Accreditation Process Academic Performance Index Choice Based Credit System

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Accreditation Process Academic Performance Index Choice Based Credit System

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Title: Accreditation Process Academic Performance Index Choice Based Credit System


1
Accreditation ProcessAcademic Performance
IndexChoice Based Credit System
  • Dr. C.H. Vithalani
  • Head of E.C. Department
  • Government Engineering College, Rajkot

2
Discussion points
  • What is NBA accreditation ?
  • What is Washington accord(WA)?
  • Main Focus of NBA
  • Importance and Significance of NBA
  • eNBA for online registration
  • Focus on outcome based education
  • Key constitutes of OBE
  • Correlation between PEO, PO and CO
  • (More details by Prof. S.J. Chauhan)

3
What is NBA accreditation ?
  • NBA accreditation is a quality assurance
    scheme for higher technical education.
  • NBA accreditation means official
    recognition/endorsement and guarantee of
    minimum quality

4
What is Washington accord(WA)?
  • An accord signed among six countries (Australia,
    Canada, Ireland, New Zealand , United Kingdom and
    United  States) in the year 1989.
  • The purpose was to mutually recognize and accept
    the qualifications accredited by signatories.
  • The accord at present has 15 full signatories and
    5 provisional signatories.
  • India is among the Provisional Signatory Country.
  • Members of Washington Accord have Common
    Agreement to Adopt Outcome based accreditation

5
Signatories of Washington Accord
  • Australia - Represented by Engineers Australia
    (1989)
  • Canada - Represented by Engineers Canada (1989)
  • Chinese Taipei - Represented by Institute of
    Engineering Education Taiwan (2007)
  • Hong Kong China - Represented by The Hong Kong
    Institution of Engineers (1995)
  • Ireland - Represented by Engineers Ireland (1989)
  • Japan - Represented by Japan Accreditation Board
    for Engineering Education (2005)
  • Korea - Represented by Accreditation Board for
    Engineering Education of Korea (2007)
  • Malaysia - Represented by Board of Engineers
    Malaysia (2009)
  • New Zealand - Represented by Institution of
    Professional Engineers NZ (1989)
  • Russia - Represented by Association for
    Engineering Education of Russia (2012)
  • Singapore - Represented by Institution of
    Engineers Singapore (2006)
  • South Africa - Represented by Engineering Council
    of South Africa (1999)
  • Turkey - Represented by MUDEK (2011)
  • United Kingdom - Represented by Engineering
    Council UK (1989)
  • United States - Represented by Accreditation
    Board for Engineering and Technology (1989)

6
Provisional Signatories of WA
  • Bangladesh - Represented by Board of
    Accreditation for Engineering and Technical
    Education
  • Germany - Represented by German Accreditation
    Agency for Study Programs in Engineering and
    Informatics
  • India - Represented by National Board of
    Accreditation
  • Pakistan - Represented by Pakistan Engineering
    Council
  • Sri Lanka - Represented by Institution of
    Engineers Sri Lanka

7
Good News .
  • Signatories of WA have indicated their
    confidence that NBA-AICTE has the potential
    capability to reach full signatory status.
  • (Mentors from WA visit NBA and give
    suggestions, NBA takes action based on
    suggestions )

8
What NBA is doing to become signatory member in
WA?
  • To become a signatory member of the WA, a
    robust accreditation system is being implemented
    by the NBA, New Delhi, with support from all the
    stack holders.

9
Main Focus
  • 2nd Word Summit on Accreditation (WOSA) was
    organized by National Board of Accreditation
    at New Delhi in March-2013
  • The focus of WOSA-2013 was the International
    Recognition of Educational Qualifications

10
Importance and significance of NBA
  • To get international recognition of awarded
    degree
  • To provide quality education to the students lead
    to job opportunity and international mobility
  • To make institute/department aware about strength
    and weakness
  • To facilitate institute for updating themselves
    in curriculum, teaching and learning process

11
What is not purpose of NBA?
  • Purpose of accreditation is not to find faults
    within the institution but to assess and improve
    performance of the institution.
  • Quality Assurance is only a purpose ..

12
Which Programmes may come under NBA?
  • All diploma, degree and post graduate programs
    coming under the following disciplines are
    covered under accreditation by NBA
  • Engineering and Technology
  • Management
  • Architecture
  • Pharmacy
  • Hotel Management and Catering Technology
  • Town Country Planning
  • Applied Arts and Crafts

13
What is 2-Tier system?
  • The NBA operates a two-tier system of
    accreditation for Diploma / Undergraduate (UG) /
    Postgraduate (PG) Engineering Programmes.
  • TIER 1 Engineering programmes offered by
    autonomous institutions
  • TIER 2 Non-autonomous institutions affiliated to
    a university

14
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15
More focus on Outcome Based Education ..
  • To get International Recognition of Educational
    Qualifications as per Washington Accord more
    focus is required on Outcome Based Education (OBE)

16
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17
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19
Request to faculty members
  • Please take benefit of various AICTE Quality
    Improvement Schemes (AQIS) like
  • Research Promotion Scheme (RPS)
  • Travel Grant (TG)
  • Modernization and Removal of Obsolescence

20
Sources of information
  • http//www.nbaind.org
  • http//www.washingtonaccord.org
  • Lecture notes of Dr. D.S. Karaulia, Dr. Joshua
    Earnest, Dr. R.K. Dixit, Dr. S.R. Ganorkar and
    Dr. S.K. Gupta of NITTTR, Bhopal.
  • http//www.aicte-india.org/ridschemes.htm

21
Thank you
22
What is Vision ?
  • Vision is a futuristic statement that institute
    would like to achieve over a long period of time
    .
  • Example
  • To create high quality engineering professionals

23
What is Mission ?
  • Mission statements are essentially means to
    achieve the vision of the institute.
  • Example
  • To offer well-balanced programme of
    instruction, practical experience and
    opportunities for overall personality
    development

24
What is Programme Educational Objectives (PEOs)?
  • Programme Educational Objectives (PEOs) are broad
    statements that describes the carrier and
    professional accomplishments that are the
    programme is preparing graduates to achieve
    Total number of PEOs varies from 3 to 5 ..

25
What is Programme Outcomes (POs)?..
  • Programme Outcomes (PO) are attributes that are
    expected to be attained by the time students
    complete their degree programme.
  • Example
  • Students will be able to .
  • Apply knowledge of mathematics and
    engineering science to solve complex problem
    of electronics and communication engineering.

26
What is Programme Outcomes (POs)?..
  • There are three types of outcomes
  • Cognitive outcome
  • What graduates will know
  • Affective outcome
  • What graduates think or care about
  • Behavioral outcome
  • What graduates will be able to to .

27
What is Graduate Attributes (GAs)?..
  • Graduates Attributes (GAs) form a set of
    individually assessable outcomes that are the
    components indicative of the graduates potential
    to acquire competence to practice at the
    appropriate level.

28
List of Graduate Attributes
  • 1. Engineering knowledge Apply the knowledge of
    mathematics, science, engineering fundamentals,
    and an engineering specialization for the
    solution of complex engineering problems.
  • 2. Problem analysis Identify, formulate,
    research literature, and analyze complex
    engineering problems reaching substantiated
    conclusions using first principles of
    mathematics, natural sciences, and engineering
    sciences.
  •  

29
List of Graduate Attributes
  • 3. Design/development of solutions Design
    solutions for complex engineering problems and
    design system components or processes that meet
    the specified needs with appropriate
    consideration for public health and safety, and
    cultural, societal, and environmental
    considerations.
  • 4. Conduct investigations of complex problems
    Use research-based knowledge and research methods
    including design of experiments, analysis and
    interpretation of data, and synthesis of the
    information to provide valid conclusions.

30
List of Graduate Attributes
  • 5. Modern tool usage Create, select, and apply
    appropriate techniques, resources, and modern
    engineering and IT tools, including prediction
    and
  • modeling to complex engineering activities, with
    an understanding of the
  • limitations.
  •  6. The engineer and society Apply reasoning
    informed by the contextual knowledge to assess
    societal, health, safety, legal, and cultural
    issues and the consequent responsibilities
    relevant to the professional engineering
    practice.

31
List of Graduate Attributes
  • 7. Environment and sustainability Understand the
    impact of the professional engineering solutions
    in societal and environmental contexts, and
    demonstrate the knowledge of, and need for
    sustainable development.
  • 8. Ethics Apply ethical principles and commit to
    professional ethics and responsibilities and
    norms of the engineering practice.

32
List of Graduate Attributes
  • 9. Individual and team work Function effectively
    as an individual, and as a member or leader in
    diverse teams, and in multidisciplinary settings.
  • 10. Communication Communicate effectively on
    complex engineering activities with the
    engineering community and with t h e society at
    large, such as, being able to comprehend and
    write effective reports and design documentation,
    make effective presentations, and give and
    receive clear instructions.

33
List of Graduate Attributes
  • 11. Project management and finance Demonstrate
    knowledge and understanding of the engineering
    and management principles and apply these to
    ones own work, as a member and leader in a team,
    to manage projects and in multidisciplinary
    environments.
  • 12. Life-long learning Recognize the need for,
    and have the preparation and ability to engage in
    independent and life-long learning in the
    broadest context of technological change.
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