Community Engagement as part of Engaged Learning Christopher McCord College of Liberal Arts & Sciences November 12, 2010.

Slides:



Advertisements
Similar presentations
Cathy Jordan, PhD Associate Professor of Pediatrics Director, Children, Youth and Family Consortium University of Minnesota Member, Community Campus Partnerships.
Advertisements

The Carnegie Foundation for the Advancement of Teaching Scholarship Reconsidered: Priorities of the Professoriate The scholarship of discovery The scholarship.
Institutionalizing Service Learning and Civic Engagement Paul Sather, Director, Service Learning Academy Deborah Smith-Howell, Associate Vice Chancellor.
Assessment Plans Discussion Career Services Julie Guevara, Accreditation & Assessment Officer February 6, 2006.
NSF-DUE Award # Connecting Stakeholders to Create a Successful Emerging Technology Program 2011 STEMtech Conference Maureen Devery October 2, 2011.
Strategic Planning and the NCA Special Emphasis A Focus on Community Engagement and Experiential Learning.
1 Strategic Planning: An Update March 13, Outline What we have done so far? Where do we stand now? Next steps?
Climate Action Plan Team of the Environmental Literacy Workgroup ( CAP-EL Team) February 02, 2009 Meeting.
Faculty Instructional Support Moving beyond putting courses online to curriculum redesign Leila Lyons, University of Delaware.
A Summary of Recommendations From the National Conference C. Brewer, U MT, 2/2010.
The Council on Undergraduate Research ProVisions September 17, 2013.
Federal Funding Resources Receiving funding for undergraduate research can be difficult. In general, funding for research is secured through Federal agency.
The Center for Undergraduate Research, Scholarship and Creative Activities Teaching Learning Workshop Friday, November 12 Understanding Undergraduate Research:
Engaging Undergraduates in Research and Scholarship Shannon Donovan & Kenrick Mock Office of Undergraduate Research and Scholarship UNIVERSITY HONORS COLLEGE.
Portland State University Report to the Oregon State Board of Higher Education.
Orientation Summer 2013 Academic Expectations Sarah M. Rogis Associate Director, Office of Academic and Career Services.
Teaching College Geology in High School: The Concurrent Challenges and Opportunities of Dual Credit Programs to Departments of Geology Carl N. Drummond.
Improving Education in ICTD: Thoughts from CCC Workshop Participants CCC Workshop on Computer Science and Global Development August 1, 2009.
Health Career Recruitment and Retention Service-Based Learning.
Midwest and Great Plains
Institutionalizing Service- Learning at Ohio State Ola Ahlqvist & Harmony Cox The Service-Learning Initiative.
Preparing Future Faculty (PFF) Daniel Denecke Director, Best Practices Council of Graduate Schools (US)
June 1, 2015 TCCIA Fred Hills, PhD.  Makes education come alive to engage students  Awake curiosity for learning in students  Develop career/professional.
First Tuesday Series February 2, SACS -- Quality Enhancement Plan SACS requires that universities develop a comprehensive plan to enhance student.
Why Community-University Partnerships? Partnerships Enhance quality of life in the region Increase relevance of academic programs Add public purposes to.
Major Academic Plan (MAP) Why Study History? The study of History provides a useful key for unlocking other realms of human development. It embraces many.
Major Academic Plan (MAP) Why Study Psychology? The Bachelor of Science in Applied Developmental Psychology prepares students for entry-level work and.
Major Academic Plan (MAP) Why study a language? Students learn the practical skills of speaking, listening comprehension, reading, and writing, while also.
Major Academic Plan (MAP) Why Study History? The study of History provides a useful key for unlocking other realms of human development. It embraces many.
Major Academic Plan (MAP) Why study Film? The EWU Film program prepares students for creative work in the motion picture and television industry. The coursework.
Major Academic Plan (MAP) Why Study Geology? Geology is the science of planet Earth. Geologists use elements of chemistry, physics, biology and mathematics.
Major Academic Plan (MAP) Why study geography? Geography is the core environmental discipline: it is the study of the physical and human environments of.
Major Academic Plan (MAP) Why Study Psychology? The Bachelor of Science in Applied Developmental Psychology prepares students for entry-level work and.
Major Academic Plan (MAP) Why study geography? Geography is the core environmental discipline: it is the study of the physical and human environments of.
Major Academic Plan (MAP) Why study geography? Geography is the core environmental discipline: it is the study of the physical and human environments of.
Major Academic Plan (MAP) Why study geology? Geology is the science of planet Earth. Geologists use elements of chemistry, physics, biology and mathematics.
Major Academic Plan (MAP) Why Study History? The study of History provides a useful key for unlocking other realms of human development. It embraces many.
Major Academic Plan (MAP) Why study planning? Planning is a problem-solving profession concerned with the forces that influence the quality of life in.
Major Academic Plan (MAP) Why study a language? Students learn the practical skills of speaking, listening comprehension, reading, and writing, while also.
Major Academic Plan (MAP) Why study geography? Geography is the core environmental discipline: it is the study of the physical and human environments of.
Major Academic Plan (MAP) Why study chemistry? Chemistry is often referred to as the central science because of the way that it brings together mathematics,
Major Academic Plan (MAP) Why study economics? Economics helps us understand and explain a variety of topics such as employment, inflation, business cycles,
Major Academic Plan (MAP) Why become a secondary mathematics teacher? Teaching mathematics and statistics to secondary students allows you to make a difference.
Major Academic Plan (MAP) Why Study History? The study of History provides a useful key for unlocking other realms of human development. It embraces many.
Major Academic Plan (MAP) Why study geology? Geology is the science of planet Earth. Geologists use elements of chemistry, physics, biology and mathematics.
Illinois State University Teaching and Learning Symposium January 10, 2007.
Major Academic Plan (MAP) Why study a language? Students learn the practical skills of speaking, listening comprehension, reading, and writing, while also.
Major Academic Plan (MAP) Why study this major? The Bachelor of Science in Applied Developmental Psychology prepares students for entry-level work and.
WWU Chemistry: A Tradition of Excellence Teaching Awards Peter J. Elich Excellence in Teaching Award 2008 Jim Vyvyan 2000 George Kriz Carnegie Foundation.
Major Academic Plan (MAP) Why study planning? Planning is a problem-solving profession concerned with the forces that influence the quality of life in.
Major Academic Plan (MAP) Why study chemistry? Chemistry is often referred to as the central science because of the way that it brings together mathematics,
Major Academic Plan (MAP) Why study geology? Geology is the science of planet Earth. Geologists use elements of chemistry, physics, biology and mathematics.
Major Academic Plan (MAP) Why Study Psychology? The Bachelor of Science in Applied Developmental Psychology prepares students for entry-level work and.
Major Academic Plan (MAP) Why study geology? Geology is the science of planet Earth. Geologists use elements of chemistry, physics, biology and mathematics.
The University of West Florida Reaffirmation of Accreditation Project Southern Association of Colleges and Schools Commission on Colleges.
Major Academic Plan (MAP) Why study geology? Geology is the science of planet Earth. Geologists use elements of chemistry, physics, biology and mathematics.
UTPA 2012: A STRATEGIC PLAN FOR THE UNIVERSITY OF TEXAS-PAN AMERICAN Approved by President Cárdenas November 21, 2005 Goals reordered January 31, 2006.
Major Academic Plan (MAP) Why study geography? Geography is the core environmental discipline: it is the study of the physical and human environments of.
Major Academic Plan (MAP) Why study Communication? Effective communication not only underpins aspects of your professional and personal life, but is also.
Major Academic Plan (MAP) Why study a language? Students learn the practical skills of speaking, listening comprehension, reading, and writing, while also.
Major Academic Plan (MAP) Why study children’s issues? The BA in Children's Studies features: breadth and depth, offering students the benefit of perspectives.
Major Academic Plan (MAP) Why study geology? Geology is the science of planet Earth. Geologists use elements of chemistry, physics, biology and mathematics.
Major Academic Plan (MAP) Why study Biology? A BS in Biology is a gateway to many careers including professional health sciences, natural resource sciences,
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Senator J. William Fulbright ( )
Building Creative Spaces for Faculty & Student Inquiry Based Learning
Transatlantic Biosystems Engineering Curriculum and Mobility (TABE
Presentation transcript:

Community Engagement as part of Engaged Learning Christopher McCord College of Liberal Arts & Sciences November 12, 2010

Curricular Engagement Carnegie Foundation definition of Curricular Engagement: Curricular Engagement describes the teaching, learning and scholarship that engages faculty, students, and community in mutually beneficial and respectful collaboration. Their interactions address community identified needs, deepen students’ civic and academic learning, enhance community well-being, and enrich the scholarship of the institution.

Curricular Engagement Key Elements: External partner (typically local or regional) Mutuality in setting agenda Mutuality in deriving benefits Variable or Optional Elements: Can involve faculty, staff and/or students Can involve research, teaching and/or service missions

Engaged Learning “Engaged Learning” encompasses any educational activity that falls outside of traditional classroom setting, and complements that classroom experience by “living the discipline”. Engaged learning activities consciously connect experiences outside of the classroom with the learning that occurs in the classroom, and involve faculty and staff either in the experience itself, or in the process of connection.

Engaged Learning Key Elements: Must involve students in an active role Involves activities outside of traditional classroom pedagogy Connects those activities to the curriculum, grounds them in that curriculum Variable or Optional Elements: Can be internal to the campus or involve an external engagement Can involve research, teaching and/or service missions

Engaged Learning Engaged Learning activities include: Student Research & Artistry Applied Research & Consulting Study Abroad & Field Schools Conferences & Competitions Internships & Service Learning Student Teaching & Clinicals

Engaged Learning: Student Research The College funds the Undergraduate Research Apprentice Program, which provides funds to faculty to add undergraduates to their research projects The University funds Undergraduate Special Opportunities in Artistry & Research, which funds student-generated research projects. The University hosts an Undergraduate Research Day

Engaged Learning: Student Research About half of the undergraduates in Biology take advantage of research opportunities The Department of Chemistry requires a research experience for all of its ACS-accredited tracks. The high energy group in the Department of Physics supports students through an NSF Research Experience for Undergraduates

Engaged Learning: Student Research Students in Media Studies have produced a variety of documentaries, public service announcements and advertising videos. The Department of History requires a research capstone experience that focuses on local & regional public history. Graduate students in an English seminar produced an edition of Patrick Branwell Bronte's previously unpublished manuscript The History of the Young Men for Juvenilia Press.

Engaged Learning: Consulting Statistics operates Statistical Consulting Service, staffed by MS students w/ faculty oversight Geography offers BS capstone courses based on consulting projects in GIS and meteorology Computer Science places BS and MS students in Research & Development Internships Mathematics requires an Applications Component for all PhD students

Engaged Learning: Study Abroad & Field Schools Summer 2010 Field Schools and Study Abroad Programs in – Archaeological Field School in Sicily (ANTH) – Cultural Field School in Cambodia (ANTH) – NIU at Oxford (BIOS, ENGL, POLS) – Media & Culture in Ireland (COMS, ENGL, HIST) – Spanish Language & Culture in Toledo, Spain (FLAL) – Environmental Geology (GEOL) – Geologic Field Techniques (GEOL) – History & Culture of Malaysia (HIST) – Cyprus, Turkey and the US (HIST) – Sierra Leone: African Democracy and Socio-Economic Development (SOCI)

Engaged Learning: Conferences & Competitions The NIU soil judging team (Clint Bailey, Norm Yackle, Aaron Browning & Amber Singer) placed 5th overall in the American Society of Agronomy National Soil Judging. Zach Schmitt (GEOG) was awarded Honorable Mention in the Student Division of the American Congress on Surveying and Mapping's 2010 Design Competition. Michael Bramnik (GEOL, HIST) has won a national conference award from the Geological Society of America for his research paper on the role of water in the formation of Jerusalem as a capital city. Phillip Librojo (POLS) won the Outstanding Delegate award at the 50th annual Midwest Model United Nations Conference, and Shehzad Merchant (POLS) won the Outstanding Delegate Award American Model United Nations conference

Challenges Funding Students who struggle with affordability may have limited ability to participate in extra (unfunded) activities Engaged learning activities are time-intensive; there is a cost associated with faculty and staff engagement in such activities Faculty Engagement Making engaged learning intentional, so that faculty consciously “connect the dots” in the activities they’re already engaged in. Engaged learning activities need to be part of the promotion & tenure, merit & other “reward & regard” systems Visibility Ensuring that students are aware of all of the engaged learning activities that are available to them