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2/17/2019
1
1
Indonesian Accreditation Board for
Engineering Education (IABEE)
Awareness Seminar Kampus Universitas Udayana Denpasar, 18 Februari 2019
International-level Accreditation for
Engineering and Computing Programs in Indonesia
MUHAMMAD ROMLI
Outline
About IABEE
International Engineering Alliance (IEA) & International Agreements
OBE as A Platform for International Level Accreditation
IABEE Accreditation & Criteria
Program Eligibility
Accreditation Procedure & Online Evaluation System
IABEE Services and Supports
Towards IABEE Accreditation
2
About IABEE
IABEE
An accreditation agency for engineering and computing higher education programs
IABEE is not a LAM-PS. IABEE accreditation is voluntary, unlike the mandatory accreditation by LAM-PS
Accreditation is a means to improve quality of higher education and accountability to the society by implementing OBE
Currently in the process of applying for the provisional status of the Washington Accord (WA) in 2019
WA is a multilateral agreement between the institutions responsible for engineering higher education accreditation that works together to help the mobility of engineering practitioners
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IABEE …
WA requires that the accreditation body must be independent of the government (NGO)
Therefore, IABEE is established as an autonomous department within the Institution of Engineers Indonesia (PII)
IABEE was initiated by DGHE with the support from JICA
Declared in November 19, 2015; inaugurated in March 13, 2018
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IABEE Organization Structure
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IABEE Executive Committee
• Prof. Misri Gozan, professor in chemical engineering at UI, Chair of Executive Committee
• Prof. Muhammad Romli, professor in agroindustrial engineering at IPB, Chair of International Affairs Committee
• Prof. Satryo Soemantri Brodjonegoro, emeritus professor in mechanical engineering at ITB, former Chair of Executive committee
• Prof. Sudjarwadi, emeritus professor in civil engineering at UGM, Chair of Criteria Committee
• Prof. Tresna P. Soemardi, professor in mechanical/biomechanical, product innovation, design, prototyping and development at UI
• Prof. Siti Hartati, professor in computer science at UGM
• Dr. Heru Dewanto, President of PII
• Ir. Faizal Safa, Executive Director of PII
• Ir. Tjipto Kusumo, PII Chair of CPD, Chair of Finance Committee
• Dr. Arief Syaichu Rohman, ITB, Chair of Evaluation and Accreditation Committee
• Berlian Kushari, UII, Secretary General
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IEA & International Agreements
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International Engineering Alliance (IEA) and WA
IEA is an umbrella organization for 7 international agreements which establish and enforce amongst their members internationally-benchmarked standards for engineering education and what is termed “entry level” competence to practice engineering and professional competence
“How do we build mutual understanding among nations about the quality of engineers who enter the globally connected workplace?”
George Peterson, WA Secretariat 2001-2007
Educational Accords Competence Agreements
Washington Accord: agreement between bodies responsible for accrediting engineering degree programs
IPEA: standard competencies for professional engineer APEC Agreement: standard competencies for PE within APEC Economies
Sydney Accord: engineering technology academic programs
IETA: standard competencies for engineering technologist
Dublin Accord: educational base for engineering technicians
AIET: standard competencies for engineering technicians
Engineer
Technologist
Technicians
IEA Graduate Attributes
• Graduate attributes form a set of individually assessable outcomes that are the components indicative of the graduate's potential to acquire competence to practice at the appropriate level
• Graduate attributes are clear, succinct statements of the expected capability, qualified if necessary by a range indication appropriate to the type of program
• The IEA Graduate Attributes are intended to assist Signatories and Provisional Members to develop outcomes-based accreditation criteria for use by their respective jurisdictions
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1. Engineering Knowledge 2. Problem Analysis 3. Design/development of
Solutions 4. Investigation 5. Modern Tool Usage 6. The Engineer and
Society 7. Environment and
Sustainability 8. Ethics 9. Individual and Team
Work 10. Communication 11. Project Management
and Finance 12. Life-long Learning
“The education stage is followed by a period of supervised training while gaining experience in engineering practice”
Education: First Step To Professional
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means that two programs, while not meeting a single set of criteria, are both acceptable as preparing their respective graduates to enter formative development toward registration.
Training
and
Experience
Practice
Substantial Equivalence
Signatory A Accredited Program
Signatory B Accredited Program
Substantial Equivalence and WA
Substantial Equivalence & the Washington Accord
• Basis of agreement of the Washington Accord (WA): substantially equivalent accreditation systems leading to recognition of substantial equivalent of programs in satisfying academic requirements for the practice of engineering at professional level
• Graduates of accredited programs in any signatory country are recognized by the other signatory countries as having met the academic requirements for entry to the practice of engineering
XYZ
P1
P2 P3
JABEE
P1
P2
P3 P4
P5
ABET
P1 P2
P3 P4
P5
P6
IABEE
P1
P2
P3
P4
the WA
XYZ = accrediting bodies (ABET, JABEE, IABEE, etc.), P = study program
Process to be a Professional Engineer: Japan Case
WA Membership
16
Accreditation Bodies Provisional Status Signatory
6 Founding Members 1989
HKIE (Hong Kong) No system at that time 1995
ECSA (South Africa) 1994 1999
JABEE (Japan) 2001 2005
IES (Singapore) 2003 2006
BEM (Malaysia) 2003 2009
ASIIN (Germany) 2003 but was removed in 2013
ABEEK (RP Korea) 2005 2007
IEET (Chinese Taipei) 2005 2007
AEER (Russia) 2007 2012
NBA (India) 2007 2014
IESL (Sri Lanka) 2007 2014
MUDEK (Turkey) 2010 2011
PEC (Pakistan) 2010 2017
COE (Thailand) Submitted in 2010 but was differed
IEB (Bangladesh) 2011
CAST (PR China) 2013 2016
PTC (The Philippines) 2013
ICACIT (Peru) 2014 2018
CFIA (Costa Rica) 2015
CACEI (Mexico) 2016
ACREDITA CI (Chile) 2018
(Under Preparation)
Indonesia, Saudi Arabia, Nigeria, Myanmar, the Netherland
ABET (USA) Engineers Canada ECUK (UK) EA (Australia), EngIRE (Ireland) IPENZ (New Zealand)
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The Seoul Accord
• Computing and IT related fields are classified as a different category of profession from engineering.
• The Seoul Accord was established in 2008 as a multi-lateral agreement among agencies responsible for accreditation or recognition of tertiary-level computing and IT-related qualifications.
• ABEEK (Korea), ABET (USA), JABEE (Japan), Australian Computer Society, British Computer Society and Canadian Information Processing Society are the founding members. The first 3 are signatories of the WA and the last 3 are computer societies.
• The Hong Kong Institution of Engineers (HKIE) and the Institution of Engineering Education Taiwan (IEET), which are both signatories of WA joined the Seoul Accord latter. Engineers Ireland, Institute of IT Professional New Zealand and The Philippine Information and Computing Accreditation Board are provisional members.
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IABEE Preparation for WA Membership
Accreditation Criteria established
Rules and Procedures for Accreditation Evaluation established
On-line Accreditation System established
Evaluators trained
Accredit Study Programs (at least 25)
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WA Provisional Status
WA Signatory
2014 2015 2016 2017 2018 2019 2021
OBE as A Platform for International Level Accreditation
• An educational philosophy/model where the teaching
and learning approaches are based on a set of
"expected outcomes" that have been previously set.
• "Outcomes" are a set of values or attributes about
what must be achieved/mastered by students after
completing a certain level of learning.
• Educational system platform for international level
accreditation
Outcome-Based Education (OBE)
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Why OBE?
• The need for quality and accountable education, because the funds come from the community
• Accountability is indicated by the quality of graduates and knowledge for the welfare of society
• The community must know the performance of the university; accreditation provides objective information
• In global competition, mutual recognition plays an important role in increasing competitiveness
• OBE provides a mechanism for objective international recognition
principles
Focus on learning outcomes Deliver forward-design backward curriculum Constructive alignment Expanded learning opportunities
4
1 mulai dari akhir
profil profesional
capaian pembelajaran
lulusan
OBE Approach
vision, mission
Program Educational Objectives
Graduate Outcomes
Course-1
Outcomes
Course-2
Outcomes
Course-n
Outcomes
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Tujuan Pendidikan Program
• Istilah lain: Program Educational Objectives (PEO);
Profil Profesional Mandiri
• Pernyataan yang menjelaskan pencapaian kualitas
spesifik yang diharapkan dari lulusan setelah
beberapa tahun berkarir dalam profesinya
• Diukur 3-5 tahun setelah bekerja
• Bersifat spesifik untuk setiap program
• Knowledge
• Skill
• Competence
• Self development
• Responsibility
• Ethics
professional
Capaian Pembelajaran Program
• Istilah lain: Program Outcomes (PO); Program Learning
Outcomes (PLO); Student Outcomes (SO); Capaian
Pembelajaran Lulusan (CPL)
• Deskripsi serangkaian kualitas atau atribut lulusan yang
diharapkan diketahui, dapat dilakukan, dan dicapai pada
saat mahasiswa lulus, sebagai modal untuk mencapai PEO
• Kualitas atau atribut tersebut mencakup aspek pengetahuan
(kognitif), ketrampilan (skill/psikomotorik), dan
sikap/perilaku (behaviour/afektif) yang diperoleh mahasiswa
selama program pembelajarannya
Capaian Pembelajaran Mata Kuliah
• Istilah lain: Course Outcome (CO); CPMK
• Aspek-aspek teknis atau soft skills yang harus
dikuasai atau dicapai oleh setiap mahasiswa pada
saat menyelesaikan suatu mata kuliah
• CPMK dirancang untuk mendukung CPL
• Bersifat spesifik untuk suatu mata kuliah
• Bersifat terukur
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CP
kurikulum
Lulusan SMA
profesional
CP
CPL
CP
program
educational
objectives
2 CPL
Asesmen
Penyelarasan Konstruktif
Pembelajaran
3
Kurikulum
• Body of knowledge
• Struktur Kurikulum
• Mata kuliah
• Pendekatan pengajaran dan
pembelajaran
• Asesmen sistem mendukung
kesempatan belajar yang luas agar tujuan pembelajaran tercapai
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entry level
spectrum
Exit level
spectrum
4 years duration
Targeted
achievement
S1 program
Added Value Concept
program path
QUALITY ASSURANCE
SEMUA MAHASISWA
HARUS MEMENUHI CAPAIAN PEMBELAJARAN
YANG DITETAPKAN
jalan menuju
KEBERHASILAN
------------ by ------------
DESIGN !
IABEE Accreditation & Criteria
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BAN PT
• Compulsory
• Input-based evaluation
• One size fits all criteria
• Ranking system
• National level
IABEE
• Voluntary
• Outcome-based
• Field specific criteria
• No ranking
• International level
• Continual improvement
Engineering Program Accreditation
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IABEE Accreditation Principles
Voluntary, internally driven (program attitude towards quality); and therefore accreditation is not the purpose, rather a means for improvement
Accreditation is based on Learning Outcomes, which is self-determined by the program according to the vision, identity and uniqueness, resources, and user needs; and therefore accreditation is not to rank nor to compare among programs
International equivalency (IEA graduate attributes)
Third-party evaluation (independent, autonomous, NGO)
Accountable to society (outcome-based, answering the need of stakeholders)
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Concept of OBE Accreditation
P1
P3
P4
P2
Required level by the society
Actual knowledge and
abilities of the graduates
Designed learning outcomes
to be achieved
Importance of IABEE Accreditation
For students and graduates Gain education basics that meet global standards, in line with science and technology development, support career and professional success, and wider employment opportunities
For programs and education institutions By voluntary nature, programs demonstrate a commitment to provide quality education and global recognition.
For industry, government and stakeholders Opportunity to provide feedback on employment needs, facilitate professional mobility, more accountable to the community.
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IABEE Accreditation Criteria
To be accredited, a program shall meet
Accreditation Criteria
• Common Criteria
• Criteria Guide
• Discipline Criteria (13/19 Chapters of PII)
• Category Criteria (S1, S2 and S3)
Rule and Procedure of Evaluation and Accreditation
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IABEE Accreditation Criteria
• Common Criteria – Adoption of Outcome-based Education (OBE) approach
• Orientation of the Graduate Outcomes • Learning Implementation: Curriculum, Faculty, Student, Academic
Atmosphere, Facility, Institutional Support • Assessment of the expected Learning Outcomes
– Implementation of P-D-C-A cycle: Continual Improvement based on Learning Outcomes Evaluation
• Criteria Guide – Explanation of the Common Criteria
• Discipline Criteria – Take into account specific needs for different engineering and
computing fields – Related mostly to curriculum content and faculty member
requirements
Central role of the Criteria in IABEE Accreditation: As the reference for Study
Program to conduct self-evaluation
As the reference for IABEE evaluators to review SP self-evaluation
As the basis for IABEE to award accreditation status
IABEE Common Criteria
High school graduates
Students & teaching-learning
Process
Graduates Autonomous Professional Profile
• Envisaged APP is defined (1.1.) and informed to all faculty, students, and general public (1.2.)
• Learning Outcomes are established based on the envisaged APP, General Criteria requirements (1.3.1 and 1.3.2), and Discipline Criteria (1.3.3.)
• Performance indicators, assessment plan and method are defined for each LO (1.3.3.)
• LOs attainment is measured (3.1.) and assured for the graduates (3.2.)
• Curriculum (2.1) • Faculty (2.2) • Students &
academic atmosphere (2.3)
• Facility (2.4) • Institutionla
responsibility (2.5)
• Entry requirements (2.3) are defined & announced
• Continual improvements based on LOs evaluation (4.1)
• Documents, records, and improvements are maintained (4.2)
IEA Graduate Attributes vs IABEE Learning Outcomes Criteria (a)–(j)
44
IEA GA IABEE Criterion
1 Engineering Knowledge 1.3 a
2 Problem Analysis 1.3 d
3 Design/development of solutions 1.3 b
4 Investigation 1.3 c
5 Modern Tool Usage 1.3 e
6 The Engineer and Society 1.3 i
7 Environment and Sustainability 1.3 b
8 Ethics 1.3 i
9 Individual and Team work 1.3 h
10 Communication 1.3 f
11 Project Management and Finance 1.3 g
12 Life long learning 1.3 j
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IABEE Discipline Criteria for Engineering
Chemical, biochemical, biomolecular and similarly named eng. programs
Environmental eng. and similarly named eng. programs
Ocean eng. and similarly named eng. programs
Agricultural and/or biosystem eng.
Civil eng. and similarly named eng. programs
Electrical, computer, communications, telecommunication eng. and similarly
named eng. programs
Engineering physics and similarly named eng. programs
Geodetic, geomatics eng.
Industrial eng. and similarly named eng. programs
Materials, metallurgical eng. and similarly named eng. programs
Mechanical eng.
Nuclear eng. and similarly named eng. programs
Computer science / informatics and similarly named
programs
Information systems and similarly named programs
Information technology and similarly named programs
Software engineering and similarly named programs
Computer systems and similarly named programs
IABEE Discipline Criteria for Computing
Discipline Criteria
47
Program Eligibility
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Accreditation Types
General Accreditation, intended for programs that have implemented outcome-based education system and at the time of the evaluation process has produced graduates with the system
A-accredited program; min B-accredited institution
Provisional Accreditation, intended for programs that have implemented outcome-based education system and at least the first year students have completed learning with the system.
Min B-accredited program and institution
49
Is Your Program Eligible to Apply?
50
General Accreditation Provisional Accreditation (1) The associated Program Operating Institution (POI)
has obtained National Accreditation for Institution
status with a minimum rank of “B”.
(2) The Program has obtained National Accreditation
status ranked “A”.
(3) The Program is a bachelor-level program in an
engineering or computing discipline with a curricular
study period of four years, and with a total course-
load of a minimum of 144 credit units.
(4) The Program is at least in the 4th year of continuous
Outcome-Based Education (OBE) implementation.
(5) The OBE shall include assessment and evaluation
of the Learning Outcomes of the students.
(6) By the time of the on-site visit evaluation, the
Program has produced at least one graduate under
its OBE system.
(7) The Program has established and publicized the
Autonomous Professional Profile statement
formulated as its educational objectives.
(8) The Program has established and publicized its
Learning Outcomes as the basis for developing its
curriculum and learning methods.
(1) The associated Program Operating Institution has
obtained National Accreditation for Institution status
with a minimum rank of „B‟.
(2) The Program has obtained National Accreditation
status at least ranked “B”.
(3) The Program is a bachelor-level program in an
engineering or computing discipline with a curricular
study period of four years, and with a total credit of a
minimum of 144 credit units.
(4) The Program has implemented Outcome-Based
Education (OBE) at least for one year before
applying for the evaluation.
(5) The Program has established and publicized the
Autonomous Professional Profile statement
formulated as its educational objectives.
(6) The Program has established and publicized its
Learning Outcomes as the basis for developing its
curriculum and learning methods
Accreditation Procedure & Online Evaluation System
Accreditation Procedure
Application/ Registration
Eligibility Check
Campus Visit
Program Profile & SER Submission
Desk/Initial Review
Evaluator Final Report
Program Response
Evaluator Exit
Statement
Discipline Harmonization
EAC Harmonization
Accreditation Council
Evaluation Team
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Evaluation Team
Consists of 3 evaluators, typically
• 2 academics
• 1 industry/practitioner
• (optional) observers: evaluator-in-training, interested parties
Evaluator competence
Ethics (evaluator code of conduct)
Conflict of interest
53
Online Evaluation System
54
Online Self-Evaluation Report Evaluation for General Accreditation
56
• Your program will be judged against each of these 12 criteria
• Four possible judgments for each criterion: (A)cceptable, (C)oncern, (W)eakness, or (D)eficiency
• Your program will be accredited if there is no “D”
• 5-year accreditation (full) will be granted if your program receives “A” or “C” judgments
• 2-year accreditation (interim) will be granted if your program has “W” (improvement report and evaluation required)
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General Accreditation Decision
Accredited for a 5-year period
Accredited for a 2-year period, followed by interim evaluation without site visit
Accredited for a 2-year period, followed by interim evaluation with site visits
Not accredited
57 58
• A program applying for PA will be evaluated to measure its potentials of meeting the Accreditation Criteria within a foreseeable future (2-4 years).
• Potential programs will be granted a “Provisionally Accredited” status
• Non-potential programs will be given a “Not Accredited” status
Evaluation for Provisional Accreditation
IABEE Services and Supports
IABEE Services
Training/seminar Topics Schedule
IABEE Awareness Seminar
About IABEE, introduction to OBE, IABEE Accreditation criteria and system
Surabaya: 12/2 Palembang: 14/2 Jakarta: 14/2
IABEE Evaluator Training on-line module, face-to-face training, observer (evaluator in training)
Juli – Agustus 2019
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Outcome-based Education Training (1)
Training Topics Schedule
Reguler Training (4 hari)
PRIORITIES (Program
for Redesigning and
Implementing
Outcomes-based
Curriculum, Teaching-
Learning-Assessment
and Evaluating
Systematically)
OBE, learning
outcomes, curriculum
design, teaching and
learning, assessment
methods, change
management, and
outcome-based quality
assurance system.
Jakarta
12-15/3
2019
Yogya
9-12/4
2019
Surabaya
Outcome-based Education Training (2) Training Materi Jadwal
In-house Training
1. Pengantar Pendidikan berbasis Capaian Pembelajaran (Outcome-based Education) untuk pimpinan PT.
konsep, dan prinsip OBE, sistem pengelolaan dan penjaminan mutu OBE
4 jam, tempat: menyeseuaikan lokasi PT
2. Pengantar Pendidikan berbasis Capaian Pembelajaran untuk pimpinan program, penjaminan mutu dan dosen
Konsep OBE, Capaian pembelajaran, redesain kurikulum dan asesmen.
1.5 hari, tempat: menyeseuaikan lokasi PT
3. Desain Kurikulum berbasis Capaian Pembelajaran (Outcome-based Curriculum)
tujuan pendidikan, capaian pembelajaran, redesain kurikulum
2 hari, tempat: menyesuaikan lokasi PT
4. Desain Pembelajaran dalam OBE (Outcome-based Teaching-Learning)
konsep dan implementasi pembelajaran aktif dalam sistem OBE
2 hari, tempat: menyesuaikan lokasi PT
5. Desain Asesmen dalam OBE (Outcome-based Assessment)
konsep dan metoda asesmen capaian pembelajaran (tingkat MK dan Program studi)
2 hari, tempat: menyesuaikan lokasi PT
6. Capstone Course/Design
definisi, tujuan dan konsep serta contoh capstone course, sesuai program studi
2 hari, tempat: menyesuaikan lokasi PT
Candidate Evaluator Training
Application Eligibility
Check
Performance Evaluation
Online Module Training
Performance Evaluation
Face-to-Face Training
Assignment as Observer
Performance Evaluation
63
Towards IABEE Accreditation
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Possible strategy for preparing your program towards IABEE accreditation (fast option)
Learn IABEE Common & Discipline Criteria, RPEA
General review of your curriculum & education system
OBE+PDCA design
Staff conditioning
Implement OBE + PDCA
Recruit new students
Measure & assess PLOs development
Apply Provisional Accreditation to IABEE (optional)
Continue OBE+PDCA Implementation for 2nd year
PA granted (optional)
Continue OBE+PDCA for 3rd year
1st graduate of OBE system expected
Apply General Accreditation to IABEE
Submit Self Evaluation Report
Desk evaluation by IABEE
Onsite visit
65
Accreditation status granted
2024
Assumption: your program has just considered to adopt OBE in 2019
2019 2020 2021 2022 2023
Step no. Activity Evaluation Type*) Period or Completion Deadline
1 PR & POIR registration EGA, EPA, IE 1-15 April
2 PR & POIR registration verification EGA, EPA, IE 1-15 April
3 Application for Program evaluation EGA, EPA, IE 1-15 April
4 Program eligibility verification EGA & EPA 1-15 April
5 Evaluation scheduling EGA, EPA, IE 20 April
6 Notice of evaluation kickoff & invoicing EGA, EPA, IE 21 April
7 EAC Discipline assignment EGA, EPA, IE 15-20 April
8 Evaluation Team members selection EGA, EPA, IE 15-20 April
9 Evaluation Team Chair assignment EGA Only 15-20 April
10 Approval of evaluation observers EGA Only 15-20 April
11 Evaluation Team acceptance EGA, EPA, IE 8 May
12 Final Evaluation Team confirmation EGA, EPA, IE 8 May
13 Completed SER submission EGA, EPA, IE 30 June
14 Full payment reception EGA, EPA, IE 1 May
15 Program First Evaluation EGA, EPA, IE 31 July
16 Program Second Evaluation EGA only 15 August
17 Program First Response EGA, EPA, IE 15 September
18 Program Third Evaluation EGA Only 30 September
19 On-Site Visit Planning EGA, EPA, IE-V 7 October
20 On-Site Visit EGA, EPA, IE-V 7 November
21 Exit Meeting EGA, EPA, IE-V 7 November
22 Program First Evaluation EGA, IE-V 7-14 November
23 Program Second Response EGA, IE-V 14 November
24 Program Second Evaluation EGA, IE-V 28 November
25 Program Final Response EGA, IE 28 December
26 Program Final Report EGA, EPA, IE 15 January
27 EAC Discipline Harmonization EGA, IE 31 January
28 EAC Plenary Meeting EGA, EPA, IE 1 February
29 Accreditation Decision EGA, EPA, IE 15 March
30 Accreditation Announcement EGA, EPA, IE 31 March
IABEE Website
67
Mohon Peserta Mengisi Form Evaluasi https://goo.gl/yUpvej