The document is a presentation about assessment in a constructivist classroom supported by technology. It defines key terms like assessment, constructivism, technology, and learning. It discusses that in a constructivist classroom, assessment measures collective abilities and skills through observation and rubrics. The benefits of constructivism include learning transcending memorization, students being active learners, and assessment occurring along the learning process. Constructivist teaching also allows students to explore topics of interest and work together to enhance learning.
RUNNING HEAD COMPITENCY BASED EDUCATION .docxjoellemurphey
RUNNING HEAD: COMPITENCY BASED EDUCATION 1
COMPITENCY BASED LEARNING 2
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DEFINITION AND DESCRIPTION
Competency Based Education and Training is an approach to learning and teaching more mostly used in learning concrete skills than the usual abstract learning. The differs from the other non-related approaches in that the unit of learning is very detailed .Learners work on one competency or field at a time, which is usually a part of a larger educational target or objective. The learner is evaluated on the personal competency, and only proceeds when they have completely attained the learning goals. After that the first completion, competencies that are more complex are learned or taught to a degree of mastery and isolated or separated from other topics. Another common element of Competency-based learning is the ability to skip learning modules entirely if the student can demonstrate they already have the required mastery. This can be done either through prior application of learning assessment or formative testing(Burns and Klingstedt, 1972).
Competency-based learning is more of a learner focused and works best with independent study and with the instructor or trainer in the role of facilitator. Learners often find different or varieties of individual skills more difficult than others. This educational method allows a learner to attain those skills they find difficult or challenging at their own pace, practicing and refining their skills as much as they like. They can then progress through other skills with time to which they are more familiar or adept. By enabling these students to master and gain skills at their own pace, competency-based learning model help to save both time for the study and money spent on schooling (Burns and Klingstedt, 1972).
Depending on the strategy pursued or applied, this model also creates more channels for graduating and making better use of current technology. supporting new staffing and organizational patterns that utilize tutors skills and also interests differently in addition, taking advantage of learning opportunities outside of schooling hours and walls while also assisting in identify opportunities to target interventions to meet the needed learning requirements for the students. Each of these factors is aimed at achieving greater efficiency and increased level of productivity (Burns and Klingstedt, 1972)
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HISTORICAL DEVELOPMENT AND STATUS
Modern competency-based education and training movements began with U.S. efforts to reform teacher education and training in the 1960s.Brown (1994) described sequential “generations” of competency-based learning and suggested that the emerging models in the 1980s and early 1990s were a representation of the fifth generation o ...
Modular approach in teaching has been a buzzword in our educational system. This paper ascertained the effectiveness of Modular Teaching Approach in teaching Grade 10 Science at Maximino Noel Memorial National High School. Quasi experimental and Purposive sampling was utilized. Data were collected through pre test and post test using the learning module in Science 10 prescribed by the Department of Education. Data obtain using frequency count, percentage, mean and standard deviation and t test for the significant difference. Results revealed that the performance of the Grade 10 students during the pre test in the following competencies describing the distribution of active volcanoes, earthquake epicenters, and major mountain belts distinguishing the different types of plate boundaries and explaining the different processes that occur along the plate boundaries, was described as Beginning. However, after using the Modular Teaching Approach, the post test performance of the students on the aforementioned competencies increased significantly and was described as Proficient. This indicated that the approach evidently showed positive results and displayed a vital connection in increasing students’ academic achievement. Thus, enhanced learning module was proposed as instructional intervention in improving students’ performance in Science 10. Marsha R. Valencia "Modular Approach in Teaching Science 10" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-3 , April 2020, URL: https://www.ijtsrd.com/papers/ijtsrd30318.pdf Paper Url :https://www.ijtsrd.com/other-scientific-research-area/other/30318/modular-approach-in-teaching-science-10/marsha-r-valencia
Flipped Classroom A Concept for Engaging Nursing Students in Learningijtsrd
Technological advancement have been created many aspects in leaning, which is immense force on our younger generation to keep themselves abreast with the new and advance technology in nursing science to impart education. This technology to augment these current education strategies. Nursing educators have to evolve innovative pedagogy and model techniques to prepare this generation for future challenges as the training periods are getting relatively shorter. Out of those most exciting advancements in the modern classroom is flipped. It hinges on the idea that students learn more effectively by using class time for small group activities and individual attention. It is also known as Inverted classroom, such innovation that can empower a learner to develop critical thinking skills and master ways to imbibe vast information by engaging students in active teaching learning process. Over the last few years, Flipped Classroom has rapidly gained popularity among faculty and administrators of institutes around the globe Teachers then assign students lecture materials and presentations to be viewed at home or outside of the classroom day, prioritizing active learning. The purpose of education is to move forward, improve and express. Flipped Classroom pedagogy has become popular in several different courses in Higher Educational Institutions. Information Technology have become an integral part of the teaching learning process in academic courses at Higher education institutions, opening the way for the emergence of different pedagogical models like e Learning, Blended Learning and the Flipped Classroom. Dr. Sarika Saxena | Mr. Mohit Sharma | Dr. Alka Saxena "Flipped Classroom: A Concept for Engaging Nursing Students in Learning" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-6 , October 2021, URL: https://www.ijtsrd.com/papers/ijtsrd46447.pdf Paper URL : https://www.ijtsrd.com/medicine/nursing/46447/flipped-classroom-a-concept-for-engaging-nursing-students-in-learning/dr-sarika-saxena
E-Portfolios and the Problem of Learning in the Post-Course Era by Randy Bass, Center for New Designs in Learning and Scholarship (CNDLS), Georgetown University
General Education 3.0 (AAC&U)
March 4, 2011
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Assessment in a Constructivist, Technology-Support Learning
1. Republic of the Philippines
MINDANAO STATE UNIVERSITY
COLLEGE OF EDUCATION
Fatima, General Santos City
Module 4: Applications, Assessments and
Innovations in Educational Technology
Lesson 2.e: Assessment in a Constructivist,
Technology-Support Learning
Presented to:
Dr. Ava Clare Marie O. Robles
Class Schedule: MTH/ 7:30-10:00
Presented By:
Arnie Fe S. Antiola
2. Define the terms assessment,
constructivist, technology, and
learning.
Discuss the assessment used in a
constructivist's classroom.
Discuss the benefits of
constructivism.
3. MODULE 4.2.e ASSESSMENT in a CONSTRUCTIVIST, technology -SUPPORT learning
Definition
Characteristics
Benefits
Reference:
http://www.slideshare.net/armovil/assessment-of-studentlearning?from_search=1
4. MODULE 4.2.e ASSESSMENT in a CONSTRUCTIVIST, technology -SUPPORT learning
Definition
Characteristics
Benefits
Constructivist
Reference:
http://nancy-rubin.com/2011/10/18/constructivism-and-authentic-assessment.
5. MODULE 4.2.e ASSESSMENT in a CONSTRUCTIVIST, technology -SUPPORT learning
comes from the
Greek word “techne”
which means art or
craft. Thus, it
refers to the art or
craft of responding
to the educational
need
(Corpuz&Lucido,
2012).
Definition
Characteristics
Benefits
Technology
Reference:
Corpuz, Brenda B. & Lucido, Paz I.(2012) Educational Technology 1, Lorimar Publishing Inc., Metro Manila, Philippines.
6. MODULE 4.2.e ASSESSMENT in a CONSTRUCTIVIST, technology -SUPPORT learning
Learning
Process of
acquiring
modifications in
existing
knowledge, skills,
habits, or
tendencies
through
experience,
practice, or
exercise
Reference:
http://www.merriam-webster.com/dictionary/learning
Definition
Characteristics
Benefits
7. MODULE 4.2.e ASSESSMENT in a CONSTRUCTIVIST, technology -SUPPORT learning
Definition
Learning transcends
memorization of facts
Benefits
Facts
Concepts
Meaning
Application
Reference:
Corpuz, Brenda B. & Lucido, Paz I.(2012) Educational Technology 1, Lorimar Publishing Inc., Metro Manila, Philippines.
8. MODULE 4.2.e ASSESSMENT in a CONSTRUCTIVIST, technology -SUPPORT learning
most
appropriate for
a constructivist
classroom
It measures
collective
abilities-written
and oral
expression skills,
analytical skills,
manipulative
skills, integration,
creativity, and
the ability to
work
collaboratively.
We need to
observe and
evaluate and it
would be more
objective with
the aid of scoring
rubric .
Definition
Benefits
Reference:
Corpuz, Brenda B. &Lucido, Paz I.(2012) Educational Technology 1, Lorimar Publishing Inc., Metro Manila, Philippines.
9. MODULE 4.2.e ASSESSMENT in a CONSTRUCTIVIST, technology -SUPPORT learning
Definition
Constructivist
teaching methods
also provide
opportunities for
students to question
the material being
presented and
explore various
topics as their
interest are
indignant
Benefits
Reference:
http://www.slideshare.net./nataliea/constructivist -teaching-methods
10. MODULE 4.2.e ASSESSMENT in a CONSTRUCTIVIST, technology -SUPPORT learning
Students as
active and
engaged
learners
Definition
Benefits
Willingham (2009) notes that ,“If the
teacher does not direct a lesson to
provide constraints on the mental paths
that students will explore the environment
itself can do so effectively in a discovery
learning context ”.
Reference:
Willingham, D. (2009). Why students don’t like school: A cognitive scientist answers questions about how the mind works
and what it means for the classroom. San Francisco: Jossey Bass.
11. MODULE 4.2.e ASSESSMENT in a CONSTRUCTIVIST, technology -SUPPORT learning
Definition
Educators can help aid students in these
discovery-based learning opportunities by
providing them with manipulative and
primary resources to enhance and guide
them in their learning
Benefits
A different approach
to obtain knowledge.
Reference:
http://www.slideshare.net./nataliea/constructivist-teaching-methods
12. MODULE 4.2.e ASSESSMENT in a CONSTRUCTIVIST, technology -SUPPORT learning
Definition
The constructivist
classroom is as
equally concerned
with the process of
learning as it is the
product of
learning. Such
practices assist
students and allows
for intervention or
enrichment to
enhance learning as
it is happening.
Assessment
along the way.
Reference:
http://www.slideshare.net./nataliea/constructivist-teaching-methods
Benefits
13. MODULE 4.2.e ASSESSMENT in a CONSTRUCTIVIST, technology -SUPPORT learning
Rather than
students working in
isolation,
constructivist
classrooms
promote students
working together
to enhance the
learning
experiences.
Reference:
http://www.slideshare.net./nataliea/constructivist-teaching-methods
Definition
Benefits
15. MODULE 4.2.e ASSESSMENT in a CONSTRUCTIVIST, technology -SUPPORT learning
•Airasian, P. W., & Russell, M. K. (2008). Classroom assessment:
Concepts and applications. Boston: McGraw-Hill.
•Anderson, Natalie. Assessment in a Constructivist Classroom.
Retrieved from http://www.slideshare.net./nataliea/constructivistteaching-methods.
•Conception, Benjamin, et.al (2012).LET Reviewer Center. Manila,
Philippines.
•Corpuz, Brenda B. &Lucido, Paz I.(2012) Educational Technology 1,
Lorimar Publishing Inc., Metro Manila, Philippines.
•Debbie, Nereida E. Constructivism. Retrieved from
http://www.slideshare.net.nantunezgamon/constructivism-power-point4646264.
•Jiniv,Susana.Use of Educational Technology for Constructivist Learning
in a Performance Assessment Class. Retrieved from
http://www.montclair.edu/profilepages/media/286/user/Use_of_Technolo
gy_for_Constructivist_Learning_in_a_Performance_Assessment_Class.
pdf
•Kodi, ZainulAbideen. Assessment in a Constructivist Classroom.
Retrieved from
http://www.slideshare.net/zainulabideenkodi/assessment-inconstructivist-classroom.
•Villanueva, Arlan M. Assessment of Student Learning. Retrieved from
http://www.slideshare.net/armovil/assessment-of-studentlearning?from_search=1
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