Shivani Tripathi1*, Nilesh Patel2 and Falguni Shah3
Received: April 10, 2024; Published: April 18, 2024
*Corresponding author: Shivani Tripathi, NHLMMC, Ahmedabad, India
DOI: 10.26717/BJSTR.2024.56.008825
Aim: To evaluate how regular theory lectures on urine analysis and practical demonstrations on its physical
and biochemical aspects affect the knowledge of topic.
Method:
• A group of students were taught theoretically about urine analysis. And Pre questionnaire was given to
analyse their understanding.
• A practical demonstration was given to them. And post questionnaire was given to analyze their
knowledge gained through practical work and theoretical class.
Result: Performance of students in post questionnaire was found to be much higher than that in pre
questionnaire. Further the performance based on level of difficulty of questions (easy, moderate and hard
questions) in prequestionnaire and post questionnaire also showed positive results where students were able
to answer the questions with much ease in post questionnaire then in prequestionnaire.
Conclusion: Study was conducted on second year medical students for the topic: URINE ANALYSIS, concludes
that learning through practical demonstration imparts more understanding as compared to theoretical
teaching.
Keywords: Miller’s Pyramid; Psychomotor Domain; Communication Domain; Affective Domain
• According to the latest guidelines laid by National Medical
Council, a new pattern of assessment has been made which
gives priority to psychomotor, communication and affective
domains which were not included in the traditional method
of assessment.
• These domains are given weightage according to Miller’s
pyramid [1].
Miller’s Pyramid
Basic Model of Miller’s Pyramid:
• Millers pyramid is way of ranking clinical competence both
in educational settings and in the workplace.
• As a framework it distinguishes between knowledge at the
lower levels and action in the higher levels.
• Miller’s ideas to define education by its outputs and not by its
inputs and so at the end of any teaching intervention we are
interested in what learners can do, which is not the same as
what we have taught them. The higher levels of learning have
greater professional authenticity.
• Miller’s pyramid is usually described as having 4 levels;
knows, knows how, shows how and does. Additional levels
before these have been added to suggest that learners need
to have heard about and have awareness of before knowing
(Figure 1).
Millar’s Prism (Modified Millar’s Pyramid):
• Millar’s prism further integrates knowledge, skills and attitude
which is used in clinical settings.
• Every aspect of the prism has its own importance and any
individual aspect alone is not sufficient while assessing a student
(Figure 2).
• A group of 110 students were taught theoretically about
urine analysis.
• Pre questionnaire was given to analyze their understanding
based on the knowledge they have gained.
• A practical demonstration was given to them.
• Thereafter they themselves performed that practical.
• A post questionnaire was given to analyze their knowledge
gained through practical work and theoretical class.
About the Topic Urine Analysis:
• It is one of the basic tests with great clinical and pathological
importance.
• Further urinalysis consist of physical, questionnaire and microscopic
examination which helps us to assess an individual
on different grounds of understanding.
About the Questionnaire:
• Topic: URINE ANALYSIS
• The questions were based on:
• What student learnt (Know).
• How much he understood the topic (Know how).
• What interpretation is he able to make when demonstration
was shown (Show and Show how).
• Is he able to demonstrate the same tests himself (Perform).
• These questions were also graded as (Table 1).
Performance in following type of questions (Tables 2 & 3).
• The pre questionnaire and post questionnaire used as tool
of understanding showed that post questionnaire done after
practical demonstration had better results than pre questionnaire
done after theoretical teaching.
• Only theoretical teaching can be a boredom and very monotonous
on a long run. Practical understanding adds a uniqueness
to the learning process.
• Henceforth, it concludes that “hands on experience” has a
significant difference in understanding of a topic as well as
retention of knowledge [2].
