According to the National Math + Science Initiative, about 44% of high school graduates are ready for success in college math and 36% are ready for college-level science. Students progressing through at least Algebra II in high school are twice as likely to complete a four-year degree when compared to those who do not progress through Algebra II. There is an increasing need for math educators who are innovative and creative leaders in the classroom and in the field of math education.
To address this need for innovative math educators, beginning in Fall 2014, the Curriculum Studies and Teaching program at the University of Denver will begin offering courses in the new math education concentration area in Curriculum & Instruction (C&I). Students completing this concentration will develop their leadership skills through a deep understanding of the role of diversity, social justice, access, and equity in math. Additionally, students will be able to demonstrate comprehension of mathematical content, the application and synthesis of theories in research-based settings, and the application of technology and project-based learning. Students will have a chance to explore and evaluate the historical research foundation of math education and the impact on current practices in the field. Moreover, through coursework, field experiences, and initial research experiences, students in the math education concentration in the Curriculum & Instruction degree program will develop a strong background in cognition and math learning stylesmath. The program will produce math educators who have a strong theoretical background in math education and who are well prepared to address relevant and pertinent local, national and international questions in math education.
The new course offerings in the math education concentration math include the history and philosophy of math, learning and teaching math, early childhood math, diversity and equity in math, foundations of learning, technology in math education, discourse in math, and elementary math. This concentration is being offered in the masters and doctoral degree programs, both EdD and PhD, in Curriculum and Instruction.
Upon completion of this concentration, students will be prepared for roles as leaders in math education in a variety of sectors such as higher education, state agencies, and non-profits. Students will be equipped to be positive change agents ready to identify and solve relevant national and international issues in math education, particularly for underrepresented student groups.
For more information, contact (303) 871-2509 (toll free at 1-800-835-1607) or email firstname.lastname@example.org.—
The STEM Crisis
Increasing the Achievement and Presence of Under-Represented Minorities in STEM Fields
19 Nov 2013
Dr. Duan Zhang, Associate Professor in the Research Methods and Statistics program at Morgridge College of Education, recently returned from a 5-month sabbatical in China. During her time abroad, Zhang served as a visiting scholar at the School of Psychology at Central Normal University in Wuhan, China, teaching a graduate course to an international student cohort, assisting with research, advising graduate students and attending conferences.
“I worked with five other professors in the personality psychology division. The professor I worked with is one of the biggest names in his field in the Chinese Psychological Society (CPS); we attended the first ever CPS conference for the division of personality psychology in Chongchang,” Zhang states. At the CPS-PP conference, Zhang gave a presentation on goal orientation and student motivation.
Towards the end of her visit, Central Normal University sponsored an international workshop on mathematical modeling for psychology and social sciences, bringing in five international experts to share their cutting edge research methods using different types of mathematical modeling. “That scope of modeling is quite beyond what we are used to with APA and AERA research. Those research methods could be widely applied and I look forward to learning more about those techniques in order to bring them into my research,” Zhang commented.
Upon returning from her sabbatical, Zhang has served on the standing committee for the development of the upcoming Data Visualization and Statistics Center. The Center, scheduled to open by the end of this academic year, is a part of DU’s research incubator initiative and plans to support students and faculty with statistical analysis at DU’s Anderson Academic Commons. “I am excited about all kinds of possibilities for student and faculty projects. As a college, MCE can contribute a lot of expertise to the new center.”
Dr. Zhang’s research interests focus on statistical and methodological research, dealing with multilevel data with hierarchical structures. “I focus on quantitative methods, providing methodological support for faculty grants and other types of research projects, figuring out how large datasets should be analyzed to best serve different education and psychology research questions.”
Currently, Dr. Zhang is wrapping up a mixed method research project, Supporting Parents in Early Literacy through Libraries (SPELL), with her MCE colleague Dr. Mary Stansbury. SPELL is funded by Colorado State Library and explores how public libraries and community agency partnerships promote early literacy to low income families. For the project, Zhang served as the research scientist and Dr. Mary Stansbury served as the content expert. Elaborating on the research, Zhang explains: “We had four sites, covering a broad demographic in Denver, Colorado Springs and rural Colorado. We collected and analyzed data from surveys, focus groups and interviews.” Having recently presented their research to the advisory board, Zhang and Stansbury plan to submit the abstract and present their findings at upcoming local and national conferences with audiences in the Early Literacy and Library communities. Zhang comments, “I have a 16-month-old boy, so I have a strong interest in this project, even from a personal standpoint. Early Literacy focuses on children ages 0 to 3 years-old; when they are that young, you can’t teach them how to read, but rather promote interest in books and form the habit of reading and the love of libraries.”