STEM Assessment: Bridging Professional Practices and ... · tests are scored accurately and...
Transcript of STEM Assessment: Bridging Professional Practices and ... · tests are scored accurately and...
STEM Assessment:
Bridging Professional Practices and University Education
1 | Copyright © 2015 by Educational Testing Service. All rights reserved. | November 9, 2015
André A. Rupp, Research DirectorIDEAS and STANDARDS Groups, Capability Division
McBride E-290 (Office) & E-18 (Mail)Educational Testing Service (ETS)
660 Rosedale RoadPrinceton, NJ 08541
Phone: (609) 252-8545Fax: (609) 734-1309
E-mail: [email protected]
2 | Copyright © 2015 by Educational Testing Service. All rights reserved. | November 9, 2015
The Story Today
• Personal Background• STEM Assessment I: Professional Perspective• STEM Assessment II: University Perspective • Pathways for Integrative Experiences
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What we can Learn from Broadway
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Case Study: Aladdin (Fabulous!)
Personal Background
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Cross-cultural Experiences
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7
There are a total of 1246 staff in R&D in specialized areas of expertise:
• Assessment developers (571) Responsible for designing and building tests and producing test questions
• Psychometricians (86) – Provide statistical expertise to ensure that tests are scored accurately and reported on time
• Research scientists (125) – Conduct original research advancing the fields of educational measurement and public policy and folding these innovations into ETS assessments to assure quality and innovation
• Test creation, data, research, and knowledge management support staff (423) – Provide technical, data, editorial, and communications support
• Project managers (41) – Create and manage project plans to ensure work is executed on schedule and on budget
R&D Expertise at ETS
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Noteworthy Identities
• Research director at ETS for measurement and validation work around automated systems for scoring and feedback
• Involved in innovative assessment work at ETS and other institutions through project work and advisory functions
• Known for connecting statistical theory and practical uses of diagnostic measurement techniques
• Interested in connections between broader frameworks, ideas, and research findings and best practices
• Passionate about development and mentoring of high-performing professionals
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Handbook of Cognition and Assessment:
Frameworks, Methods, and Applications
André A. Rupp Jacqueline Leighton
Wiley-Blackwell
2012 2016
STEM Assessment:Professional Perspective
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Core Focus: Powerful Innovations
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Assessment = Product + Process
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Selected R&D Goals at ETS
−Designing, deploying, and reporting results for large-scale educational surveys and summative assessments
−Developing, testing, and refining digitally-delivered learning and assessment tools for predominantly formative low-stakes needs, in particular innovative stealth assessments (e.g., simulations, games-based assessments, assessments with multimodal outputs)
−Developing automated scoring capabilities for responses to such performance tasks that involve text, speech, mathematics, and multimodal outputs
−Refining models of cognition, meta-cognition, socio-cognition for innovative assessments, including assessments of professional skill sets for the global work force
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Project-based Interdisciplinarity
The successful design, implementation, analysis, and use of innovative assessments requires the constant iterative collaboration between – at least – the following teams of experts within any given project:
- Teachers / instructors - Learners / Test-takers
- Learning scientists - Design-based researchers
- Curriculum developers - Program evaluators
- Measurement specialists - Policy-makers
- Applied cognitive psychologists - Computer scientists
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Methodological Interdisciplinarity
This work requires the alignment and integration of various methodological disciplines and approaches!
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21st Century SkillsCognitive skills:
problem solving, critical thinking, systems thinking, design thinking, reasoning (inductive and deductive), analysis-synthesis-argumentation skills, innovation
Intrapersonal skills:
adaptability/flexibility, self-regulation, metacognition, self-reflection, self-motivation, persistence
Interpersonal skills:
tolerance, empathy, communication, collaboration/teamwork, negotiation skills, conflict resolution, leadership.
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Lots of Collaboration with Interesting Characters!
STEM Assessment:University Training
Perspective
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Core Focus: Technical Skills?
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Methodological Training
- Latent-variable methods / modern psychometrics- Statistical methods for the social sciences- Research design structures for applied studies- Research design structures for simulation work- Statistical properties of assessment scores- Types of assessment formats and uses- Assessment design and delivery- Validation frameworks and approaches- Quality-control and fairness standards
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Core Activities
- Course and project work• time management• organization and planning
- Written dissemination• journal articles• technical reports• book chapters• encyclopedia entries• policy documents
- Presentations, discussions, negotiations
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21st Century SkillsCognitive skills:
problem solving, critical thinking, systems thinking, design thinking, reasoning (inductive and deductive), analysis-synthesis-argumentation skills, innovation
Intrapersonal skills:
adaptability/flexibility, self-regulation, metacognition, self-reflection, self-motivation, persistence
Interpersonal skills:
tolerance, empathy, communication, collaboration/teamwork, negotiation skills, conflict resolution, leadership.
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Does it Matter?
In what combination and to what degree these skills are required to be successful in an assessment-oriented career
depends on the career track and career trajectory!
Academic career in similar degree programWork at large-scale testing company (“core business”)
Work at large-scale testing company (“research / innovation”) Work at small data-analytic start-up
Work at a non-assessment company in other domainsWork for district or state divisions or national consortia
Pathways for Integrative Experiences
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Develop all Three Areas!
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Project Experiences for Students
- exposure through courses, small projects, and independent self-study
- hands-on experience through research projects funded by NSF, IES, MacArthur Foundation, Bill & Melinda Gates Foundation, and so on
- professional experience through internships / practicums and fellowships at companies
This is partly under control of learners but largely dependent upon direct and indirect opportunity structures at university!
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Possible Support Structures (I)
- support effective cross-team collaboration within campus schools /colleges and with regional partners
- make grant writing / funding acquisition as low-burden onprofessors as possible
- encourage and support faculty to revamp curricula and besttraining practices to allow for modularization and rich profession-like experiences
- minimize professional development distractions from non-criticalcommittees, administrative work, and the like for faculty
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Possible Support Structures (II)
- develop more flexible intellectual property rules and guidelines that facilitate partnerships
- take some financial risks to develop partnerships with for-profit and not-for-profit companies
- create value systems for academic advancements that support contributions to team projects, including publication pipelines
- create cultures of engagements where 21st century skills are modeled and developed among faculty, students, business divisions, and administrators
29 | Copyright © 2015 by Educational Testing Service. All rights reserved. | November 9, 2015
Lots of Collaboration with Interesting Characters!
STEM Assessment:
Bridging Professional Practices and University Education
. 30 | Copyright © 2015 by Educational Testing Service. All rights reserved. | November 9, 2015
André A. Rupp, Research DirectorIDEAS and STANDARDS Groups, Capability Division
McBride E-290 (Office) & E-18 (Mail)Educational Testing Service (ETS)
660 Rosedale RoadPrinceton, NJ 08541
Phone: (609) 252-8545Fax: (609) 734-1309
E-mail: [email protected]