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This workshop presentation discusses the challenges faced during the course redesign of Psyc100 at UMBC, the initiatives taken to address them, and the outcomes observed. Key topics include faculty development, technology integration, student performance, and midcourse adjustments.
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University of Maryland Baltimore CountyDepartment of PsychologyPsyc100: Introductory Psychology Maryland Course Redesign Mid-initiative Workshop May 30, 2008
400 - 600 students per semester 7 sections per year 4 credit course 3 ½ clock hours each week for classroom instruction Large lecture halls 400 - 600 students per semester 5 sections per year 4 credit course 1 hour each week for online labs; 2 ½ hours for classroom instruction Large lecture halls that are CPS ready Traditional RedesignCourse Course
4 major multiple choice exams; class participation measure Graduate TA for exam proctoring, individual student assistance, and administrative needs 4 major multiple choice exams; small group activities in class; CPS questions; online activities with quizzes Graduate TAs for weekly support sessions, exam proctoring, online support; administrative needs Peer mentors for tutoring and small group facilitation Traditional RedesignCourse Course
Faculty teaching the course* Eileen O’Brien, PhD Karen Freiberg, PhD Provost Art Johnson, PhD Dean of Arts, Humanities and Social Sciences John Jeffries, PhD Department Chair* Linda Baker, PhD Faculty Development Director* Jack Prostko, PhD *Review team for timeline tasks Student Learning Resource Center Director* Andrea Spratt, MEd Blackboard Administrator/Instructional Designer* Bob Armstrong, MA Evaluator* Laura Stapleton, PhD Graduate TAs* Linda Jones Brian Jobe Undergraduate Student David Mason Advisory Group for Course Redesign
Redesign Challenges • Faculty development and negotiation • Agreeing to commonalities • Technology Training • Roles of Graduate TA and Undergraduate Peer Mentors • Role and Training • Pedagogy change and classroom technology • Small Group Activities • Classroom Performance System (CPS)
Redesign Challenges • Freshman student preparedness • Technology in classroom • Use of online activities • Accuracy of online quizzes and technology glitches • Evaluation • Focus group attendance • Teaching to the Exam
Weaknesses (Traditional) Exams cover more than just lecture Need other activities besides exams Would like online work Weaknesses (Redesign) CPS inconsistency Requires class attendance PPT slides were not on blackboard Instructor goes through slides too fast Exams cover more than lecture Small Group Evaluation Sessions
Strengths (Traditional) Lecture helps for exams Good examples in class related to real life Used PPT Strengths (Redesign) Online labs Video clips in class Small group activities Online practice tests Small Group Evaluation Sessions
Student Evaluations • SCEQs pending
Course Grades • Traditional Section (N=76) • 14% As; 21%B; 28%C; 23%D; 14%F • Redesign Sections (*N=80; **N=65) • 30% of students would have had a lower grade if final course grade was only based on exams. • *40% A; 27% B; 26% C; 5% D; 2% F • **26% A; 46% B; 15% C; 0%D; 3% F; 10% stopped coming to class or doing labs and received Fs.
Midcourse Adjustments to Implementation • Faculty development and negotiation • Exams prepared according to protocol • Technology Support System • Roles of Graduate TA and Undergraduate Peer Mentors • Develop a policy that delineates tasks for Psyc100 • TAs mentoring other TAs in database management and online assistance • Pedagogy change and classroom technology • Small Group Activities - limit to dyads • Classroom Performance System (CPS)- UMBC tech support effort
Midcourse Adjustments to Implementation • Freshman student preparedness • Technology in classroom • FAQ for student • Create a problem-solving tree • Use of online activities • Peer mentors orientation sessions • Accuracy of online quizzes and technology glitches • Publisher review in the summer • Evaluation • Focus groups during class session • Use of activities targeting key outcomes
Student Learning Outcomes • To increase the knowledge of major concepts, theoretical perspectives, empirical findings and historical trends in Psychology. • To understand social sciences research, including design and interpretation, and its implications; To gain experience working in diverse groups; To apply Psychology to everyday situations; To increase the use of critical thinking and creative inquiry • To demonstrate information competence and the ability to use computers and technology in learning; To use technology in an ethically and responsibly.