This document provides an overview of Outcome Based Education (OBE) and its key concepts and terminology. OBE is a process that assesses student learning based on expected outcomes. It defines Program Educational Objectives (PEOs), Program Learning Outcomes (PLOs), and Course Learning Outcomes (CLOs). PEOs describe career goals, PLOs describe skills/knowledge upon graduation, and CLOs describe expected learning in specific courses. CLOs must satisfy PLOs. Bloom's Taxonomy is used to classify learning outcomes into cognitive, affective, and psychomotor domains. The document outlines Air University's vision/mission and an engineering program's PEOs and PLOs. It provides
The document discusses key aspects of outcome-based education (OBE) and accreditation. It explains that OBE focuses on achieving high-order learning and mastery rather than just accumulating course credits. Globalization requires education to build learner competencies for a changing workplace. Accreditation criteria under OBE include vision, mission, program outcomes, student performance, curriculum, faculty contributions, facilities, academic support, governance and continuous improvement. Proper implementation of OBE requires defining program outcomes, course outcomes, assessment tools, and mapping the relationship between courses and outcomes.
Chennai-PPT-3-Key Components of OBE-RVR-08-06-2018.pptxAbhishek pradeep
This document discusses key aspects of outcomes-based education (OBE) and accreditation. It begins by outlining the main components of OBE, including vision, mission, program educational objectives, graduate attributes, and program outcomes. It then explains why accreditation has shifted to an outcome-based model due to globalization and the need to assess learner competencies. The document outlines the accreditation criteria, which evaluates elements like curriculum, faculty, facilities, and continuous improvement. It also provides examples of how to write vision and mission statements, program educational objectives, and program and course outcomes. Overall, the document provides an overview of OBE and accreditation with a focus on defining outcomes at the program and course
Key Components of OBE for NBA and preparing Course fileRajsekhar33797
This document discusses key aspects of outcomes-based education (OBE) and accreditation, including defining program educational objectives (PEOs), program outcomes (POs), course outcomes (COs), and establishing relationships between them. OBE focuses on demonstrating achievement of high-level learning rather than course credits. POs defined by accreditation agencies guide curriculum and assessment. COs specify observable student actions demonstrating knowledge, skills, and attitudes. Relationships between COs and POs are mapped to show how courses address outcomes. Assessment tools both direct and indirect are used to evaluate achievement of outcomes.
Outcome Based Education - Comsats Abbottabad - Civil Engineering.pptxAwais Marwat
This presentation introduces outcome-based education (OBE) and its implementation in the Department of Civil Engineering at COMSATS University Islamabad - Abbottabad Campus. It discusses key aspects of OBE including program educational objectives, program learning outcomes, Bloom's taxonomy, assessment and evaluation practices, and the importance of defining course learning outcomes. Examples of PEOs and PLOs are provided for the civil engineering program.
The document discusses learning outcomes and learning domains. It defines learning outcomes as statements describing what students should know, understand, and be able to do upon completing their studies. Learning outcomes fall under three categories - levels of qualification, fields of study, and specific programs. There are nine learning domains: knowledge, practical skills, thinking/scientific skills, communication, social/teamwork, values/ethics, information management, management/entrepreneurial, and leadership skills. Learning outcomes are important as they define expected learning, provide benchmarks for assessment, communicate expectations, and guide teaching and learning.
This document discusses outcome-based education. It defines education and its methods. It explains that the quality of education can be judged based on inputs, processes, and outputs. It also discusses accreditation of academic programs to ensure standards are met. The key principles of outcome-based education are clarity of focus, designing down, high expectations, and expanded opportunities for students. Components of outcome-based education include vision, mission, program educational objectives, program outcomes, and course outcomes. Bloom's taxonomy is also referenced in relation to writing course outcomes.
The document provides information on key concepts related to outcome-based education including graduate attributes, program outcomes, course outcomes, curriculum design, assessment, and rubrics. It discusses establishing vision and mission statements, developing program criteria and educational objectives aligned with outcomes. Guidelines are provided for writing outcomes at the program and course level and mapping them to ensure all outcomes are covered. The importance of continuous assessment and closing the assessment loop is highlighted.
This document provides information about outcome-based education (OBE), including its key principles and framework. OBE is an approach where the desired outcomes of a program or course define the curriculum, instruction, and assessment. The OBE framework includes program educational objectives, program outcomes, program specific outcomes, and course outcomes. The document also provides examples of vision and mission statements, program educational objectives, program outcomes, program specific outcomes, and course outcomes. It discusses best practices for defining, mapping, and assessing outcomes to ensure they are observable, measurable, and aligned across levels from vision to course levels.
The document discusses key aspects of outcome-based education (OBE) and accreditation. It explains that OBE focuses on achieving high-order learning and mastery rather than just accumulating course credits. Globalization requires education to build learner competencies for a changing workplace. Accreditation criteria under OBE include vision, mission, program outcomes, student performance, curriculum, faculty contributions, facilities, academic support, governance and continuous improvement. Proper implementation of OBE requires defining program outcomes, course outcomes, assessment tools, and mapping the relationship between courses and outcomes.
Chennai-PPT-3-Key Components of OBE-RVR-08-06-2018.pptxAbhishek pradeep
This document discusses key aspects of outcomes-based education (OBE) and accreditation. It begins by outlining the main components of OBE, including vision, mission, program educational objectives, graduate attributes, and program outcomes. It then explains why accreditation has shifted to an outcome-based model due to globalization and the need to assess learner competencies. The document outlines the accreditation criteria, which evaluates elements like curriculum, faculty, facilities, and continuous improvement. It also provides examples of how to write vision and mission statements, program educational objectives, and program and course outcomes. Overall, the document provides an overview of OBE and accreditation with a focus on defining outcomes at the program and course
Key Components of OBE for NBA and preparing Course fileRajsekhar33797
This document discusses key aspects of outcomes-based education (OBE) and accreditation, including defining program educational objectives (PEOs), program outcomes (POs), course outcomes (COs), and establishing relationships between them. OBE focuses on demonstrating achievement of high-level learning rather than course credits. POs defined by accreditation agencies guide curriculum and assessment. COs specify observable student actions demonstrating knowledge, skills, and attitudes. Relationships between COs and POs are mapped to show how courses address outcomes. Assessment tools both direct and indirect are used to evaluate achievement of outcomes.
Outcome Based Education - Comsats Abbottabad - Civil Engineering.pptxAwais Marwat
This presentation introduces outcome-based education (OBE) and its implementation in the Department of Civil Engineering at COMSATS University Islamabad - Abbottabad Campus. It discusses key aspects of OBE including program educational objectives, program learning outcomes, Bloom's taxonomy, assessment and evaluation practices, and the importance of defining course learning outcomes. Examples of PEOs and PLOs are provided for the civil engineering program.
The document discusses learning outcomes and learning domains. It defines learning outcomes as statements describing what students should know, understand, and be able to do upon completing their studies. Learning outcomes fall under three categories - levels of qualification, fields of study, and specific programs. There are nine learning domains: knowledge, practical skills, thinking/scientific skills, communication, social/teamwork, values/ethics, information management, management/entrepreneurial, and leadership skills. Learning outcomes are important as they define expected learning, provide benchmarks for assessment, communicate expectations, and guide teaching and learning.
This document discusses outcome-based education. It defines education and its methods. It explains that the quality of education can be judged based on inputs, processes, and outputs. It also discusses accreditation of academic programs to ensure standards are met. The key principles of outcome-based education are clarity of focus, designing down, high expectations, and expanded opportunities for students. Components of outcome-based education include vision, mission, program educational objectives, program outcomes, and course outcomes. Bloom's taxonomy is also referenced in relation to writing course outcomes.
The document provides information on key concepts related to outcome-based education including graduate attributes, program outcomes, course outcomes, curriculum design, assessment, and rubrics. It discusses establishing vision and mission statements, developing program criteria and educational objectives aligned with outcomes. Guidelines are provided for writing outcomes at the program and course level and mapping them to ensure all outcomes are covered. The importance of continuous assessment and closing the assessment loop is highlighted.
This document provides information about outcome-based education (OBE), including its key principles and framework. OBE is an approach where the desired outcomes of a program or course define the curriculum, instruction, and assessment. The OBE framework includes program educational objectives, program outcomes, program specific outcomes, and course outcomes. The document also provides examples of vision and mission statements, program educational objectives, program outcomes, program specific outcomes, and course outcomes. It discusses best practices for defining, mapping, and assessing outcomes to ensure they are observable, measurable, and aligned across levels from vision to course levels.
This document discusses outcome-based education (OBE) and its implementation. OBE focuses on what students can do after learning rather than only content delivery. It was developed in response to deficiencies in traditional education in preparing students for work. Key aspects of OBE include defining learning outcomes, assessments that evaluate outcome achievement, and ensuring education quality through alignment with national qualifications frameworks. The speaker outlines the process of implementing OBE through specifying unit learning outcomes, program outcomes, and program education objectives for electrical engineering students.
The document discusses outcome-based education (OBE). It defines OBE and explains its benefits, including international recognition, employable graduates, improved institution reputation, stakeholder involvement, and preparing graduates for leadership. Key aspects of OBE include clarity, flexibility, and student involvement in learning. The benefits of OBE for faculty are also outlined. The document then discusses various OBE components like program outcomes, program educational objectives, program specific outcomes, and graduate attributes. It provides examples of outcomes and attributes for a mechanical engineering program. Finally, it discusses implementing OBE through curriculum design, assessment, and the roles of lecturers and students.
1) The document discusses course specifications, which outline the objectives, content, assessment methods, and other details of a course. They serve as a contract between the university and students.
2) Important components of course specifications include general course information, objectives, content, intended learning outcomes, teaching methods, assessment methods, and references. Learning outcomes should be student-centered and describe what students will learn.
3) Course specifications benefit both teachers and students by improving the validity of assessments and ensuring alignment between teaching and testing. They communicate clear expectations to students.
1) The document provides information on the Foundation Degree in Mechanical Engineering program, including its aims, learning outcomes, and teaching methods.
2) The program aims to produce graduates with broad understanding of mechanical analysis and design combined with awareness of engineering practice, project management, and critical thinking skills. It covers disciplines like mechanics, mathematics, manufacturing, and stresses developing employability.
3) Learning outcomes include knowledge of engineering principles, materials, science and IT, as well as intellectual skills like problem-solving, design, evaluation, and independent thinking. Teaching methods include lectures, projects, work-based learning, and developing skills is assessed through coursework, projects, and exams.
This document discusses how to calculate the attainment of course outcomes (COs) and program outcomes (POs) for engineering programs. It explains that COs are measured through student performance in courses, projects, and activities, and are used to determine attainment of POs and program specific outcomes (PSOs). The process involves mapping COs to POs/PSOs, setting targets for CO attainment, measuring direct and indirect CO attainment, and using the results to identify improvements through a continuous quality improvement loop. The overall goal is to continually assess and enhance how well programs help students achieve intended learning outcomes.
Bloom's taxonomy is a classification of learning that was developed by Benjamin Bloom. It provides a means of expressing qualitatively different kinds of thinking and organizes thinking skills into six levels. The taxonomy categorizes learning objectives into three learning domains: cognitive, affective and psychomotor. The cognitive domain involves knowledge and development of intellectual skills, the affective domain describes growth in feelings or emotional areas and the psychomotor domain includes physical movement and coordination.
The document describes a one-day training workshop on AICTE's examination reform policy. The workshop will cover key topics related to outcome-based education including designing outcome-based assessments at the program and course level. Participants will learn how to use Bloom's taxonomy to assess higher-order thinking skills and choose appropriate assessment methods. The workshop will provide guidance on developing model question papers, scoring rubrics, and connecting assessments to program outcomes in line with AICTE's examination reform policy.
This document provides an assessment report of course outcomes and program outcomes for the Faculty of Applied Science at Inverities University. It begins with an introduction to outcome-based education and its importance. It then outlines the university's and applied science department's visions and missions. It describes the different levels of outcomes, including course outcomes, program outcomes, program specific outcomes, and program educational objectives. Finally, it discusses course outcome attainment and assessment methods.
This document discusses various aspects of mapping course delivery and outcomes at the university level. It begins by explaining the relationship between a university and its courses/programs, and outlines the key components of developing a curriculum including vision, mission, program educational objectives, and program outcomes. It then covers aspects of course delivery including lectures, tutorials, and practical sessions. The document also provides an overview of the evolution of engineering and accreditation standards. Finally, it discusses approaches for assessing attainment of course learning outcomes, program outcomes, and program educational objectives through direct and indirect assessment methods. The overall focus is on establishing clear outcome-based frameworks and using assessment data to continuously improve programs.
Importance of Outcome Based Education (OBE) in the Quality Enhancement of Hig...Md. Nazrul Islam
Outcome-Based Education (OBE),
Traditional Education system
Comparison of Traditional and Outcome-based education
Focus and Benefits of OBE
Origin of OBE
Program Educational Objectives (PEOs).
Program Outcomes (PO)
OBE Framework Mappings
Attainment of Outcomes:
Conclusion
References
This document contains course material for the Maintenance and Safety Engineering course offered at Malla Reddy College of Engineering and Technology. It includes the course objectives, outline, mapping of course objectives to program outcomes, and unit-wise content. The course aims to ensure plant availability at optimal cost while maintaining safety. The content covers topics like industrial safety development and management, accident prevention, protective equipment, maintenance policies, condition monitoring techniques, and total productive maintenance.
Course Outcomes state what a student, on successfully completing the course and earning a pass grade and the credit can perform/do/demonstrate with what he/she has learnt in the course. These are also referred as Learning Outcomes or Student Outcomes though NBA uses the term Course Outcomes (COs). Note that the emphasis is on using/applying the knowledge imparted/acquired by a successful student in the course.
This document outlines course materials for a Materials Engineering course, including:
- The course syllabus which covers topics like structure of materials, metals and alloys, ferrous/non-ferrous alloys, ceramics, polymers, and composites.
- Program outcomes and objectives related to applying materials knowledge, problem analysis, design, investigations, tool usage, professionalism, and lifelong learning.
- Blooms taxonomy which categorizes learning objectives into remembering, understanding, applying, analyzing, evaluating, and creating.
- Contents listing which maps chapters from materials science textbooks to each course unit.
So in summary, this document provides an overview of the topics, goals, and resources for a
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This document provides an orientation for a Computer Engineering course at JRU University. It discusses the university's vision, mission and core values which focus on using technology for innovation, developing responsible citizens, and having integrity. It also outlines the outcomes-based education approach used, including institutional outcomes, program educational objectives, student outcomes and course learning outcomes. Finally, it details the course requirements, grading system and learning outcomes for the Computer Engineering as a Discipline course.
OBE- Outcome based education short notesVamsi kumar
Outcome-based education (OBE) is a student-centric methodology that focuses on measuring student performance and achievement of stated learning objectives and outcomes through course delivery and assessment. Key aspects of OBE include defining courses, programs, course outcomes, program outcomes, program educational objectives, and program specific outcomes. Assessment of student learning is based on Bloom's taxonomy and levels of knowledge, ranging from basic recall to higher-order thinking. The 12 graduate attributes in OBE describe the expected achievements and abilities of engineering graduates in areas such as engineering knowledge, problem analysis, design skills, investigations, tool usage, professional and ethical responsibilities, teamwork, communication, project management, and lifelong learning.
The document discusses an engineering program's accreditation process with the Engineering Accreditation Council (EAC) in Malaysia. It provides an overview of EAC and its role in accrediting engineering degrees using an outcome-based education (OBE) approach. The engineering program at the Faculty of Engineering will undergo assessment by EAC in July 2009 to maintain its accreditation status.
This document discusses outcome-based education (OBE) and its implementation. OBE focuses on what students can do after learning rather than only content delivery. It was developed in response to deficiencies in traditional education in preparing students for work. Key aspects of OBE include defining learning outcomes, assessments that evaluate outcome achievement, and ensuring education quality through alignment with national qualifications frameworks. The speaker outlines the process of implementing OBE through specifying unit learning outcomes, program outcomes, and program education objectives for electrical engineering students.
The document discusses outcome-based education (OBE). It defines OBE and explains its benefits, including international recognition, employable graduates, improved institution reputation, stakeholder involvement, and preparing graduates for leadership. Key aspects of OBE include clarity, flexibility, and student involvement in learning. The benefits of OBE for faculty are also outlined. The document then discusses various OBE components like program outcomes, program educational objectives, program specific outcomes, and graduate attributes. It provides examples of outcomes and attributes for a mechanical engineering program. Finally, it discusses implementing OBE through curriculum design, assessment, and the roles of lecturers and students.
1) The document discusses course specifications, which outline the objectives, content, assessment methods, and other details of a course. They serve as a contract between the university and students.
2) Important components of course specifications include general course information, objectives, content, intended learning outcomes, teaching methods, assessment methods, and references. Learning outcomes should be student-centered and describe what students will learn.
3) Course specifications benefit both teachers and students by improving the validity of assessments and ensuring alignment between teaching and testing. They communicate clear expectations to students.
1) The document provides information on the Foundation Degree in Mechanical Engineering program, including its aims, learning outcomes, and teaching methods.
2) The program aims to produce graduates with broad understanding of mechanical analysis and design combined with awareness of engineering practice, project management, and critical thinking skills. It covers disciplines like mechanics, mathematics, manufacturing, and stresses developing employability.
3) Learning outcomes include knowledge of engineering principles, materials, science and IT, as well as intellectual skills like problem-solving, design, evaluation, and independent thinking. Teaching methods include lectures, projects, work-based learning, and developing skills is assessed through coursework, projects, and exams.
This document discusses how to calculate the attainment of course outcomes (COs) and program outcomes (POs) for engineering programs. It explains that COs are measured through student performance in courses, projects, and activities, and are used to determine attainment of POs and program specific outcomes (PSOs). The process involves mapping COs to POs/PSOs, setting targets for CO attainment, measuring direct and indirect CO attainment, and using the results to identify improvements through a continuous quality improvement loop. The overall goal is to continually assess and enhance how well programs help students achieve intended learning outcomes.
Bloom's taxonomy is a classification of learning that was developed by Benjamin Bloom. It provides a means of expressing qualitatively different kinds of thinking and organizes thinking skills into six levels. The taxonomy categorizes learning objectives into three learning domains: cognitive, affective and psychomotor. The cognitive domain involves knowledge and development of intellectual skills, the affective domain describes growth in feelings or emotional areas and the psychomotor domain includes physical movement and coordination.
The document describes a one-day training workshop on AICTE's examination reform policy. The workshop will cover key topics related to outcome-based education including designing outcome-based assessments at the program and course level. Participants will learn how to use Bloom's taxonomy to assess higher-order thinking skills and choose appropriate assessment methods. The workshop will provide guidance on developing model question papers, scoring rubrics, and connecting assessments to program outcomes in line with AICTE's examination reform policy.
This document provides an assessment report of course outcomes and program outcomes for the Faculty of Applied Science at Inverities University. It begins with an introduction to outcome-based education and its importance. It then outlines the university's and applied science department's visions and missions. It describes the different levels of outcomes, including course outcomes, program outcomes, program specific outcomes, and program educational objectives. Finally, it discusses course outcome attainment and assessment methods.
This document discusses various aspects of mapping course delivery and outcomes at the university level. It begins by explaining the relationship between a university and its courses/programs, and outlines the key components of developing a curriculum including vision, mission, program educational objectives, and program outcomes. It then covers aspects of course delivery including lectures, tutorials, and practical sessions. The document also provides an overview of the evolution of engineering and accreditation standards. Finally, it discusses approaches for assessing attainment of course learning outcomes, program outcomes, and program educational objectives through direct and indirect assessment methods. The overall focus is on establishing clear outcome-based frameworks and using assessment data to continuously improve programs.
Importance of Outcome Based Education (OBE) in the Quality Enhancement of Hig...Md. Nazrul Islam
Outcome-Based Education (OBE),
Traditional Education system
Comparison of Traditional and Outcome-based education
Focus and Benefits of OBE
Origin of OBE
Program Educational Objectives (PEOs).
Program Outcomes (PO)
OBE Framework Mappings
Attainment of Outcomes:
Conclusion
References
This document contains course material for the Maintenance and Safety Engineering course offered at Malla Reddy College of Engineering and Technology. It includes the course objectives, outline, mapping of course objectives to program outcomes, and unit-wise content. The course aims to ensure plant availability at optimal cost while maintaining safety. The content covers topics like industrial safety development and management, accident prevention, protective equipment, maintenance policies, condition monitoring techniques, and total productive maintenance.
Course Outcomes state what a student, on successfully completing the course and earning a pass grade and the credit can perform/do/demonstrate with what he/she has learnt in the course. These are also referred as Learning Outcomes or Student Outcomes though NBA uses the term Course Outcomes (COs). Note that the emphasis is on using/applying the knowledge imparted/acquired by a successful student in the course.
This document outlines course materials for a Materials Engineering course, including:
- The course syllabus which covers topics like structure of materials, metals and alloys, ferrous/non-ferrous alloys, ceramics, polymers, and composites.
- Program outcomes and objectives related to applying materials knowledge, problem analysis, design, investigations, tool usage, professionalism, and lifelong learning.
- Blooms taxonomy which categorizes learning objectives into remembering, understanding, applying, analyzing, evaluating, and creating.
- Contents listing which maps chapters from materials science textbooks to each course unit.
So in summary, this document provides an overview of the topics, goals, and resources for a
Lecture1_CPE as a Discipline Orientation.pdfMonetteLoya1
This document provides an orientation for a Computer Engineering course at JRU University. It discusses the university's vision, mission and core values which focus on using technology for innovation, developing responsible citizens, and having integrity. It also outlines the outcomes-based education approach used, including institutional outcomes, program educational objectives, student outcomes and course learning outcomes. Finally, it details the course requirements, grading system and learning outcomes for the Computer Engineering as a Discipline course.
OBE- Outcome based education short notesVamsi kumar
Outcome-based education (OBE) is a student-centric methodology that focuses on measuring student performance and achievement of stated learning objectives and outcomes through course delivery and assessment. Key aspects of OBE include defining courses, programs, course outcomes, program outcomes, program educational objectives, and program specific outcomes. Assessment of student learning is based on Bloom's taxonomy and levels of knowledge, ranging from basic recall to higher-order thinking. The 12 graduate attributes in OBE describe the expected achievements and abilities of engineering graduates in areas such as engineering knowledge, problem analysis, design skills, investigations, tool usage, professional and ethical responsibilities, teamwork, communication, project management, and lifelong learning.
The document discusses an engineering program's accreditation process with the Engineering Accreditation Council (EAC) in Malaysia. It provides an overview of EAC and its role in accrediting engineering degrees using an outcome-based education (OBE) approach. The engineering program at the Faculty of Engineering will undergo assessment by EAC in July 2009 to maintain its accreditation status.
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1. Outcome Based Education (OBE)
&
Course Learning Outcomes
(CLOs)
Dr. Asif Iqbal
DMAE / IAA
2-OCT-2014
1
2. Outcome Based Education (OBE)
IT’S NOT WHAT WE TEACH,
IT’S WHAT YOU LEARN
Students main concerns are GRADES,
Employers are looking for
KNOWLEDGE, ATTITUDE and SKILLS.
2
OBE is a process that involves assessment and evaluation
practices in education to reflect the attainment of expected
learning outcomes.
3. Washington Accord (WA)
Purpose:
Recognition of equivalence of accredited engineering
education programs leading to the engineering degree
Graduates of accredited programs in any of the
signatory countries are recognized by the other
signatory countries as having met the academic
requirements for entry to the practice of engineering
3
The WA is an international agreement among bodies responsible
for accrediting engineering degree programs.
6. Terminologies used in OBE
Program Educational Objectives (PEOs)
PEOs are broad statements that describe the career and professional
accomplishments that the program is preparing graduates to achieve.
Program Learning Outcomes (PLOs)
Statement that describe what students are expected to know and able to
perform or attain by the time of graduation in terms of skills, knowledge
and behavior/ attitude that the student acquire after following the program.
Course Learning Outcomes (CLOs)
CLOs describe the specification of what a student should learn as the
result of a period of specified and supported course.
Key Performance Indicator (KPI)
KPI is a minimum target/ goal set for a specific assessment. It is
represented either in a normalized value (0.0 to 1.0) or in percentage (%).
Assessment
Assessment is the formative and/ or summative determination for a
specific purpose of the student’s competence in demonstrating a specific
outcome.
Continual Quality Improvement (CQI)
It focuses on closing the loop of an assessment process.
6
7. PEOs and PLOs
PEOs are specific goals consistent with the
vision & mission of HEI
PLOs are statements that describe what
students are expected to know and be able to
perform or attain by the time of graduation
Program outcomes address Knowledge, Skills
and Behavior/Attitude (Cognitive, Psychomotor
and Affective Domains) to be attained by
students
7
10. OBE Roadmap
DMAE – Air University, Islamabad
University Vision Statement
↓
University Mission Statement
↓
Program Educational Objectives (PEOs) [4-6]=> W12 Graduate Attributes [12+]
B.E. (Mechanical Engineering)
↓
Program Learning Outcomes (PLOs) [12+]
↓
Course Learning Outcomes (CLOs) [3-5] For all the B.E. (Mech.) courses
[Approved by Chair DMAE only]
Each and every of the 12 PLOs should be addressed by CLOs of at least 2 courses
throughout the 8 semesters
↓
Design of Course Outlines by respective faculty
Design of each and every question in Final/Midterm/Quiz and Assignments/Project to
address the CLOs
Mapping and marking of each and every question in accordance with the CLOs
10
11. Air University (V & M)
Vision
Air University aspires to be among the leading national
universities, excelling in teaching, learning, research, innovation
and public service.
Mission
The mission of Air University is to achieve excellence in
teaching and research for producing graduates with sound
professional knowledge, integrity of character, a keen sense of
social responsibility and a passion for lifelong learning. The
University shall stand committed to creating an environment
conducive for attracting the best students, faculty and supporting
staff for contributing to the development of a prosperous, peaceful
and enlightened society.
11
12. PEOs [B.E. (Mechanical Engineering)
hosted within DMAE / IAA]
1. Serve Pakistan & global industries by providing qualified mechanical
engineering graduates equipped with a broad-based knowledge of
mathematics, mechanical engineering with related theories and
practices, and related basic sciences.
2. Provide industries with graduates capable of designing and
developing, analyzing, testing, and implementing mechanical
engineering systems and processes.
3. Meet industry expectations for graduates with skills including
communication skills, the use of modern engineering tools, effective
leadership in multicultural and multidisciplinary settings, and a
commitment to life-long learning.
4. Provide the graduates with awareness of the tools and skills
necessary for participating effectively in building a healthy, diverse and
sustainable economy.
5. Increase the graduates’ commitment to the highest standards of
ethical practice and to social and environmental issues relevant to the
engineering profession.
12
13. PLOs
PO1
Ability to acquire and apply fundamental knowledge of mathematics, science and
engineering principles to solve complex mechanical engineering problems
Keywords: Engineering Knowledge
PO2
Ability to identify, formulate and analyze complex mechanical engineering problems
Keywords: Problem Analysis
PO3
Ability to design solutions for complex mechanical engineering problems that fulfil
health, safety, societal and environmental needs
Keywords: Design solutions
PO4
Ability to investigate complex mechanical engineering problems using research-based
knowledge and methods to produce conclusive results
Keywords: Investigation
PO5
Ability to apply conventional or modern engineering/computational tools for solution
of engineering problems
Keywords: Use of Conventional/Modern Tools
PO6
Ability to apply knowledge, maintain ethical standards, and take responsibilities for
improvement of professional and general society
Keywords: Society
PO7
Ability to identify the impact of mechanical engineering solutions on environment and
demonstrate the needs for sustainable development
Keywords: Sustainability & Environment
PO8
Ability to practice professional ethics related to societal, health, safety and legal issues
with full responsibility and integrity
Keywords: Professional Ethics
PO9
Ability to work productively as an individual, and as a member or leader in a team
that may involve multi-disciplinary settings
Keywords: Individual & Team Work
PO10
Ability to communicate effectively on complex mechanical engineering activities both
orally and in writing
Keywords: Communication Skills
PO11
Ability to demonstrate and apply knowledge on project management principles and
acquire relevant skills
Keywords: Management, Finance & Entrepreneurship
PO12
Ability to engage in life-long learning and enhance knowledge and information by
conducting literature surveys
Keywords: Life Long Learning
(PO1 – PO5: Technical;
PO6 – PO10: Generic)
13
15. Course Learning Outcomes (CLOs)
An expected CLO is a formal statement of what
students are expected to learn in a course
CLO statements refer to specific knowledge,
practical skills, areas of professional
development, attitudes, higher‐order thinking
skills, etc.
CLOs must satisfy the stated program
outcomes. There is no need for ANY (individual)
course to address all the PLOs.
15
16. Guidelines in Preparing CLOs
Decide the top 3-5 things you want the student to learn (achieve)
in your course.
Look at Bloom’s taxonomy: Cognitive, Psychomotor, and
Affective learning to see what best fits your class level (these
can be mixed in each class)
Write course outcomes based on course level and using
appropriate verbs
Each course MUST have only one set of student learning
outcomes (all faculty must follow same learning outcomes)
Each instructor will be able to determine HOW he/she wants to
assess the course learning outcomes (these don’t have to be the
same for each instructor)
16
17. Bloom’s Taxonomy
Bloom’s Taxonomy is a chart of ideas. It is a way of
distinguishing the fundamental questions within the
education system
17
21. 2. AFFECTIVE DOMAIN
Demonstrated by behaviors indicating
attitudes of awareness, interest, attention,
concern, and responsibility, ability to listen
and respond in interactions with others, and
ability to demonstrate those attitudinal
characteristics or values which are
appropriate in the field of study
21
23. 3. PSYCHOMOTOR DOMAIN
Demonstrated by physical skills:
coordination, dexterity, manipulation, grace,
strength, speed, actions which demonstrate
the fine motor skills such as use of
precision instruments or tools
23
25. CLOs - Examples
CLO Level PLO Outcome
1 C3
(Applyi
ng)
4
(inves
tigate)
Students will apply mechanical properties of
metals/alloys to estimate their formabilities in various
manufacturing processes
2 C4
(Analyzi
ng)
2
(Prob.
Analy
sis)
Students will analyze and compare the mechanisms
the different forming processes, including bulk
forming and sheet metal forming
3 P5
(Comple
x overt
response
)
9
(Team
-work)
Students will build a prototype based on the
concepts of casting, forming, and machining
processes
Manufacturing Processes 1 (ME-245) (Credit Hours: 3-0)
Pre-Requisite: Nil; Semester 4
25
37. Contribution Required
All the Instructors are requested to prepare 3 –
5 CLOs for the courses they are currently
instructing and also for the ones which they
expect to instruct in the next semester.
Follow the format as provided on Slide # 25.
Kindly submit the CLOs to Ms. Neelam
Shehzadi by 17-OCT-2014
37
Editor's Notes
In a nutshell, OBE is a learner-centric approach to tertiary education
To address mismatches between employers and graduates
signed in 1989, interchangeability of engineers
The agreement recognizes that there is substantial equivalence of programs accredited by those signatories.
Assessment -> It is also the processes that identify, collect, use and prepare data that can be used to evaluate achievement of CLOs, PLOs, and PEOs.
0. The department established five program educational objectives, based upon the contribution and needs of its constituents. The program educational objectives are:
The Program Outcomes developed by the DMAE consist of twelve concise outcomes that satisfy the 5 Program Educational Objectives. The PLOs are:
It is named after Benjamin Bloom (American educational psychologist 1913-1999), who chaired the committee of educators that devised the taxonomy. He also edited the first volume of the standard text, Taxonomy of Educational Objectives: The Classification of Educational Goals