Eileen O’Brien, Ph.D. Department of Psychology Tampa, Fl December, 2011 Proposal- Fall 2007; Pilot – Spring 2008; Implementation-Fall 2008 Introductory Psychology (4 credits) Replacement Model lecture time; shift to discussion Integrated CPS questions to interactivity and attendance Created common multiple choice exams across sections Added weekly small group activities to interactivity Assigned 1½ GTAs for database management and student support Sequenced content for more engaging start Created Peer Mentors for class activities, tutoring, and exam prep Targeted 20% failure rate.; SCEQs; low unit exam scores Outcomes the number of sections required each semester and class size. withdrawal rates; retaining students. SCEQ the need for two faculty each year; free to offer an additional upper level course each semester. Freed up University classroom space the need for graduate teaching assistants from 2 grad students to 1 grad student Leveraged existing resources to fund undergraduate Peer Mentors Cost per student $65 to $58 ($78K /yr versus $69.9K /yr) DFW rates consistent across last 4 semesters (below 10%) Mean scores on unit exams Proposal- Summer 2010; Pilot – Fall 2010; Implementation-Spring 2011 Developmental Psychology (3 credits) Replacement Model Outcomes class meeting to 4 times/semester; shift to Unit discussion sessions Course grade distributions maintained; SCEQs remain high Created faculty agreed upon final exam to test critical concepts Uniform course delivery with departmental agreed upon critical use of essays online for each unit testing online with weekly chapter exams Weekly discussion board entries Videos with online questions after viewing Assigned 1 GTAs for database management and student support Targeted course drift, technology use, student enrollment content Failure rate maintained at 5% number of students enrolled writing assignments two faculty a year teaching the course Freed up classroom space for additional courses to ½ GTA Cost per student $158 to $74 per student ($63,200/yr to $29,600/yr) Challenges for Both Redesigns Faculty Students Willingness to learn and deal Freshman adjustment curve Preparedness for new pedagogy with technology Agreement on common content and measures Accuracy of online quizzes and technology glitches Roles of Graduate TA and Undergraduate Peer Mentors Pedagogy change and classroom technology Routine updates of technology and software using adult learning principles Problem-solving technology issues Working in groups; used to individual performance Routine updates of technology and software Institutional Readiness Desire to increase academic productivity Commitment to use technology strategically Pervasive technology infrastructure Capital-for-labor substitutions Experienced IT organization Commitment to learner-centeredness Commitment to learner readiness and success Institutional support Proposal- Fall 2011; Pilot – Spring 2012; Implementation-Fall 2012 First Year Composition Replacement Model Using small groups Building in use of software for writing assignments Using peer mentors Standardizing all sections Combining two courses delivering the same outcomes Consolidating faculty effort Organic Chemistry Supplemental Model Online activities outside of class In-class discussion sessions instead of lecture Peer mentors to tutor and work through lab assignments Standardize all sections with common text and content Students will work in groups. Introduction to Sociology Replacement Model Increasing enrollment Using technology for course content delivery Standardizing syllabus and content Using peer mentors Writing assignments in class with groups Online practice quizzes and mastery assignments