This document discusses using assessment for learning and assessment of learning in engineering education. It argues that assessment for learning helps develop students' intellectual abilities like applying knowledge and exercising judgment, which are at the core of engineering. While problem-based learning could achieve this, it may compromise teaching technical knowledge. The document proposes using substantial projects that integrate knowledge and allow students to apply it. It also discusses opportunities for assessment for learning within the curriculum to bring together assessments and utilize them to support the learning process.
PROJECT WORK: TOOLS AND TECHNIQUES FOR ASSESSMENTADITYA ARYA
PROJECT WORK: TOOLS AND TECHNIQUES FOR ASSESSMENT
Project-based assessments are an alternative to tests that allow students to engage with their learning in more concrete ways. Instead of merely studying theory, a hands-on project asks students to apply what they've learned to an in-depth exploration of a topic. You can use projects as part of the ongoing learning process or as a capstone assessment in place of a traditional final exam.
Project-based assessment is often a component of project-based learning (PBL), in which the entire focus of a course or unit is to teach via student engagement in problem-solving and exploration. Like PBL, project-based assessment is student-centered and requires reflection on both the process and the content to be meaningful.
Assessment, Planning & Instruction - Supporting Students, Supporting your Practice. A presentation for the staff at Wilkinson Jr. P.S. about effective teaching practice and student success.
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PROJECT WORK: TOOLS AND TECHNIQUES FOR ASSESSMENTADITYA ARYA
PROJECT WORK: TOOLS AND TECHNIQUES FOR ASSESSMENT
Project-based assessments are an alternative to tests that allow students to engage with their learning in more concrete ways. Instead of merely studying theory, a hands-on project asks students to apply what they've learned to an in-depth exploration of a topic. You can use projects as part of the ongoing learning process or as a capstone assessment in place of a traditional final exam.
Project-based assessment is often a component of project-based learning (PBL), in which the entire focus of a course or unit is to teach via student engagement in problem-solving and exploration. Like PBL, project-based assessment is student-centered and requires reflection on both the process and the content to be meaningful.
Assessment, Planning & Instruction - Supporting Students, Supporting your Practice. A presentation for the staff at Wilkinson Jr. P.S. about effective teaching practice and student success.
Vaughan van Rensburg, Principal of Pakuranga Heights School was the guest speaker at the EAAPA (East Auckland AP Association). This is his presentation on inquiry learning within the revised New Zealand Curriculum.
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Students as Partners in the Design and Practice of Engineering Education: Und...Gary Wood
This paper, presented at the UK and Ireland Engineering Education Research Network's 6th Annual Symposium (Portsmouth, 1-2 November 2018), reports action research exploring the problem of developing intellectual ability – to deploy knowledge in analysis, create solutions, and exercise judgement – which represents the essence of engineering but cannot be directly taught. Having rejected existing tools for student engagement as too passive or instrumental, we present alternative tools we have developed with the aims of (1) uncovering how students integrate their learning, (2) engaging students as true collaborators in learning design. Findings are grouped into two areas: the kinds of collaboration processes that are most amenable to achieving real insight into how students integrate and mobilise their learning; and the second group presents what we have uncovered about what contemporary engineering students are looking for in their education.
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Introduction to Grade 8 Navigation Middle School-High School-Career transition program
See and download OSPI Navigation program at:
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Assessment of Learning Outcomes in the k to 12 programKerwin Palpal
Assessment of Learning Outcomes in K-12 Program. The K to 12 program covers Kindergarten and 12 years of Basic of Education (6 years of primary education, 4 years of Junior High School and 2 years of Senior High School[SHS]). This is about learning Outcomes of students.
10 tips on how to facilitate collaborative learning in an online environment. Based on Bridley, Blaschke, and Walti's "Creating Effective Collaborative Learning Groups in an Online Environment" (2009).
Students as Partners in the Design and Practice of Engineering Education: Und...Gary Wood
This paper, presented at the UK and Ireland Engineering Education Research Network's 6th Annual Symposium (Portsmouth, 1-2 November 2018), reports action research exploring the problem of developing intellectual ability – to deploy knowledge in analysis, create solutions, and exercise judgement – which represents the essence of engineering but cannot be directly taught. Having rejected existing tools for student engagement as too passive or instrumental, we present alternative tools we have developed with the aims of (1) uncovering how students integrate their learning, (2) engaging students as true collaborators in learning design. Findings are grouped into two areas: the kinds of collaboration processes that are most amenable to achieving real insight into how students integrate and mobilise their learning; and the second group presents what we have uncovered about what contemporary engineering students are looking for in their education.
Group Assessment in Higher Education - Possibilities & ChallengesDavid Morrison-Love
This presentation explores some of the challenges, opportunities and ways of designing effective group work for students in Higher Education. It draws upon particular structures and examples that have been successfully employed by courses in the School of Education at the University of Glasgow.
Introduction to Grade 8 Navigation Middle School-High School-Career transition program
See and download OSPI Navigation program at:
http://www.k12.wa.us/navigation101/
Office of Superintendent of Public Instruction, WA
Project-based learning (PBL) is a unique approach to learning that provides pupils with the opportunity to experience working collaboratively. It also helps students use critical thinking skills to solve real-world problems. This presentation aims at demonstrating how projects can help EFL students improve their language skills by developing a series of outside-the-classroom assignments designed to reach a desire collaborative environment where students can interweave speaking, reading, listening and writing in a fun but constructive manner. By working together students can also recycle, review and retain new information given in class.
Assessment and Feedback - a summary lecture covering the 4 CELT Assessment seminars for the PGCE HE course at USW
All icons are from http://iconfinder.com
How to Benefit from Meaningful Learning Assessments and EvaluationsLambda Solutions
In this Master Class, you will learn how to:
1. Illustrate the importance of using language-based assessment methods
2. Be able to use Rubrics and Outcomes for language-based assessments in a course
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This presentation shows that it is easier to facilitate learning when students are attracted and influence to do creativity in their reports or presentations. They would love to make assignments and create projects for they know with the use of the educational technology; there is variety, originality, and limited options to use.
Today students are expected not only to be mentally excellent, but also flexible, analytically and creative.
When Quality Assurance Meets Innovation in Higher Education - Report launch w...Gary Wood
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The New Model Institute for Technology and Engineering is a new HEI. We’re a positive disrupter, challenging norms in university-level education by using and testing innovative new approaches, particularly in learning, teaching and widening access, to address the shortfall in numbers of engineering graduates in the UK. Part of NMITE’s mission is to share good practice and learning with the sector. This workshop will provide an overview of NMITE’s pedagogical innovations, and will facilitate a discussion with peers about the enablers and barriers to innovation and ways to overcome them. The session will facilitate good practice sharing and the chance for you to seek peer support and learn from new models to address challenges within your own institution. It will thus empower you to act as a more effective change agent, driving forward your NTF/CATE innovative practice. We will conclude with an opportunity for colleagues to feed into a QAA enhancement project, which the presenters are currently leading, to explore the interaction of innovation and quality assurance in HE.
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Synthetic Fiber Construction in lab .pptxPavel ( NSTU)
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For and Of: Optimising a middle ground in assessment practice
1. For and Of: Optimising a middle
ground in assessment practice
Beverley Gibbs, Gary C Wood, Matt Carré & David Polson
Department of Mechanical Engineering
2. What’s the purpose of assessment?
● Assessment of learning – assessments that aim to evaluate what a student’s
knowledge, understanding and capabilities are at the end of a phase of learning
○ E.g. a formal exam, practical test, MCQ quiz
● Assessment for learning – assessments that aim to facilitate development of a
student’s knowledge, understanding and capabilities through the assessment process
○ E.g. mini-research activities, creating an artefact or content, designing an experiment or
activity
● The differentiator is not the format of assessment per se, but the context in which we
use them.
3. Intellectual ability and assessment
● Essence of engineering = intellectual abilities:
○ Deploying knowledge in analysis
○ Creating solutions and value
○ Exercising judgement
● The development of intellectual abilities – as opposed to knowledge recall – is at the
heart of HE
● We cannot teach intellectual abilities directly: we need to provide an environment
conducive to its development
● Assessment for learning can help us to do this, because it helps more
effectively structure and scaffold students’ independent work.
4. Isn’t this problem-based learning?
● Yes, we could do that and some engineering departments are moving in that
direction, but
○ For us, this would be a risk that we can’t deliver the same level of technical knowledge
within 4 years
○ Employers have told us that our students’ level of technical knowledge is a strength of the
Sheffield graduate
● That’s why we seek a middle ground through assessment: we want to give our
students the same technical knowledge they have now, but enable them to be able to
do more with it, more quickly, and more confidently
● We are moving towards substantial, integrative projects that allow students to acquire
knowledge and then do something with it.
5. The PLA opportunity
● Curricula across the University rely on Assessment of Learning because it occurs at
the end of modules
● Moving towards PLA – thinking beyond and across modules – is an opportunity to
○ bring assessments together
○ utilise assessment as part of the learning process, not just to check learning
○ provide opportunities for the integration of knowledge and skills through assessment
activities.
6. de Bono’s Six Thinking Hats
● Disrupts your default way of thinking
● Work through each hat in turn, to consider a problem or scenario fully
● Process control is the Chair, or a check at the end that you’ve spent enough time
wearing each of the other hats.
Information/
facts
Feelings/
emotions
Creativity Negatives Positives Process
Control
7. What opportunities does Assessment for
Learning offer within your curricula?
● Wearing the red hat:
What’s your gut reaction to the idea of using Assessment for
Learning within your curricula?
● Wearing the yellow hat:
What value/opportunities could Assessment for Learning offer
within your PLA curriculum?
8. Takeaways
In approaching PLA, key questions to ask are:
● What are you trying to develop in students, and why?
● How can you assess that?
● How can you bring these two things together in a reliable and valid way?
Thinking of assessment as being about the process of learning – not an endpoint of
learning – can be a useful approach to integrating it, and reducing the sense that it’s
a burden for students (and staff).