This volume provides innovative, practical and clear guidance for students who are training to teach statistics and quantitative methods to undergraduates or who are already teaching and want to improve their knowledge and skills. It also inspires instructors to think critically about their teaching of statistics and quantitative methods.
This volume provides innovative, practical and clear guidance for students who are training to teach statistics and quantitative methods to undergraduates or who are already teaching and want to improve their knowledge and skills. It also inspires instructors to think critically about their teaching of statistics and quantitative methods.
Joseph Lee Rodgers earned his PhD. in quantitative psychology, with a minor in biostatistics, from the University of North Carolina at Chapel Hill in 1981. He worked at the University of Oklahoma from 1981-2012, where he is George Lynn Cross Research Professor Emeritus. He joined the Quantitative Methods program at Vanderbilt in 2012. He has published two co-authored books, two edited books, and over 150 journal articles/book chapters in the professional literature. He has also had a career commitment to classroom teaching and has written many articles in the statistics and quantitative methods literature that are didactic teaching-oriented articles.
Inhaltsangabe
Author Biographies Preface Foreword Chapter 1. Teaching Statistics and Research Methods in the 21st Century: An Introduction to 17 Chapters on Statistical Pedagogy, Curriculum, Philosophy, and Administration Chapter 2. The role of philosophy of science when teaching statistics to social scientists: Two constructivists walk into a bar (or do they?) Chapter 3. Optimizing Student Learning in Quantitative Courses Chapter 4. Not the What of Quantitative Training But the Who Chapter 5. Is methodological research moving into practice?: The critical role of formal methodological training Chapter 6. Singletons: Re-evaluating course objectives when an introductory statistics course is a student's only statistics course Chapter 7. When Statistical Assumptions are Interesting Outcomes Instead of Nuisances: Looking Beyond the Mean Chapter 8. Teaching Introductory Statistics to Applied Researchers in the 21st Century: A Dialectic Examination Chapter 9. Teaching Quantitative Skills across the Psychology Curriculum Chapter 10. The Eyes Have It: Emphasizing Data Visualization When Teaching Students Meeting a Quantitative Literacy Requirement Chapter 11. Low- and Medium-Tech Complements to High-Tech Tools for Teaching Statistics: The case for using appropriate technology to implement cognitive principles for teaching Chapter 12. Hands-On Experience in the Classroom: Why, How, and Outcomes Chapter 13. Who benefits from the flipped classroom?: Quasi-experimental findings on student learning, engagement, course perceptions and interest in statistics Chapter 14. Teaching research methods using simulation Chapter 15. Teaching Statistics with a BYOD (Bring Your Own Device) Student Response System Chapter 16. Personally Relevant Project-Based Learning in Graduate Statistics Curriculum in Psychology Chapter 17. Using Projects to Teach Statistics in Social Sciences Chapter 18. Teaching Statistical Concepts through a Scale Development Project
Author Biographies Preface Foreword Chapter 1. Teaching Statistics and Research Methods in the 21st Century: An Introduction to 17 Chapters on Statistical Pedagogy, Curriculum, Philosophy, and Administration Chapter 2. The role of philosophy of science when teaching statistics to social scientists: Two constructivists walk into a bar (or do they?) Chapter 3. Optimizing Student Learning in Quantitative Courses Chapter 4. Not the What of Quantitative Training But the Who Chapter 5. Is methodological research moving into practice?: The critical role of formal methodological training Chapter 6. Singletons: Re-evaluating course objectives when an introductory statistics course is a student's only statistics course Chapter 7. When Statistical Assumptions are Interesting Outcomes Instead of Nuisances: Looking Beyond the Mean Chapter 8. Teaching Introductory Statistics to Applied Researchers in the 21st Century: A Dialectic Examination Chapter 9. Teaching Quantitative Skills across the Psychology Curriculum Chapter 10. The Eyes Have It: Emphasizing Data Visualization When Teaching Students Meeting a Quantitative Literacy Requirement Chapter 11. Low- and Medium-Tech Complements to High-Tech Tools for Teaching Statistics: The case for using appropriate technology to implement cognitive principles for teaching Chapter 12. Hands-On Experience in the Classroom: Why, How, and Outcomes Chapter 13. Who benefits from the flipped classroom?: Quasi-experimental findings on student learning, engagement, course perceptions and interest in statistics Chapter 14. Teaching research methods using simulation Chapter 15. Teaching Statistics with a BYOD (Bring Your Own Device) Student Response System Chapter 16. Personally Relevant Project-Based Learning in Graduate Statistics Curriculum in Psychology Chapter 17. Using Projects to Teach Statistics in Social Sciences Chapter 18. Teaching Statistical Concepts through a Scale Development Project
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