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Impact of Accreditation on the Teaching and Learning Process in
the Civil Engineering Sector
Authors: Mr. A.M.R.R.Abeykoon, Ms. Priyaga Kumari, Ms.B.N.Dharmasena
TVEC RESEARCH : Year 2016
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Executive Summary
Educational reforms of the last decade have received increased scrutiny regarding their
effectiveness in raising student achievement. A number of research studies have examined the
relationships between academic achievement and isolated factors such as class size, lecturer/
instructor experience, students per computer or hours of instruction per year. To date,
however, considerably less attention has been given to, or research conducted on, institutional
practices that affect teaching and learning. For example, there is little research on vocational
training center accreditation, a process affecting a range of institutional practices, including
those governing classroom instruction, capital resources, and finances, staffing needs, student
services, administration and professional development. The scarcity of research on
accreditation may be explained in that accreditation is a process that affects many types of
institutes in a variety of ways. Correspondingly, the task of ‘measuring’ the impact of the
accreditation process on the quality of education is complex and challenging. 1 Assessing the
impact of the accreditation process is less straightforward than comparing institutes based on
characteristics like student-lecturer ratio, per student expenditure, percentage of certified
teachers, graduation rate, and students per computer, library holdings or test scores.2
Research on best practices in education points to a host of institute-level variables that
benefit student learning. There has been comparatively less inquiry into how characteristics of
an institution, apart from factors inside the classroom, affect the quality of teaching and
learning. Although the accreditation process has, over decades, affected educational
institutions serving every grade level few studies have explored the impact of accreditation on
the quality of education leaving important questions unanswered. For example, do the types of
professional development activities for lecturers affect instruction? Do students benefit
academically when they attend institutes where faculty and administrators engage in shared 1 Bogue, E. Grady. "Quality assurance in higher education: The evolution of systems and design ideals." New Directions for Institutional Research1998.99 (1998): 7-18.2 Altbach, Philip G., and Jane Knight. "The internationalization of higher education: Motivations and realities." Journal of studies in international education 11.3-4 (2007): 290-305.
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
decision-making? Does the work environment affect lecturers’ morale and, in turn, the quality
of instruction they provide? Do institutes in which lecturers collaborate extensively in lesson
design provide a better education than schools where faculty teamwork is minimal? Do certain
administrative policies and practices influence the quality of education?
To answer these and other questions this research was carried out to examine the
impact of accreditation on the teaching and learning process at accredited institutions. A
survey instrument was developed for this purpose. The primary objective of this research was
to gather measurable insights about the impact of accreditation on the teaching and learning
process. Study results were divided into two parts corresponding to two distinct groups of
respondents. Institute Directors/ Principals formed group 1 and Lecturers/ Instructors formed
group 2. Findings are based on both quantitative and qualitative survey data.
1. Introduction
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
This report focuses on higher education accreditation focusing on the technical education
sector. It represents a first effort to map, explore and assess accreditation impact on the
teaching learning process. The information presented here, the assessments, and
recommendations are intended to inform and assist those interested in quality assurance in
general and suggest approaches and strategies for those contemplating technical education
accreditation, audits, and academic reviews.
1.1 Purpose and Role of Accreditation
The development and utilization of effective mechanisms for accreditation and
improvement are critical to successful technical education everywhere. Every nation and its
students are competing in an environment shaped by its own local and national needs as well
as international expectations and standards. The impacts of the latter are increasing. As a
result, the success and competitiveness of graduates in tertiary institutions will be affected by
those standards and expectations. Educators, policy makers, and faculty members would be
well advised to assess their own tertiary systems in that context and strive to set appropriate
standards of their own which also draw on and reflect the unique history, needs, and
expectations of the nation. 3
Quality improvement and quality assurance are among the most complicated problems
facing technical education because they touch on almost every aspect of the system. It is much
more than meeting some minimal standard measures of inputs – number of faculty members
with higher education, books in the library, ratio of computers to students. And if quality
assurance is to be carried out effectively it must be seen as important to those involved, impart
critical information to tertiary institutions, employers, and the public, and be meaningful to the
international higher education community and other international actors.
Quality refers to “fitness for purpose” – meeting or conforming to generally accepted
standards as defined by quality assurance bodies and appropriate academic and professional
3 Natarajan, R. "The role of accreditation in promoting quality assurance of technical education." International Journal of Engineering Education 16.2 (2000): 85-96.
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
communities. In the diverse arena of technical education, fitness for purpose varies
tremendously by field and program. Accreditation is a planned and systematic review process
of an institution or program to determine whether or not acceptable standards of education,
scholarship, and infrastructure are being met, maintained and enhanced. A broad range of
factors affect quality in tertiary institutions including their vision and goals, the talent and
expertise of the teaching staff, the quality of the library and laboratories, access to the Internet,
governance, leadership, relevance, value added, and a host of others. A tertiary institution is
only as good as the quality of its teaching staff – they are the heart of the institution producing
its graduates, its research products, and its service to the institution, community, and nation. 4
Some of the most important terms used here and in quality assurance, such as
accreditation, are employed in a variety of ways and have different meanings in different parts
of the world. For example, accreditation in the US refers to a process of review and assessment
of quality that result in a decision about whether or not to accredit an institution. In the UK
accreditation refers to a Code of Practice by which an institution without its own degree
awarding powers is given authority by a university or other awarding institution to offer its
degrees to students meeting the requirements.5
Accreditation is defined as a process of self-study and external quality review used in
higher education to scrutinize colleges, universities and higher education programs for quality
assurance and quality improvement. The process is designed to determine whether or not an
institution has met or exceeded national published standards for accreditation and is achieving
its mission and stated purpose. The process usually includes a self-evaluation, peer reviews and
site visits. Success results in accreditation.6
An institutional academic review is a diagnostic self-assessment and evaluation of
teaching, learning, research, service, and outcomes based on a detailed examination of 4 Pring, Richard. "Standards and quality in education." British Journal of Educational Studies 40.1 (1992): 4-22.5 Brennan, John, and Ruth Williams. "Accreditation and related regulatory matters in the United Kingdom." Accreditation and evaluation in the European higher education area. Springer Netherlands, 2004. 465-490.6 Lubinescu, Edward S., James L. Ratcliff, and Maureen A. Gaffney. "Two continuums collide: Accreditation and assessment." New directions for higher education 2001.113 (2001): 5-21.
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
curricula, structure, and effectiveness of a program as well as the quality and activities of its
faculty. It is designed to give an institution an evaluation of its own programs based on a self-
assessment by the unit, a peer review by colleagues outside the program, and a report on the
findings. In several countries the term accreditation is used to refer to public universities that
were established by acts of Parliament, by statute, or by decree. 7
Changes brought about by the transition to a knowledge economy have created a
demand for higher skill levels in most occupations. A new range of competences such as
adaptability, team work, communication skills and the motivation for continuous learning have
become critical. Thus, countries wishing to move towards the knowledge economy are
challenged to undertake reforms to raise the quality of education and training through changes
in content and pedagogy. Without high quality tertiary education nations lack the trained
professionals to meet the needs of highly competitive markets and the challenges of knowledge
societies. Accreditation and assessment help foster and encourage high quality and quality
improvement in higher education institutions.8
1.2 Objectives of Accreditation
Institutional and program accreditation reflects a wide range of goals that include to:
assess the performance of tertiary institutions including teaching, learning, research,
and service
improve the quality of higher education, which in many cases means meeting
international standards and expectations
7 Holland, Barbara. "Analyzing institutional commitment to service: A model of key organizational factors." Michigan Journal of Community Service Learning4.1 (1997): 30-41.8 Brown, Phillip, Anthony Hesketh, and Sara Williams. The mismanagement of talent: Employability and jobs in the knowledge economy. Oxford University Press, 2004.
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
protect the public from fraudulent or substandard tertiary education providers
provide institutions with an external assessment of quality and performance and
encourage quality improvement
provide information to potential students, their parents, employers, and the public;
assess the relevance of academic and professional programs
provide for licensure in professional fields (e.g. accounting, medicine, law, teacher
education, engineering)
set minimum standards for higher education institutions (in the case of accreditation)
examine quality improvement and assessment mechanisms of institutions
assess the success of institutions in meeting their stated missions, goals, and vision
hold tertiary institutions accountable to the public and stakeholders
provide mechanisms for government regulation of higher education
assist governments in allocating resources
provide a recognized measure of quality to attract foreign students and investors, insure
the transferability of students, and recognition of student degrees internationally
1.3 Purpose of Accreditation
Accreditation process serves two purposes:
1. Institutional Purpose:
Institutes assert that accreditation helps shape and guide the continuous quality
improvement of their institutions and academic programs. Accreditation’s unique,
external peer-review process provides insight, feedback and recommendations on goals,
policies and plans to fulfill educational missions and enhance academic quality.
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Accreditation can also help institutions make judgments about accepting academic
credit from other colleges or universities.
2. Government/Public Purpose:
The government and the public rely on accreditation for quality assurance. As the
government created new government benefit programs, in the form of grants and loans,
for veterans and college students pursuing higher education, it sought a mechanism or
system to assure the quality of institutions where students spend their government
funds. To accomplish this objective, the federal government deferred to an existing
system – accreditation.
2. Background
An institution or program that has successfully completed an accreditation review has in
place the needed instructional, student support and other services to assist students to achieve
their educational goals. Accreditation has helped to provide the conditions necessary for the
development of diverse, flexible, robust and often admired higher education. Accreditation is
both a process and a status. It is the process of reviewing colleges, universities, institutions and
programs to judge their educational quality – how well they serve students and society. The
result of the process, if successful, is the award of “accredited status.” Accreditation is carried
out through nongovernmental organizations created in whole or in part by the higher education
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
community. Some accrediting organizations review colleges and universities. Others review
specific programs, e.g., law, medicine, engineering. In a number of fields, especially the health
professions, graduation from an accredited program is a requirement for receiving a license to
practice. All accrediting organizations create and use specific standards both to assure that
institutions and programs meet threshold expectations of quality and to assure that they
improve over time. These standards address key areas such as faculty, student support services,
finance and facilities, curricula and student learning outcomes. All accrediting organizations use
common practices, including a self-review by the institution or program against the standards,
an on-site visit by an evaluation team of peer experts and a subsequent review and decision by
the accrediting body about accredited status. This review is repeated every three to ten years if
the institution or program is to sustain its accreditation.9
Accreditation process benefits students and the public. “Accredited status” means that
students and the public can expect that a school or program lives up to its promises. It means
that a student can have confidence that a degree or credential has value. Accreditation signals
that the public can have confidence in the worth of an institution or program. For students,
accreditation provides value related to not only judging quality, but also obtaining employment,
receiving student aid and transferring credits.
Accreditation:
Encourages confidence that the educational activities of an accredited institution
or program have been found to be satisfactory.
Assists with student mobility: Accredited status indicates to institutions judging
requests for transfer or applications for graduate school that the sending
institution or program has met threshold expectations of quality.
Signals to prospective employers that a student’s educational program has met
widely accepted standards, with graduation from an accredited program, in
some cases, a prerequisite for entering a profession.
9 Accreditation, Education. "The Value of Accreditation." (2010).
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Provides access to federal and sometimes state financial aid, available to
qualified students who attend institutions accredited by recognized accrediting
organizations. To the public, the accreditation process provides value not only
through judging quality, but also assuring reliable information about institutions
and programs, promoting accountability and identifying successful improvement
efforts.
Confirms that the public presentation of an educational program, student
services and graduate accomplishments is fair and accurate.
Promotes accountability through ongoing external evaluation of the institution
or program, with a finding that there is compliance with general expectations in
higher education or a professional field as reflected in the accreditation
standards.
Identifies institutions and programs that have voluntarily undertaken explicit
activities directed at improving the quality of the institution and its professional
programs and are carrying them out successfully.
In looking at the value of accreditation following can be analyzed.
Accreditation:
Encourages confidence that an institution’s or program’s presentation of the education
it provides is fair and accurate, including the description of services available to students
and the accomplishments of its graduates.
Assures that a neutral, external party (the accrediting organization) has reviewed the
quality of education provided and has found it to be satisfactory, based upon
appropriate peer expertise.
Confirms that institutions and programs have processes in place to meet changes in
thinking within the academy and in the public’s expectations
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Assists with transfer of credits among institutions, with student mobility more likely to
be successful among accredited institutions as compared to unaccredited institutions.
Aids with entrance to a profession, when a particular field may require graduation from
an accredited program or institution.
Signals prospective employers that an educational program has met widely accepted
educational standards. 10
Accredited status is a reliable indication of the value and quality of educational
institutions and programs to students and the public. Without accredited status, it is
hard to be sure about the quality of the education or to be confident that an institution
or program can deliver on its promises. Similarly, employers or graduate programs
cannot be confident that graduates of an unaccredited institution or program will be
appropriately prepared.
Accreditation of an institution may not mean that a specific program is accredited,
particularly a professional program leading to licensure. What Does the Fact That the
Institution or Program is Accredited Mean to Students? It means that students can have
confidence in an institution or program because those who went before had access to a
quality education. Through accreditation, peer experts have reviewed the quality of the
education provided, the processes by which students are educated and the processes that
the institution or program uses to maintain an acceptable level of quality over time. How Do
Students Know That an Accredited Institution or Program Will Keep Its Word in Providing
the Education Described in Its Public Materials? As part of the accreditation process,
institutions and programs must demonstrate that they meet the accreditation standards
requiring that they provide quality education. And, they have to demonstrate truth in
advertising – which the information presented about the education they offer, is accurate.
10 Huffman, James. "The Role of Accreditation in Preserving Educational Integrity." Educational Record 63.3 (1982): 41-44.
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
3. Survey Results
Survey for Instructors: Section – A
VTA-Gampaha Number of Instructors: 7Section A
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7
Question 8
A -Strongly Agree 1 6 1 3 1 2B -Agree 7 4 5 5 4 4 3C -Disagree 2 1 1 1 1 2D -Strongly Disagree 1E- Not Certain 1
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
Question 8
0
1
2
3
4
5
6
7
A -Strongly AgreeB -AgreeC -DisagreeD -Strongly DisagreeE- Not Certain
VTA-Ratmalana Number of Instructors: 6Section A
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
Question 8
A -Strongly Agree 6 2 1 2B -Agree 6 4 5 5 4 4 2C -Disagree 2 1 1 1 2D -Strongly DisagreeE- Not Certain
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
Question 8
0
1
2
3
4
5
6
A -Strongly AgreeB -AgreeC -DisagreeD -Strongly DisagreeE- Not Certain
TC-Matale Number of Instructors: 4Section A
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7
Question 8
A -Strongly Agree 4B -Agree 4 4 3 3 4 4 2C -Disagree 1 1 2D -Strongly DisagreeE- Not Certain
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
Question 8
0
0.5
1
1.5
2
2.5
3
3.5
4
A -Strongly AgreeB -AgreeC -DisagreeD -Strongly DisagreeE- Not Certain
TC-Warakapola Number of Instructors: 4Section A
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7
Question 8
A -Strongly Agree 4B -Agree 4 4 4 3 4 4 4C -Disagree 1D -Strongly DisagreeE- Not Certain
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
Question 8
0
0.5
1
1.5
2
2.5
3
3.5
4
A -Strongly AgreeB -AgreeC -DisagreeD -Strongly DisagreeE- Not Certain
TC-Weerawila Number of Instructors: 6Section A
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7
Question 8
A -Strongly Agree 6B -Agree 6 3 6 5 6 4 6C -Disagree 1 2D -Strongly DisagreeE- Not Certain 3
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
Question 8
0
1
2
3
4
5
6
A -Strongly AgreeB -AgreeC -DisagreeD -Strongly DisagreeE- Not Certain
Survey for Instructors : Section –B
VTA-Gampaha Number of Instructors: 7Section B
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
A -Highly Improved 6 7 5 7 7 5 6B -Improved 1 2 1C -Averagely Improved 1 1D -Not Improved
TVEC RESEARCH 2016 Page 16
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
0
1
2
3
4
5
6
7
Series1A -Highly ImprovedB -ImprovedC -Averagely ImprovedD -Not Improved
VTA-Ratmalana Number of Instructors: 6Section B
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
A -Highly Improved 2 6 4 6 6 5 6B -Improved 4 2 1C -Averagely ImprovedD -Not Improved
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
0
1
2
3
4
5
6
A -Highly ImprovedB -ImprovedC -Averagely ImprovedD -Not Improved
TC-Matale Number of Instructors: 4Section B
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
A -Highly Improved 2 4 3 3 4 4 4B -Improved 2 1C -Averagely Improved 1D -Not Improved
TVEC RESEARCH 2016 Page 18
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
0
0.5
1
1.5
2
2.5
3
3.5
4
4.5
A -Highly ImprovedB -ImprovedC -Averagely ImprovedD -Not Improved
TC-Warakapola Number of Instructors: 4Section B
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
A -Highly Improved 2 4 3 4 4 1 4B -Improved 2 1 3C -Averagely ImprovedD -Not Improved
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
0
0.5
1
1.5
2
2.5
3
3.5
4
A -Highly ImprovedB -ImprovedC -Averagely ImprovedD -Not Improved
TC-Weerawila Number of Instructors: 6Section B
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
A -Highly Improved 1 6 1 6 6 4 3B -Improved 5 5 2 3C -Averagely ImprovedD -Not Improved
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Question1
Question2
Question3
Question 4
Question 5
Question 6
Question 7
0
1
2
3
4
5
6
A -Highly ImprovedB -ImprovedC -Averagely ImprovedD -Not Improved
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
4. Analysis of DataMS Excel software was used for the analysis purposes of the gathered data. Average
value was considered in identifying the relationship between accreditation process and
the teaching and learning process.
Following are the data related to the section A of the questionnaire given for the
Lecturers/ Instructors.
TC-Weerawila Number of Instructors: 6Section A
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7 Question 8 Average
A -Strongly Agree 6 6B -Agree 6 3 6 5 6 4 6 5.142857C -Disagree 1 2 1.5D -Strongly DisagreeE- Not Certain 3 3
TC-Warakapola Number of Instructors: 4Section A
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7
Question 8 Avearage
A -Strongly Agree 4 4B -Agree 4 4 4 3 4 4 4 3.857143C -Disagree 1 1D -Strongly DisagreeE- Not Certain
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
TC-Matale Number of Instructors: 4Section A
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7
Question 8 Average
A -Strongly Agree 4 4B -Agree 4 4 3 3 4 4 2 3.428571C -Disagree 1 1 2 1.333333D -Strongly DisagreeE- Not Certain
VTA-Ratmalana Number of Instructors: 6Section A
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7
Question 8 Average
A -Strongly Agree 6 2 1 2 2.75B -Agree 6 4 5 5 4 4 2 4.285714C -Disagree 2 1 1 1 2 1.4D -Strongly DisagreeE- Not Certain
VTA-Gampaha Number of Instructors: 7Section A
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7
Question 8 Average
A -Strongly Agree 1 6 1 3 1 2 2.333333B -Agree 7 4 5 5 4 4 3 4.571429C -Disagree 2 1 1 1 1 2 1.333333D -Strongly Disagree 1 1E- Not Certain 1 1
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Average values of the Section B : Lectuers/ Instructors
Center NameA -Strongly Agree B -Agree
C -Disagree
D -Strongly Disagree
E- Not Certain
TC-Weerawila 6 5.142857 1.5 3TC-Warakapola 4 3.855714 1TC-Matale 4 3.428571 1.3333VTA-Ratmalana 2.75 4.285714 1.4VTA-Gampaha 2.3333 4.571429 1.3333 1 1
A -Stro
ngly Agre
e
B -Agre
e
C -Disa
gree
D -Stro
ngly Disa
gree
E- Not C
ertain
0
1
2
3
4
5
6
7
TC-WeerawilaTC-WarakapolaTC-MataleVTA-RatmalanaVTA-Gampaha
Above diagram depicts the average values for the section A of the questionnaire. Which
has the highest values for the ‘strongly agree’. This depicts the positive impact of the
accreditation process on the teaching and learning process.
Following are the results from the data gathering given for the Lecturers/ Instructors
from the section A of the questionnaire.
TC-Weerawila Number of Instructors: 6Section B
Question1 Question2 Question3 Question Question Question Question Average
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
4 5 6 7
A -Highly Improved 1 6 1 6 6 4 3 3.857143B -Improved 5 5 2 3 3.75C -Averagely ImprovedD -Not Improved
TC-Warakapola Number of Instructors: 4Section A
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7
Question 8 Avearage
A -Strongly Agree 4 4B -Agree 4 4 4 3 4 4 4 3.857143C -Disagree 1 1D -Strongly DisagreeE- Not Certain
TC-Matale Number of Instructors: 4Section A
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7
Question 8 Average
A -Strongly Agree 4 4B -Agree 4 4 3 3 4 4 2 3.428571C -Disagree 1 1 2 1.333333D -Strongly DisagreeE- Not Certain
VTA-Ratmalana Number of Instructors: 6Section A
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7
Question 8 Average
A -Strongly Agree 6 2 1 2 2.75B -Agree 6 4 5 5 4 4 2 4.285714C -Disagree 2 1 1 1 2 1.4D -Strongly Disagree
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
E- Not Certain
TC-Warakapola Number of Instructors: 4Section B
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7 Average
A -Highly Improved 2 4 3 4 4 1 4 3.142857B -Improved 2 1 3 2C -Averagely ImprovedD -Not Improved
TC-Matale Number of Instructors: 4Section B
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7 Average
A -Highly Improved 2 4 3 3 4 4 4 3.428571B -Improved 2 1 1.5
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
C -Averagely Improved 1 1D -Not Improved
VTA-Ratmalana Number of Instructors: 6Section B
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7 Average
A -Highly Improved 2 6 4 6 6 5 6 5B -Improved 4 2 1 2.333333C -Averagely ImprovedD -Not Improved
VTA-Gampaha Number of Instructors: 7Section B
Question1 Question2 Question3Question 4
Question 5
Question 6
Question 7 Average
A -Highly Improved 6 7 5 7 7 5 6 6.142857B -Improved 1 2 1 1.333333C -Averagely Improved 1 1 1D -Not Improved
Section A: Average Values of the Centers - Data Analysis for Lecturers/ Instructors
Average Values
Center Name Highly Improved ImprovedAveragely Improved
Not Improved
TC-Weerawila 3.857143 3.75TC-Warakapola 3.142857 2TC-Matale 3.428571 1.5 1
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Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
VTA-Ratmalana 5 2.333333VTA-Gampaha 6.142857 1.333333 1
TC-W
eeraw
ila
TC-W
araka
pola
TC-M
atale
VTA-Ratm
alana
VTA-G
ampah
a0
1
2
3
4
5
6
7
Highly Improved ImprovedAveragely ImprovedNot Improved
From the above graph related to the section A of the questionnaire it can be depicted
that there is a positive impact from accreditation on the teaching and learning process.
TVEC RESEARCH 2016 Page 28
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
5. Limitations There were several limitations in meeting the goal of this research. Several
questionnaires were rejected due to incompleteness. Not all the participants were
motivated to respond to questionnaires in a timely and efficient manner. There is lack of
motivation in participating in research and the general opinion towards research work is
a negative aspect. Due to limited time frame research was limited to the civil
engineering sector. Due to limited time frame and traveling inconsistencies face- to -
face interviews were omitted.
TVEC RESEARCH 2016 Page 29
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
6. ConclusionAnalysis of the gathered data depicts that there is a positive impact from the
accreditation on the teaching and learning process.
TVEC RESEARCH 2016 Page 30
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
7. RecommendationsThis research was conducted only for the Civil Engineering sector. The same can be
implemented for other trade areas in the technical education sector as well. In order to
add up value to the technical education sector migrant workers this research can be
used. Research can be used to map the accreditation process in different regions in the
world. It gives added value to the migrant workers. This can be used to improve the
attitudes of the lecturers / instructors at technical educational centers. This can be used
as a motivating factor to embrace the process of accreditation. Non- accredited
institutes can move towards accredited culture through the results of this research.
TVEC RESEARCH 2016 Page 31
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Appendix
TVEC RESEARCH- 2016
Impact of Accreditation on Improving Teaching and Learning Processes in
Training Providers of Civil Engineering Sector- For Managers
Directions: Please indicate your degree of agreement with each statement by checking the
most accurate idea. Please be assured that your responses will be kept confidential.
Question Strongly
Agree
Agree Disagree Strongly
Disagree
Not Certain
1.The accreditation
process has been
beneficial in terms of
enhancing the overall
quality of education
TVEC RESEARCH 2016 Page 32
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
at your institution.
2.Participation in the
accreditation in the
accreditation process
has led to
improvement in the
quality of class room
instruction.
3.Participation in the
accreditation in the
accreditation process
has led to
improvement in
training delivery on
time.
4. Participation in the
accreditation in the
accreditation process
has led to
improvement in the
infrastructure
facilities.
5. Participation in the
accreditation in the
accreditation process
has led to
improvement in the
examination results.
TVEC RESEARCH 2016 Page 33
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
6. Participation in the
accreditation in the
accreditation process
has led to
improvement of the
trainer’s performance
7. Participation in the
accreditation in the
accreditation process
has led to
improvement in the
trainer’s motivation
to update his/her
knowledge via
further education,
research,
workshops..etc..
8. Participation in the
accreditation in the
accreditation process
has led to
improvement in the
On-The-Job(OJT)
opportunities for the
trainees.
TVEC RESEARCH 2016 Page 34
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
Part B
This refers to the areas improved/Not improved by the accreditation process. If the given
category/ sub category has improved/Not improved check the relevant area according to your
choice.
Category/ Sub Category Improved due to
Accreditation Process
Not Improved due to
Accreditation Process
1. Infrastructure facilities
1.1 Classroom
1.2 Workshop/laboratory
1.3 Lighting in classrooms/
workshops/labs
1.4 Ventilation for classrooms/
workshops/labs
1.5 Drinking water
1.6 Sanitary facilities
2. National Documents
2.1 National Competency Standard- NCS(
New/Revised)
2.2 Curriculum outline (New/Revised)
2.3 Trainer’s/ learner’s guide ( If
TVEC RESEARCH 2016 Page 35
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
developed)
3. Equipment & Training Material
Facilities
3.1 Availability of equipment
3.2 Availability of machinery
3.3 Availability of tools
3.4 Usage of equipment, machinery,
tools
3.5 Plan for maintenance of Machinery/
Equipment
3.6 Availability of training materials/
consumables
3.7 Training work station
4. Training delivery documents and
delivery of training
4.1 Course plan, training plans( T1),
lesson plans(T2) and time tables
prepared in accordance to the
required qualification package/s
4.2 Availability of theory notes, practical
sheets for the entire training course
4.3 Availability of students’ theory note
books/ practical done as per modules
completed
4.4 In class assignments/ continuous
assessment done as per modules
completed
4.5 Continuous assessment is done is
TVEC RESEARCH 2016 Page 36
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
accordance with curriculum
4.6 Projects completed in accordance
with curriculum
5. Maintenance of Records
5.1 Attendance
5.2 Instructor log book/ daily diary
5.3 Assessment records
5.4 Trainees’ progress record books
6. Safety Arrangements
6.1 Building
6.2 Equipment/ Machinery
6.3 Fire Safety
6.4 Personal Safety
6.5 First aid facilities
7. Qualification of training staff/
instructors
7.1 No. of staff involved in the course
7.2 Vocational qualification
7.3 Academic/teaching experience
7.4 Industry experience
General Information: For research purposes, please answer the questions below pertaining to
your background and your institution’s characteristics. Please be assured that your answers will
be kept confidential.
Type of institution (please circle): Public ⃝ Private ⃝
Level of education (please circle): Elementary Vocational/Technical ⃝
TVEC RESEARCH 2016 Page 37
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
College ⃝
University ⃝
Your position at your institution: ____________________ Number of years in this position: _________
Number of students at your institution: _________ Grade (Average): _________
Your Gender: F ⃝ M ⃝
THANK YOU FOR YOUR PARTICIPATION
TVEC RESEARCH 2016 Page 38
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
TVEC RESEARCH 2016
Impact of Accreditation on Improving Teaching and Learning Processes in
Training Providers of Civil Engineering Sector - For Instructors
Directions: Please indicate your degree of agreement with each statement by checking the
most accurate idea. Please be assured that your responses will be kept confidential.
Part A
Question Strongly
Agree
Agree Disagree Strongly
Disagree
Not Certain
1.The accreditation
process has been
beneficial in terms of
enhancing the overall
quality of education
at your institution.
2.Participation in the
accreditation in the
accreditation process
has led to
improvement in the
quality of class room
instruction.
3.Participation in the
accreditation in the
accreditation process
TVEC RESEARCH 2016 Page 39
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
has led to
improvement in the
Trainer delivery
method.
4.Participation in the
accreditation in the
accreditation process
has led to
improvement in the
infrastructure of the
training center.
5. Participation in the
accreditation in the
accreditation process
has led to
improvement of the
examination results.
Part B
This refers to the areas improved/Not improved by the accreditation process. If the given
category/ sub category has improved/Not improved check the relevant area according to your
choice.
Category/ Sub Category Improved due to
Accreditation Process
Not Improved due to
Accreditation Process
1. Infrastructure facilities
1.1 Classroom
1.2 Workshop/laboratory
1.3 Lighting in classrooms/
TVEC RESEARCH 2016 Page 40
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
workshops/labs
1.4 Ventilation for classrooms/
workshops/labs
1.5 Drinking water
1.6 Sanitary facilities
2. National Documents
2.1 National Competency Standard- NCS(
New/Revised)
2.2 Curriculum outline (New/Revised)
2.3 Trainer’s/ learner’s guide ( If
developed)
3. Equipment & Training Material
Facilities
3.1 Availability of equipment
3.2 Availability of machinery
3.3 Availability of tools
3.4 Usage of equipment, machinery,
tools
3.5 Plan for maintenance of Machinery/
Equipment
3.6 Availability of training materials/
consumables
3.7 Training work station
4. Training delivery documents and
delivery of training
4.1 Course plan, training plans( T1),
lesson plans(T2) and time tables
prepared in accordance to the
TVEC RESEARCH 2016 Page 41
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
required qualification package/s
4.2 Availability of theory notes, practical
sheets for the entire training course
4.3 Availability of students’ theory note
books/ practical done as per modules
completed
4.4 In class assignments/ continuous
assessment done as per modules
completed
4.5 Continuous assessment is done is
accordance with curriculum
4.6 Projects completed in accordance
with curriculum
5. Maintenance of Records
5.1 Attendance
5.2 Instructor log book/ daily diary
5.3 Assessment records
5.4 Trainees’ progress record books
6. Safety Arrangements
6.1 Building
6.2 Equipment/ Machinery
6.3 Fire Safety
6.4 Personal Safety
6.5 First aid facilities
7. Qualification of training staff/
instructors
7.1 No. of staff involved in the course
7.2 Vocational qualification
TVEC RESEARCH 2016 Page 42
Impact of Accreditation on the Teaching and Learning Process in the Civil Engineering Sector
7.3 Academic/teaching experience
7.4 Industry experience
General Information: For research purposes, please answer the questions below pertaining to
your background and your institution’s characteristics. Please be assured that your answers will
be kept confidential.
Type of institution (please circle): Public ⃝ Private ⃝
Level of education (please circle): Elementary Vocational/Technical ⃝
College ⃝
University ⃝
Your position at your institution: ____________________ Number of years in this position: _________
Number of students at your institution: _________ Grade (Average): _________
Your Gender: F ⃝ M ⃝
THANK YOU FOR YOUR PARTICIPATION
TVEC RESEARCH 2016 Page 43