




Handbook of Research on Entrepreneurship, Innovation, Sustainability, and ICTs in the Post-COVID-19 Era


Book Description

ICT has had a huge impact on businesses and organizations in general, with new business models, new marketing channels, and new markets being reached using these technologies. ICT can promote new strategies and enhancers to optimize various aspects of business, but this technology also provides important tools that can empower social entrepreneurship initiatives to develop, fund, and implement new and innovative solutions to social, cultural, and environmental problems. With the upheaval caused by the COVID-19 pandemic and its subsequent impact on the economy, the methods and tools used within this field will be forever impacted. ICTs and the digital economy are huge trends that will affect organizations in several dimensions, such as how to communicate and improve performance. Thus, new perspectives and research are needed to identify the trends emerging in these fields. The Handbook of Research on Entrepreneurship, Innovation, Sustainability, and ICTs in the Post-COVID-19 Era broadens the exploitation of entrepreneurship, innovation, and ICTs in a global approach to draw attention to multidisciplinary perspectives of these contexts and their influence in modern organizations. In addition, the book explores and discusses, through innovative studies, case studies, systematic literature reviews, and reports, the key developments in digital entrepreneurship, circular economy and digitalization, digital business models, digital market and internationalization, digital economy, trends and challenges for organizations, digital entrepreneurial ecosystems, IS/ICT in organizations, social aspects of information systems, and more. This book is ideally intended for business managers, industry professionals, entrepreneurs, practitioners, stakeholders, researchers, academicians, and students looking for how business and organizations are going to shift and advance in the post-COVID-19 era.




Success in Mentoring Your Student Researchers


Book Description

This book is a guide for mentors on how to recruit, mentor, and support students through a student research experience in science, technology, engineering, mathematics, and medicine (STEMM) fields. Being a successful research mentor benefits from the self-awareness and planning, strategies and skills that Success in Mentoring your Student Researchers can help you build and develop. These are useful for mentors working with any students, but especially those who have been minoritized in STEMM or are the first in their family to attend college. The first part of the book introduces mentoring undergraduates and how it differs from traditional classroom instruction, active learning, and flipped classrooms; mentoring is collaboratively teaching research while doing research. A mentored undergraduate research experience also helps your mentees develop the skills necessary to be successful scientists and become part of STEMM communities. The central part of the book presents the undergraduate research experience as a “three-legged stool” whose legs—research, education, and community—each have unique values in advancing your mentees’ path in STEMM and all of which require setting, communicating, and realizing expectations for “success”--your mentees’ and your own. The last part of the book looks beyond the research experience, from evaluating your success as a mentor through helping your mentees to continue to develop and grow their STEMM careers and become mentors themselves. This book is the mentor’s companion to the authors’ book for students, “Success in Navigating your Student Research Experience: Moving Forward in STEMM.”