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A Model of Small-Group Problem-Based Learning In Pharmacy
Education: Teaching in the Clinical Environment
Jeerisuda Khumsikiew, Sisira Donsamak, and Manit Saeteaw

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Abstract
Problem-based Learning (PBL) is an alternate method of instruction that incorporates basic
elements of cognitive learning theory. Colleges of pharmacy use PBL to aid anticipated learning
outcomes and practice competencies for pharmacy student. The purpose of this study were to
implement and evaluate a model of small group PBL for 5th year pharmacy students in theclinical environment that facilitated by pharmacy instructors. A PBL model was implemented in
1-day periods each week in total of 15 weeks at clinical practice sites. PBL activities consisted ofproviding pharmaceutical care service, collecting patients based clinical data, evaluation
therapeutic regimens, developing SOAP note, peer feedback and case wrap-up sessions. In datacollection, 36 students who had participated model completed a 17-items questionnaire using 5point Likert scale (Cronbach's Alpha is 0.96) about their pharmacy student competencies at
before and after finished course. They also completed 11-items questionnaire using 5-point Likert
scale (Cronbach's Alpha is 0.87) about their satisfaction. Data of pharmacy student competencies
and satisfaction were analyzed by paired sample t-test and descriptive statistics in respectively.
From the result of this study indicated that pharmacy student's competencies have been increased
through PBL course and also statistical significant (P < 0.05) have found in every items mainly inclinical skills regarding apply didactic knowledge to direct patients care activities such as
identifying, prioritization, solving therapy-drug related problem as well as clinicalcommunication with patients or other members of interdisciplinary team. Moreover, in the part ofsatisfaction found that all of questions were scored range from high to highest level of mean score
and most of modes were 4. Overall concluded that the PBL model enhances pharmacy student
competencies and students were satisfied with PBL course.
Keywords: Pharmacy education; problem-based learning; clinical environment.

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Introduction
Problem-based Learning (PBL) is an alternate method of instruction that incorporates basic
elements of cognitive learning theory. The innovative instruction strategy of PBL is studentcentered approach that empowers self directed learning through problem solving skill
development in real world practice situations (Savery, 2006).
PBL has been increasingly and wildly used in pharmacy education since year 2000 which thestandards for curriculum of ACPE (The Accreditation Council for Pharmacy Education) has been
published and indicated that “the educational process should promote lifelong learning throughthe emphasis on active, self-directed learning and the curricula should include teaching strategies
to ensure the adeptness of critical thinking and problem-solving” (American Council on
Pharmaceutical Education, 2000, pp. 52-53). Moreover, The ACCP (American College ofClinical Pharmacy) also suggests that pharmacy educators need to place more emphasis on
preparing students for problem solving, critical thinking, ethics, communication and self-directed
learning. Because of expanding the scope of pharmacy practice, Pharmacists will be involved in
expanded patient care responsibilities. The pharmacists' role in today's health care system
requires greater problem-solving capabilities, effective thinking abilities, sound decision making
skills, and effective communication skills (ACCP, 2000, pp. 991-1020).
To comply with these suggestions, many schools and colleges of pharmacy use PBL to aid
anticipated learning outcomes and practice competencies for their pharmacy students. Students
are acquired and applied knowledge while developing problem-solving, critical-thinking, anddecision-making skills (Culbertson, Kale, & Jarvi, 1997, pp. 18-25).
PBL has been used in pharmaceutical education courses, and numerous published reports
describe the resulting experiences with this educational method. (Culbertson, Kale & Jarvi, 1997,
pp. 19–26) Several studies showed that positive impacts of PBL on the learning behavior,
knowledge, skill and attitude of students. (Hamoudi, Nagavi, & Al-Azzawi, 2010, pp. 206–219)
The results of the current meta-analysis indicate that the PBL curriculum seems to improve theacademic performance of pharmacy students when compared to the traditional method of
instruction (Galvao, Silva, Neiva, Ribeiro & Pereira, 2014, pp. 1-7).
The purpose of this study were to implement and evaluate a model of small group PBL thatincorporate to the course of the special problems in pharmacy for 5th year pharmacy students inthe clinical environment that facilitated by pharmacy instructor.
Literature Review
Overview: definition, characteristics, effectiveness of PBL
Problem-based learning (PBL) represents a major development and change in educational
practice that continues to have a large impact across subjects and multiple disciplines worldwide.
PBL has been used successfully for over 30 years and endorsed by a wide variety of national andinternational organizations such as the medical education/medical colleges (Muller, 1984),(Walton & Matthews, 1989: pp. 542-558.) the World Health Organization (WHO, 1993) the
nurse education (English National Board, 1994) as well as the pharmacy education/pharmacy
colleges (Ross, Crabtree, Theilman, Ross, Cleary, & Byrd, 2007).
In the literature, PBL has been defined and described in many ways. PBL is used to refer to many
contextualized approaches to instruction sharing that much of the learning and teaching isanchored in concrete problems (Evenson & Hmelo, 2000). This focus on concrete problems
initiating the learning process is central in most definitions of PBL. Barrows, a pioneer of PBL,

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define the concept of PBL as “the learning that results from the process of working toward theunderstanding or resolution of a problem. The problem is encountered first in the learning process
and serves as a focus or stimulus for the application of problem solving or reasoning skills, aswell as for the search for or study of information or knowledge needed to understand themechanisms responsible for the problem and how it might be resolved” (Barrows, 1986, pp. 481486).
A much-quoted definition is the one given by Albanese and Mitchell (Albanese & Mitchell, 1993,
pp. 52-81): “PBL at its most fundamental level is an instructional method characterized by theuse of patient problems as a context for students to learn problem-solving skills and acquire
knowledge about the basic and clinical sciences”. Vernon en Blake (Vernon& Blake, 1993, pp.
550-563) define PBL by its instructional design components, students’ cognitive processes andteacher’s role: “a method of learning (or teaching) that emphasizes (1) the study of clinical cases,
either real or hypothetical, (2) small discussion groups, (3) collaborative independent study, (4)hypothetico-deductive reasoning, and (5) a style of faculty direction that concentrates on groupprogress rather than imparting information.”
In general, PBL is an instructional (and curricular) learner-centered approach that empowers
learners to integrate theory and practice, apply knowledge and skills to develop a viable solution
to a defined problem (Savery, 2006, pp. 9-20).
Six essential elements of PBL consisted of (Barrows, 1996, pp. 3-13):(1) student-centered, (2) small student groups-environment, (3) tutor as a facilitator or guide, (4)authentic problems are primarily encountered in the learning sequence, before any preparation or
study has occurred, (5) the problems encountered are used as a tool to knowledge acquisition andthe problem-solving skills necessary to eventually solve the problem, and (6) new informationneeds to be acquired through self-directed learning.
Positive effects of PBL on student learning has been shown in several previous studies thatassociated with optimal learning performance, particularly in the area of knowledge retention;
integration of basic science knowledge to the solutions of clinical problems; self-directed learning
skills, and increased intrinsic interest in subject matter (Major & Palmer, 2001, pp. 4-9). Similar
with one of studies in an East Asian context where is known for its reliance on traditional
approaches to teaching and learning, the statistical analyses suggest that PBL can exert a positive
impact on instructional effectiveness especially in 3 dimensions of student competency including
action-directed learning, student engagement, assessment and feedback (Hallinger & Lu, 2011,
pp. 267-285). Corresponding with the existing evidence of using PBL in pharmacy curriculumthat it’s seems to improve the academic performance of pharmacy students when compared to the
traditional method of instruction (Galvao, Silva, Neiva, Ribeiro, & Pereira, 2014).
Design of Small-Group Problem-Based Learning model in the course of Special Problem in
Pharmacy Practice
Course description
This is the professional elective course in 3 credit hours offered to 5th year pharmacy students.
The course is designed to allow students to apply didactic knowledge to direct patient care
activities and practice theirs pharmacy knowledge in practice sites. Students will apply theirknowledge of pathophysiology, pharmacology, pharmacokinetics and pharmacotherapy to
optimize patient care in a variety of specialty settings. Students will concentrate on patient
specific pharmacotherapy, evidence based medicine, medication use evaluation and effective
communication with patients and healthcare professionals.
Course Objectives
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Upon completion of this course, students will be able to:
-

-

-

-

-

-

Review patient profile and clinical data gathering from patients and patients medical
record such as OPD card, IPD chart
Design an appropriate treatment plan and evidence-based therapeutics regimens forindividualized patientso Specify therapeutic goals for individualized patients incorporating the principlesof evidence-based medicine that integrate patient-specific data, disease andmedication-specific information, ethics, and quality of life considerationso Design a patient-centered regimen that meets the evidence-based therapeutic goals
established for a patient; integrates patient-specific information, disease and drug
information, ethical issues and quality of life issues; and considers
pharmacoeconomic principles
Design a patient-centered, evidenced-based monitoring planso Specify efficacy monitoring parameters for a therapeutic regimen that effectively
evaluates achievement of the patient-specific goalso Specify toxicity monitoring parameters for a therapeutic regimen that adverse
effects may be occurred
Recommend or communicate evidence-based therapeutic regimen and corresponding
appropriated monitoring plan to other members of the interdisciplinary team and patientsin a way that is systematic, logical, accurate, timely, and secures consensus from theteam and patient.
Practice communication skill through providing counseling to patients and caregivers,
including information on medication therapy, adverse effects, compliance, appropriateuse, handling, and medication administration
Refer patients to an appropriate health care provider when they have health care needs
that cannot be met by the pharmacist based on the patient’s acuity and the presenting
problem
Devise a plan for follow-up for a referred patient.

Educational Environment
A PBL model was implemented in 1-day periods each week in total of 15 weeks for elective
course of special problem in pharmacy practice in order to maintain compliance with theaccreditation standard.
Strategies to promote student learning outcome consisted of lecture based teaching and problem
based learning in clinical practice sites with a teacher who was a facilitator when they werepractice.
In lecture based teaching, clinical topic consisted of how to data gathering; tip and trick for
SOAP, introduction to medication use process and medication evaluation in oncology, psychiatricand community pharmacy.
In clinical practice sites rotations, students would have the opportunity to provide clinicalpharmacy services by randomly assigned 3 practice sites per student. Clinical practice sites
including acute care in internal medicine ward, oncology ward, psychiatric ward and community
pharmacy care in community pharmacy. Turning rotation to other clinical practice sites has been
performed every 3 weeks then student have a case presentation with teacher at the faculty.
The following is a list of activities that are representative of pharmacy student’s responsibilities
during the rotation including internal medicine ward and community pharmacy.

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In internal medicine ward:---

Pharmacists ward rounds with preceptor and teacher
Providing pharmaceutical care based on patients’ needs by identifying and resolving
problems in individualized patientso Review patient profile and clinical data gathering from patients and patients
medical record such as OPD card, IPD charto Review of laboratory data to monitor for appropriate dosing of drug therapy
o Evaluation of all medication regimens for appropriateness and cost-effectivenesso Identification of and resolution of any drug related problems
o Proactive involvement in selecting, modifying and monitoring drug therapy
o Provision of medication information to interdisciplinary team such as physicians,
nurses, and patientso Monitor for and report Adverse Drug Reactions
Record and report pharmacist SOAP note for individualized patients
Discussions with the preceptor and teacher about drug related problems and its solutions.
In community pharmacy:
Providing pharmaceutical care based on patients’ needs by identifying and resolving
problems in individualized patientso Clinical data gathering from patientso Differential diagnosis based on patient’s presenting signs and symptoms
o Design medication regimens for appropriateness and cost-effectivenesso Providing medication information about efficacy monitoring parameter andtoxicity monitoring parameter to patientso Advocating lifestyle changes that can improve the outcomes of medicinal therapyo Monitor for and report Adverse Drug Reactions
Record and report pharmacist SOAP note for individualized patients
Discussions with the preceptor and teacher about drug related problems and its solutions.
MethodThis research was quasi-experimental study and one group pretest-posttest design aims to study
effects of a model of small-group problem-based learning in elective course of special problem inpharmacy practice for 5th year pharmacy students.
A PBL model was implemented in 1-day periods each week in total of 15 weeks for elective
course of special problem in pharmacy. Strategies to promote student learning outcome consistedof lecture based teaching and problem based learning in clinical practice sites with a teacher who
was a facilitator when they were practice. In clinical practice sites rotations, students would havethe opportunity to provide clinical pharmacy services by randomly assigned 3 practice sites perstudent. Students would be rotated in clinical practice sites every 3 weeks after that student havea case presentation with teacher at the faculty.
Outcome has been evaluated at before and after PBL model implementation in 2 domains
including pharmacy student’s competencies and satisfaction.
Sample size was 36 students who registered in elective course of special problem in pharmacy
practice. Students were divided into 7 groups, consisted of 5 students per group.
In data collection, 36 students who had participated in the model completed a 17-items selfassessment questionnaire using 5-point Likert scale (Cronbach's Alpha is 0.96) about theirpharmacy student competencies. In addition, they also completed 11-items questionnaire using 5point Likert scale (Cronbach's Alpha is 0.87) about their satisfaction.
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The inferential statistics (Pair t-test) was used to compare mean score between before and after
finished course in the part of student's competencies. Descriptive statistic such as mean score wasused to describe student's satisfaction in various aspects. Rating scales would be scaled to haveequal intervals.
Table 1. Interpretation of mean score
Rang of mean score
4.21 - 5.00
3.41 - 4.20
2.61 - 3.40
1.81 - 2.60
1.00 - 1.80

Meaning
HightestHigh
MediumLow
LowestResults

Table 2 was shown demographic data of sample size which consisted of 36 students who
registered in elective course of special problem in pharmacy practice. There were 8 male (22.2%)
and 28 female (77.8%). Mean age and Grade Point Average (GPA) of them were 22.581.02 and3.180.48 in respectively.
Table 2. Demographic data of respondents
Characteristics

StudentsMale

8 (22.2%)

Female28 (77.8%)

Sex

Age (years)
Mean + SD

22.581.02

Grade Point Average
Mean + SD

3.180.48

Table 2 was shown pharmacy student’s competency at before and after 15 weeks of PBL model
implementation.
Table 3. Self assessment rating score in pharmacy student's competency
BeforeAfter

Mean
Differences P value

Items
1. Provide pharmaceutical care according toGood Pharmacy Practice concept.
2. Review patient profile and clinical data
gathering from patients and patient’s
medical record such as OPD card, IPD
chart.

Mean

SD

Mean

SD

2.44

0.88

3.50

0.77

1.06

< 0.05

2.22

0.64

3.42

0.69

1.20

< 0.05

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BeforeAfter

Mean
Differences P value

Items
Mean

SD

Mean

SD

3. Recommend individualized lifestylemodifications that can improve theoutcomes of medicinal therapy.

2.22

0.48

3.47

0.56

1.25

< 0.05

4. Identify and refer patients who met
referral criteria to an appropriate healthcare provider.
5. Design an appropriate pharmacologic
regimens and non- pharmacologic
treatment regimens for individualized
patients.
6. Apply didactic knowledge including
diseases and pharmacotherapy to direct
patient care activities.
7. Initial assessment of disease severity inindividualized patients.
8. Evaluation of all medication regimens in
4 domains including appropriate
indication, efficacy, safety and cost in
individualized patients.
9. Interpret and analyze medical patient’s
medical information for develop
pharmaceutical care plan.
10. Identify risk factors and the underlying
causes in the development of patient’s
diseases.
11. Identify patient’s medical problem list.

2.31

0.75

3.58

0.55

1.27

< 0.05

2.31

0.89

3.69

0.52

1.38

< 0.05

2.39

0.77

3.64

0.64

1.25

< 0.05

2.31

0.75

3.69

0.58

1.38

< 0.05

2.31

0.75

3.72

0.61

1.41

< 0.05

2.36

0.80

3.67

0.79

1.31

< 0.05

2.47

0.81

3.64

0.80

1.17

< 0.05

2.28

0.85

3.44

0.61

1.16

< 0.05

12. Prioritize patient’s problem list based on
urgency and severity of diseases.
13. Identify patient’s drug related problem.

2.33

0.89

3.61

0.77

1.28

< 0.05

2.25

0.87

3.36

0.68

1.11

< 0.05

14. Solve patient’s drug related problem inindividualized patients.
15. Communicate appropriated evidencebased therapeutic regimen throughpharmacist note on medical record toother members of the interdisciplinary
team such as physician and nurse.

2.28

0.85

3.42

0.81

1.14

< 0.05

2.14

0.83

3.50

0.77

1.36

< 0.05

16. Encourage patient’s medication
compliance.
17. Design a patient-centered, evidencedbased monitoring plan including efficacy
monitoring parameters and toxicity
monitoring parameters.

2.31

0.82

3.42

0.65

1.11

< 0.05

2.39

0.80

3.53

0.65

1.14

< 0.05

From table 3 shown that student's competencies have been increased through PBL model in all
items evaluation and also statistical significant (P < 0.05) have found in every items including
providing of pharmaceutical care according to Good Pharmacy Practice concept, recommend
individualized lifestyle modifications, clinical data gathering from patients and patient’s medical
record, identify patients who met referral criteria to an appropriate health care provider, designing
an appropriate pharmacologic regimens and non-pharmacologic treatment regimens, application
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of didactic knowledge to direct patient care activities, initial assessment of disease severity,
evaluation of all medication regimens, interpretation and analyze medical patient’s medical
information for develop pharmaceutical care plan, identify risk factors for diseases progression,
identify patient’s medical problem list, prioritization of patient’s problem list based on urgency
and severity of diseases, identify patient’s drug related problem, solve patient’s drug related
problem in individualized patients, communicate appropriated evidence-based therapeutic
regimen through pharmacist note, encourage patient’s medication compliance, designing apatient-centered, evidenced-based monitoring plan for individualized patients.
Table 4 showed student's satisfaction on various aspects after 15 weeks of PBL model
implementation.
Table 4. Student's satisfaction
Issues

Mean

SD

Mode

1. Satisfied with the role of teacher who works as theirfacilitators.
2. Satisfied with student's role that must be self direct
learning.
3. Satisfied with student's activities in PBL model.

4.22

0.54

4

3.64

0.68

3

4.00

0.79

4

4. Satisfied with an interesting PBL case which teacher
selected.
5. Satisfied with PBL case which led to knowledge
application in vertical and horizontal.
6. Satisfied with time course.

4.03

0.70

4

3.94

0.71

4

3.53

0.70

4

7. Satisfied with chance to independently pharmaceuticalpractice.
8. Satisfied with practice site.

3.89

0.82

4

3.67

0.83

3

9. Satisfied with the evaluation of this course.

3.75

0.84

4

10. Satisfied with overall quality of teaching and learning.

4.08

0.60

4

From table 4 shown thatthe most of students were satisfied with PBL model in various aspects.
All of questions were scored range from high to highest level of mean score (3.41 - 5.00) andmost of modes were 4.Students satisfied with the role of teacher who works as their facilitators inhighest level of mean score followed by high level of mean score including satisfied with overall
quality of teaching and learning, an interesting PBL case which teacher selected, activities in PBL
model, chance to independently pharmaceutical practice and the evaluation of this course inrespectively. However, there were 2 issues that modes were 3 including satisfaction with student's
role that must be self direct learning and appropriate of practice site.
Discussion
Pharmacy educators will play a significant role in developing the knowledge, skills, and abilities
needed to practice pharmaceutical care. Curriculum modifications and various instructional
strategies will have to be considered to facilitate the learning outcomes of pharmacy students
needed to practice pharmaceutical care. One such instructional strategy and/or curriculum modelis Problem-based Learning (PBL) (Fisher, 1994, pp. 183-189).

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The purpose of this study were to implement and evaluate a model of small group PBL thatincorporate to the course of the special problems in pharmacy for 5th year pharmacy students inthe clinical environment that facilitated by pharmacy instructor.PBL is an important part of thecurriculum that integrates content and prepares students to provide patient-centered care, as
indicated in the Blueprint for Pharmacy, and addressed by WHO patient safety curriculum guide.
Moreover, PBL in the clinical environment give students the opportunity to apply theirknowledge and skills with problem and case based in real world practice. Learning environmentis one in which the students feel they are freely able to express their thoughts and ideas (WHO,2011; Blueprint for Pharmacy, 2008).
The small group instructional method has multiple benefits. Active small group discussion
encourages application, analysis, synthesis, and evaluation of facts and concepts. This process isessential for developing competence in clinical reasoning and critical thinking. Working in small
groups allows students to take an active role in their own education. Students learn facts andconcepts best when they use them to solve problems. Small group teaching with mixed levels oflearners also offers the opportunity to set expectations of learners at all levels and demonstrate
expectations for progressive competence in the continuum of medical education (Dennick, Exley,
1998, pp. 111-115).
PBL small group sessions in clinical environment can also complement the information presented
in lectures by allowing students time to ask questions in a non-threatening environment and to
think critically. This allows the students to detect and correct errors (their own, and sometimes
those of the facilitator) and also offers students opportunities to problem solve, make clinicaldecisions, and practice clinical skills, especially communication skills. These are also useful inpromoting student reflection, independence, and life-long learning (White & Manfred, 2010).
As pharmacy practice incorporates a greater patient care component, pharmacists will be held
responsible for identifying and solving higher order clinical problems or encounter patient careproblems that will require critical thinking skills and precise decision making abilities.
Pharmacists will be involved in the clinical treatment of patients (pharmaceutical care) that
requires more detailed communication with patients and health care providers. This expanded
professional interaction will require pharmacists to utilize effective problem solving skills.
From this study indicated that pharmacy student's competencies have been increased throughPBL course mainly in clinical skills regarding apply didactic knowledge to direct patients care
activities such as identifying, prioritization, solving therapy-drug related problem as well as
clinical communication with patients or other members of interdisciplinary team. Consistent withthe study of the potential for problem-based learning in pharmacy education, found that practicecompetencies of pharmacy students can be increased via PBL course.(Fisher, 1994) As same as
the result from meta-analysis of problem-based learning in pharmaceutical education whichfound that pharmacy student’s knowledge was improved by the PBL method. PBL students
performed better on midterm examinations (odds ratio [OR]=1.46;95%CI : 1.16,1.89) and final
examinations (OR =1.60; 95%CI:1.06,2.43) compared with students in the traditional learninggroups. However, no difference was found between the groups in the subjective evaluations.
(Galvao, Silva, Neiva, Ribeiro, & Pereira, 2014).
Moreover, the recent of meta-analyses comparing PBL to conventional classrooms indicated that
PBL was superior when it comes to long-term retention, skill development and satisfaction of
students and teachers, while traditional approaches were more effective for short-term retention
as measured by standardized board exams.(Strobel & van Barneveld, 2009, pp. 44-58) In
pharmacy and medical education of Thailand context, the one group pretest-posttest design whichstudy on PBL effectiveness found that PBL method can also increase student's competencies,

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practical skills, self direct learning skill as well as lifelong learning skills. (Chuangchum,
Pholchan, Nopkesorn, & Pannarunothai, 2011, pp. 34-40).
Another advantage of this PBL model is that teacher works as facilitators of discussion rather
than an instructor. The facilitator’s primary function is to allowing students to struggle with aproblem, providing guidance, reinforcing what is right, correcting errors and give individualized
feedback on student’s performance (White, & Manfred, 2010). Students who are challenged by
the teacher who works as facilitators are likely to progress their learning more rapidly (WHO,2011).
In the part of satisfaction, althoughthe most of students were satisfied with PBL model in high tohighest level of mean score (3.41 - 5.00) and most of modes were 4. But there were 2 issues thatmodes were 3 including satisfaction with their role that must be self direct learning andappropriate of practice site. From this result consistent with the study of Chuangchum, found thatsome students (35%) of the class were satisfied with traditional passive learning more than self
direct learning in PBL method (Chuangchum, Pholchan, Nopkesorn, & Pannarunothai, 2011, pp.
34-40). Moreover, peer feedback process between teacher and students may be limited bylimitation of area space in clinical practice sites.
Conclusion
From the result shown that pharmacy student's competencies have been increased through PBL
model in all items evaluation and also statistical significant (P < 0.05) have found in every items
including providing of pharmaceutical care according to Good Pharmacy Practice concept,
recommend individualized lifestyle modifications, clinical data gathering from patients andpatient’s medical record, identify patients who met referral criteria to an appropriate health careprovider, designing an appropriate pharmacologic regimens and non-pharmacologic treatment
regimens, application of didactic knowledge to direct patient care activities, initial assessment ofdisease severity, evaluation of all medication regimens, interpretation and analyze medical
patient’s medical information for develop pharmaceutical care plan, identify risk factors fordiseases progression, identify patient’s medical problem list, prioritization of patient’s problem
list based on urgency and severity of diseases, identify patient’s drug related problem, solve
patient’s drug related problem in individualized patients, communicate appropriated evidencebased therapeutic regimen through pharmacist note, encourage patient’s medication compliance,
designing a patient-centered, evidenced-based monitoring plan for individualized patients.
The most of students were satisfied with PBL model in various aspects. All of questions werescored range from high to highest level of mean score (3.41 - 5.00) and most of modes were 4.
Students satisfied with the role of the teacher who works as their facilitators in highest level ofmean score followed by high level of mean score including satisfied with overall quality ofteaching and learning, an interesting PBL case which teacher selected, activities in PBL model,chance to independently pharmaceutical practice and the evaluation of this course in respectively.
The implications of integrate problem-based learning in pharmacy education have 2 aspects suchas students and pharmacy educator who works as facilitators. It was implied that theimplementation of PBL can enhanced the pharmacy students’ competencies and that generally thestudents were satisfied with the PBL course. These positive outcomes occurred when the teacher
works as a facilitator of discussion in clinical environment.
However, interpretation and generalization of the result should be done with the concern of some
limitations. First, main data in this studywas “Subjective data” from student's self assessment
rating scale which difficult to verify. However, the questionaire has passed reliability test alreadybefore used. Second, outcome assessment of this study has based on perceived skill or perceived

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knowledge not based on actual knowledge which measure by score on examination. Third, thisstudy was one group pretest-posttest design which have not had control group (such as traditional
teaching group) for true comparison.

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