Dr. Doug Clements, Director of Marsico Institute for Early Learning at the Morgridge College of Education, University of Denver, has been appointed as one of 18 members of a new advisory panel created to encourage U.S. scientific and technological innovations in education, as authorized by the American Innovation and Competitiveness Act. Clements was chosen after extensive interviews and consideration of 500 other candidates by The National Science Foundation (NSF), in consultation with the Department of Education, NASA and the National Oceanic and Atmospheric Administration (NOAA).
03 Aug 2018
The Ricks Center for Gifted Children, a preschool through grade 8 model school on the University of Denver campus and part of the Morgridge College of Education (MCE), is gearing up for the new school year and excited to capitalize on its model Innovation Space.
The Ricks Innovation Space, originally developed over the summer of 2017, came to life in response to overwhelming support from the Ricks community. Engaged parents in the Ricks Community Association (RCA) headed up a fundraising drive through the annual Gala. The MCE technology team saw the Daniels College of Business Innovation Center and decided to assist in additional funding toward the creation of an innovation space for a younger audience at Ricks.
Alexandra Struzziero was hired as the Innovation and Technology specialist at Ricks, and in collaboration with Josh Davies, MCE Technology Specialist and Website Administrator, developed blueprints for the space.
“We had a specific challenge because we needed to make a space where creativity and innovation is encouraged, but also make it specifically applicable to be used in an elementary school setting,” said Davies.
Anne Sweet, Director of Ricks, reached out to contacts at other independent schools, and Struzziero, and Davies toured several in order to gather ideas.
The final Innovation Space was designed specifically for Ricks, specifically for gifted students, and specifically with their unique needs in mind. Over the course of the last academic year, Struzziero and teachers facilitated the use of the space, and children used their creativity to launch it to the next level.
One student in particular, Quinn London, took to the space and expanded her thirst for education outside the traditional classroom setting. She asked for a 3-D printer for Christmas, and once her dad taught her how to solder, she took her tools to school and taught her class in the Innovation Space.
According to Quinn’s father, Brian, “the Innovation Space has really allowed her to grow and embrace this side of her education.”
Struzziero continues to build the capacity of the Innovation Space, integrating it with the curriculum while leaving room for students and teachers to explore through collaboration and origianlity. She is ready to start this fall with a better idea of how to tap into students’ passions in innovation and technology.
“Seeing students, like Quinn, who really pushed the envelope and grew each time they used the Innovation Space gave us confidence and reassurance that we are on the right path toward collaborative, innovative exploration,” said Sweet.
Struzziero continues to build off students’ and teachers’ use of the green screen for audio visual technology, 3-D printing, and coding technology. Students are engaged in the “maker movement,” tinkering without limits as they design new ways to engage technology. The RCA and teacher communities at Ricks supported this year’s initiative to implement LEGO robotics across the K – 8 learning spectrum. Ricks is hosting a 2-day LEGO robotics training on August 8 and 10, and has opened the training to MCE faculty and staff, along with local independent schools.
Ricks begins is 2018-2019 school year on August 13 for educator professional development and opens its doors to students August 20. For more information about Ricks, visit their site.
“It is surprising how deep and broad children’s thinking can be about mathematics” said Douglas Clements, Ph.D, to a packed White House Press room this morning, April 21, 2016. Dr. Clements, who is a faculty member at the Morgridge College of Education (MCE), the Kennedy Endowed chair in Early Childhood Learning, and the Co-Director of the Marsico Institute for Early Learning and Literacy alongside his Colleague Julie Sarama, Ph.D, is a nationally renowned expert in early childhood math education. He was invited to the White House to participate in the panel discussion “What does the research say about Early STEM” a part of the Early Learning STEM Symposium which was hosted by the White House, U.S. department of Education, U.S. Department of Health and Human Services, and Invest in US.
The Early Learning STEM Symposium highlights the important role science, technology, engineering, and math (STEM) have in preparing our nation’s youngest children for the future. The Marsico and Kennedy Institutes at the Morgridge College of Education are making a significant impact in the field of early childhood math. “We know so much already about how children learn math. Our work on learning trajectories needs to continue and be more widely disseminated,” Dr. Clements told the crowded audience of early childhood STEM experts.
For the full video visit the White House Briefing Room.
01 Oct 2015
On Saturday, September 26, Share Fair Nation (SFN) had another successful year with more than 500 teachers and education leaders and hundreds of families in attendance. This annual event brought together innovators in STEM education and offered engaging, hands-on teaching strategies designed to ignite the imaginations of today’s diverse PreK-12 students.
SFN which began in Denver in 2009 was created by John and Carrie Morgridge, philanthropists leading the Morgridge Fami
ly Foundation (MFF) and longtime ambassadors for the University of Denver. It was designed to provide PreK-12 educators the opportunity to discover emergent technologies and discover firsthand the most effective approaches to delivering 21st Century education.
The morning kicked off with an exciting art performance and presentation by key note speaker, Erik Wahl, an internationally renowned graffiti artist and best-selling author. Erik encouraged audience members to tap into their passion for lifelong learning by exploring the power of creativity to achieve superior performance.
The remainder of the day was filled with engaging interactive sessions for families and educators. At the Ritchie Center Magness Arena, STEMosphere was at full capacity as exhibitors showcased innovation and creativity and guests participated in STEM-oriented interactive exhibits that were hands-on, minds-on adventures for all. With more than 15 exhibitions on the floor, exhibitors ranged from The Denver Zoo to SeaPearch, The Denver Museum of Nature and Science to KEVA Planks.
At the Morgridge College of Education, teachers and education leaders had an opportunity to participate in 20+ hands-on Classroom Intensives. These sessions were filled with thought provoking and interactive activities and discussions on topics such as Design Thinking, Heart Lab, Game-Based Learning, and Problem-Based Learning. Attendees were able to receive University of Denver Certificates of Completion for Contact Hours for sessions they attended.
Lessons learned at SFN extend beyond the event as attendees carry back to their schools, fellow teachers, and classrooms the new and creative education methods they learned, propelling schools across the country toward even greater 21st Century learning opportunities. “Share Fair Nation exemplifies Morgridge College of Education’s commitment to life-long learning through professional development. We believe that as a College, our responsibility to teachers extends beyond pre-service to ongoing teacher development and support through innovative, hands-on learning.” Said Karen Riley, Dean of the Morgridge College of Education.
The exciting day came to a close at the Morgridge College of Education with attendees joining Share fair Nation founder, Carrie Morgridge, outside for prizes, which included Ipads, Chromebooks, Kindles, STEM kits, subscriptions, and much more.
29 Sep 2015
Dr. Richard Kitchen, Kennedy Endowed Chair and Professor in the Curriculum & Instruction program at Morgridge College of Education (MCE), aims to advance equity and diversity in education through Access in Mathematics for All (AMA), a project funded by the National Science Foundation’s Robert Noyce Teacher Scholarship Program. “The goal of the program,” says Dr. Kitchen, “is to recruit talented students of color and low-income students to come to DU to study mathematics, to encourage them to become mathematics teachers and return to their communities to serve as educators.”
Dr. Kitchen and his fellow researchers—Dr. Nicole Joseph and Dr. Alvaro Arias, also from DU, and James Gray from the Community College of Aurora (CCA)—are developing an infrastructure that will provide academic and social support for future students in AMA. The team has built relationships with CCA and Aurora Public Schools to recruit potential students through a pilot tutoring program, host math talks focused on the importance of mathematics and mathematics education, and integrate existing services at DU to better serve future AMA students.
To augment the impact of AMA, Dr. Kitchen and his team have submitted a second proposal to the Robert Noyce Teacher Scholarship Program for $1.45 million to fully fund five students in MCE’s Teacher Education Program each year for five years.
AMA addresses a critical need for science, technology, engineering, and mathematics (STEM) teachers, as identified in the National Science Foundation Authorization Act and the America COMPETES Act. The program also supports the National Science Foundation goal to “Prepare and engage a diverse STEM workforce motivated to participate at the frontiers.”
Dr. Patton O. Garriott joined the Morgridge College of Education as an Assistant Professor in Counseling Psychology in 2012 after receiving his Ph.D. in Counseling Psychology from the University of Missouri and completing his pre-doctoral internship at the University of Texas at Austin Counseling and Mental Health Center. Dr. Garriott’s work focuses on those who are underserved, underrepresented, and excluded in higher education and specific career domains. He is currently a Co-Investigator on a $1,491,909 National Science Foundation (NSF) grant that will examine the persistence of women and Latinas/os in engineering. Dr. Garriott teaches several courses in the Master’s and Doctoral program in Counseling Psychology, including Multicultural Counseling, Ethics and Research seminars. He is a strong believer in mentorship and providing students with opportunities to “learn by doing.”
As the Director of the Career and Social Attitudes Lab, Dr. Garriott and his research team are working on several projects. His most recent work has focused on first-generation college students’ academic and career development as well as students of color in science, technology, engineering, and mathematics (STEM) fields. Within the former domain, Dr. Garriott is examining predictors of first- and non-first-generation college students’ academic and life satisfaction. Given recent increases in first-generation college students’ attendance at institutions of higher education and their disproportionate non-persistence rates, this research could have implications for ensuring the success of this underserved student group. Dr. Garriott’s research in the area of STEM careers has focused on prospective first-generation college students as well as Mexican American high school and college students. The goal of this line of research is to help end the disproportionate overrepresentation of whites and males in growing occupational sectors that offer opportunities for social mobility. In addition to uncovering pathways to success for underrepresented groups, Dr. Garriott also believes in the necessity of interrogating privilege to foster social change. His research in this area has examined the efficacy of various approaches to multicultural education among white college students and explanatory mechanisms by which they work (e.g., guilt). Dr. Garriott and members of his research lab have been successful publishing their research in peer-reviewed journals as well as delivering presentations at national conferences.
In the future, Dr. Garriott plans to investigate help seeking behaviors among historically underrepresented students in higher education as well as socioeconomically distressed individuals. He continues to have an active research lab of around 10-15 Master’s and Doctoral students and welcomes student interest in research. Dr. Garriott is also working in collaboration with faculty from Higher Education and Sociology as well as the DU Center for Multicultural Excellence to qualitatively examine student perceptions of campus climate at DU. He hopes this work can have an impact at the macro level and inform institutional practices around inclusion and equity.
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 email@example.com.—
The STEM Crisis
Increasing the Achievement and Presence of Under-Represented Minorities in STEM Fields