Title: Improving Student Learning Outcomes in Gateway Courses
1Improving Student Learning Outcomes in Gateway
Courses
- Methodology and Implementation Plans
2Step 1
- Identify the gateway knowledge, skills and
abilities learning outcomes by faculty The
Gateway Initiative coordinator will work with
faculty in the college level programs to identify
important fundamental knowledge, skills and
abilities important to continued student success
in the programs that should be learned in
introductory or gateway courses.
3Step 2
- Mapping the identified knowledge, skills, and
abilities outcomes to specific program courses
Faculty Clusters will take the list of identified
knowledge, skills and abilities in step one and
then identify the courses where they should are
introduced, emphasized, reviewed, and utilized.
4Step 3
- Selecting Courses The Gateway Initiative
coordinator and the Gateway Initiative Team will
select specific courses for learning outcome
improvement.
5Gateway Courses
6Consideration will be given to -
- Whether a given course is a pre-requisite to
other courses or a core requirement for programs - The number of students enrolled in a given course
and to the number of sections scheduled during
the Fall and Spring Terms - The average section size
7Consideration will be given to -
- The actual number of KSA's introduced or
emphasized in a given course - College-level courses that serve both AA and AS
programs - Courses that allow for methods of subsequent
assessment, though the lack of actual sequenced
follow-up courses should not prohibit a course
from selection
8Consideration will be given to -
- Course performance data such as course G.P.A. or
course withdrawal rates - Utilization of KSA's in relation to the courses
where those utilized KSA's are introduced or
emphasized - KSA Knowledge, Skills and Abilities Items
Identified in Curriculum Map
9Consideration will be given to -
- The relationship of courses to SUS programs that
students transfer into (although this might not
relate to certain AAS or AS programs with limited
or no transfers) - And, courses chosen for the gateway initiative
are not the focus of other initiatives for
improving student performance.
10Pilot Gateway Courses
- Criteria for selection were utilized to select
the following as HCCs pilot Gateway Courses - College Algebra Mac 1105
- General Psychology PSY 2012
11Program Impact
- MAC 1105 - 54 AAS programs and 43 AS programs
-
- PSY 2012 - 54 AAS programs and 46 AS programs
- Both courses serve to fulfill General Education
requirements for the AA program
12Enrollment
- PSY 2012
- Fall 2004 1999 enrolled - 60 sections
- Spring 2005 1808 enrolled 56 sections
- MAC 1105
- Fall 2004 1776 enrolled 59 sections
- Spring 2005 1786 enrolled 62 sections
13Average Section Size
- PSY 2012 average section size for the 2004
reporting year 32 students - MAC 1105 average section size for the 2004
reporting year 30 students
14Enrollment
- PSY 2012 had the fourth highest enrollment for
HCC classes during the 2004 reporting year. - MAC 1105 had the sixth highest enrollment for HCC
classes during the 2004 reporting year.
15MAC 1105
- Fall 2004
- Course GPA 2.3
- of ABC grades 60.5
- 7.1 Ds, 5.1 FXs, and 10.1 Fs
- 17.2 Withdrawals
16PSY 2012
- Fall 2004
- Course GPA 2.4
- of ABC grades 66.6
- 8 Ds, 4.8 FXs, and 9.9 Fs
- 10.7 Withdrawals
17Level
- Both courses are college-level courses, and both
fulfill program requirements for the AA program
and a number of AS and AAS programs.
18KSAs
- MAC 1105 28 KSAs
- PSY 2012 - 26 KSAs
- Faculty listed a total of 127 KSAs in the
curriulum map.
19Assessment
- Though neither course has a direct sequenced
follow-up course, KSAs from both courses can be
assessed in later program courses.
20SUS Programs
- Business Management, Education, Engineering,
Social Sciences, and Psychology programs are
among the top 6 receiving programs at USF for HCC
transfers and graduates all require MAC 1105 or
PSY 2012 or both.
21Other Initiatives
- At this time, neither course is the focus of
another student success initiative at HCC.
22Methodology Step 4
- Faculty will develop student learning outcomes
from the identified KSAs and course objectives.
These outcomes will become the focus for improved
student learning.
23Step 5
- Selecting Lead Faculty- The Gateway Initiative
coordinator and the team will select a lead
faculty member from those who regularly teach the
course to help facilitate the planning process,
including course evaluation and strategy
experiment procedures.
24Step 6
- The Gateway Initiative coordinator and the lead
faculty member will coordinate the gateway course
evaluation following the specific Gateway Course
Evaluation Procedure.
25(No Transcript)
26Course Evaluation Process
- The Gateway Initiative coordinator and course
lead faculty member will work with the Academic
Assessment Specialist to analyze course
performance data, segmented by campus, term, and
faculty type, with background information on at
least one or two sections as cohorts (placement
testing information, prerequisite information,
and subsequent course performance information on
the cohort students)
27Course Evaluation Process
- The Academic Assessment Specialist will work with
cluster members to establish baseline assessments
of the identified student learning outcomes.
28Course Evaluation Process
- The Gateway Initiative coordinator will conduct
focus groups and utilize questionnaires to
solicit information from faculty and students
about what course skills and knowledge are of
greatest importance as the students progress
through the programs. This information will be
correlated with the previously identified gateway
knowledge, skills and abilities.
29Course Evaluation Process
- Working with cluster faculty, the coordinator
will determine minimal outcome performance levels
for continued program success and will identify
missing foundation outcomes. The coordinator and
lead faculty member will identify foundation
outcomes where students are encountering problems
with mastery. They will prioritize, if possible,
these foundation outcomes.
30Course Evaluation Process
- Working with the appropriate faculty cluster, the
coordinator will examine prerequisites both in
terms of prerequisite course work and in terms of
actual prerequisite abilities.
31Course Evaluation Process
- The coordinator will examine the course delivery
methods considering non-traditional delivery
methods such as online sections. If only
traditional delivery methods are used, the
coordinator will analyze the appropriateness of
adding additional delivery methods and make
appropriate recommendations to the faculty
cluster.
32Course Evaluation Process
- The coordinator and lead faculty member will
inventory existing teaching and learning
strategies being utilized by cluster faculty
teaching the course.
33Course Evaluation Process
- Working with the Library Cluster, the coordinator
and lead faculty member will conduct literature
review and idea shopping for appropriate teaching
and learning strategies for these outcomes. They
will then recommend to the appropriate teaching
faculty cluster specific strategies and student
resources for improving identified student
learning outcomes.
34Course Evaluation Process
- The Gateway Initiative coordinator and lead
faculty member will prepare the experimental
procedures for the directed strategies for
improvement, following the Gateway Initiative
Experimental Model.
35Methodology Step 7
- Recommending Strategies - The Gateway Initiative
coordinator and lead faculty member will
recommend specific strategies to improve outcomes
within course to the appropriate cluster.
36Step 8
- Designing the Gateway Course Webpage - The
Gateway Initiative coordinator will develop the
Gateway Course Webpage with input from the
teaching faculty.
37Step 9
- Developing the Experiment - The Gateway
Initiative coordinator along with the lead
faculty member will develop the strategies
experiment process specific to the course, but
following the Gateway Course Experiment Model.
38Experimental Model
- Identify the specific strategy for improvement
and identify the specified teaching and learning
outcomes to be affected by the strategy.
39Experimental Model
- Develop the Hypothesis what is the expectation
for the identified strategy?
40Experimental Model
- Provide a detailed explanation of the methodology
for implementing the strategy.
41Experimental Model
- Develop common assessment instruments for the
expected affected outcomes, to be utilized in
both the experimental sections and control
sections.
42Experimental Model
- Identify faculty and sections for the experiment
coordinate with campus deans - First year sections will only deal with one
strategy at a time - Second year sections will combine strategies.
43Experimental Model
- Utilize control sections, administering the same
assessment instruments as used in the experiment
sections during both terms of the experiment.
44Experimental Model
- Explain analysis of assessment process.
- Proceed with experiment.
45Methodology Step 10
- Implementing Student Resources - Following the
planning term, the college will implement
recommended additional student resources
appropriate to the course all such resources
will be listed on the Gateway Course Webpage or
linked to the page if they are online resources.
46Step 11
- Assessing the Experiment - The Academic
Assessment Specialist will work with the Gateway
Initiative coordinator at the end of the term to
provide analysis of the classroom strategies
experiments and of the usage and impact of
additional student resources.
47Step 12
- Analyzing the Results - Following the initial
experiment term, combined strategies experiment
sections and control sections will be conducted
and analyzed for effectiveness
48Finally
- Implementing the Gateway Course, utilizing the
effective learning strategies.
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50 Schedule
- 2004-2006
- Developing the QEP
- Identifying KSAs
- Curriculum mapping
- Selecting two pilot courses
- Developing Learning outcomes
- Selecting Lead Faculty members
- Baseline assessments
51Proposed Schedule 2006 2007 Sp 2007 Sum 2007 Fall 2008 Sp 2008 Sum 2008 Fall
Course Evaluation Set 1 Set 2
Course Selection Set 2 Set 3
Develop Learning Outcomes Set 1 Set 2 Set 3
Plan experimental models Set 1 Set 2
Baseline assessment Set 1 Set 2 Set 2 Set 3 Set 3
Experimental sections Set1 Set 1 Set 2
Experimental Analysis Set 1
52Proposed Schedule
- During the following fall term, the experimental
model begins, with 4 terms of experimentation,
(fall and spring terms only). Analysis of
experiment results will take place during the
summer terms.
53Proposed Schedule
- Courses are selected in the spring terms.
Initial student learning outcomes are developed
that term. - Baseline assessments takes place the following
summer and fall terms. - During the second spring term for a course, the
course evaluation and experimental planning
begin.
54Proposed Schedule
- Following two years of experiment and analysis,
final recommendations for improving student
learning outcomes will be made. - Follow-up assessments in later program courses
will continue until the completion of the QEP in
Spring Term 2012.
55Proposed Schedule Example
- MAC 1105 and PSY 2012
- Spring 2006 selected, student learning outcomes
developed - Summer and Fall 2006 baseline assessment, lead
faculty members selected - Spring and Summer 2007 course evaluation and
experimental planning
56Proposed Schedule Example
- Fall 2007 and Spring 2008 experimental sections
dedicated to one strategy - Summer 2008 analysis and planning
- Fall 2008 and Spring 2009 combined experimental
sections - Summer 2009 analysis and recommendations
- Fall 2009 Spring 2011 follow-up assessments
57Final Report
- The Final Report on the status and success of the
QEP will be due to SACS in the Summer Term of
2012.