College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these...

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College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context

Transcript of College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these...

Page 1: College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context.

College of EngineeringEngineering Education

Stepping Stones 2006

Types of Research

Putting these studies in context

Page 2: College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context.

Modes of Research

• Classical experimentation: logico-scientific inquiry, esp. randomized experiments

• Mixed-methods: a coordinated use of qualitative and quantitative methods

• Interpretive research: understanding the insider’s perspective

Page 3: College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context.

Kinds of Studies• Case Study (Angela)• Randomized Experiment (~Vanya)• Task-based Experiment (~Jan-Erik)• Interview-based• Survey Research (Ilona, Mattias+)• Time Series / Longitudinal (Jürgen?)• Epidemiological / Policy Analysis (Bologna?)• Ethnographic / Observational Study• Design Experiment (Maria?)

Page 4: College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context.

Focus of Analysis

• Timescales of educational phenomena (Lemke)– Hour

– Day

– Week

– Year

– Years

– Generations

– Etc.

Page 5: College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context.

Focus of Analysis• Units of analysis (who / what studying)

– People (Students, groups, teams, etc.)

– Content (concepts)

– Etc.

• Planes of analysis (point of view)– Biological

– Cognitive

– Social / interpersonal

– Community / cultural

– Institutional

– Societal / historical

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Controlled / Design Experiment Continuum

Controlled Exp. Design Exp.Aim: Test hypotheses / causal relationships, inform practice

Aim: Build humble theory, actively bridge research/ practice

Page 7: College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context.

Controlled / Design Experiment Continuum

Controlled Exp. Design Exp.Aim: Test hypotheses / causal relationships, inform practice

Aim: Build humble theory, actively bridge research/ practice

Analysis of interventions Interventionist via iterative cycles (theorize, design, enact, analyze)

Page 8: College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context.

Controlled / Design Experiment Continuum

Controlled Exp. Design Exp.Aim: Test hypotheses / causal relationships, inform practice

Aim: Build humble theory, actively bridge research/ practice

Analysis of interventions Interventionist via iterative cycles (theorize, design, enact, analyze)

Techniques: Typically quantitative

Techniques: Typically mixed methods and interdisciplinary

Page 9: College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context.

Controlled / Design Experiment Continuum

Controlled Exp. Design Exp.Aim: Test hypotheses / causal relationships, inform practice

Aim: Build humble theory, actively bridge research/ practice

Analysis of interventions Interventionist via iterative cycles (theorize, design, enact, analyze)

Techniques: Typically quantitative

Techniques: Typically mixed methods and interdisciplinary

Implementation: Knowledge to control phenomena of interest (lab-like settings), control means of learning, can randomize participants

Implementation: Enable conditions for phenomena of interest, simultaneously study and enable learning, real setting (can’t randomize)

Page 10: College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context.

Controlled / Design Experiment Continuum

Controlled Exp. Design Exp.Aim: Test hypotheses / causal relationships, inform practice

Aim: Build humble theory, actively bridge research/ practice

Analysis of interventions Interventionist via iterative cycles (theorize, design, enact, analyze)

Techniques: Typically quantitative

Techniques: Typically mixed methods and interdisciplinary

Implementation: Knowledge to control phenomena of interest (lab-like settings), control means of learning, can randomize participants

Implementation: Enable conditions for phenomena of interest, simultaneously study and enable learning, real setting (can’t randomize)

Example: How do individuals learn from the activities they experience both in and out of school?

Example: How can individuals learn from the activities they experience both in and out of school?

Quasi- Experimental

Page 11: College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context.

SoTL / Research Continuum

SoTL ResearchAim: Specific goals Aim: General goals

Disseminate: Local Disseminate: Public

Page 12: College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context.

SoTL / Research Continuum

SoTL ResearchAim: Specific goals Aim: General goals

Disseminate: Local Disseminate: Public

Techniques: Various Techniques: Various

Timelines: Baseline and longitudinal

Timeline: Baseline and longitudinal

Page 13: College of Engineering Engineering Education Stepping Stones 2006 Types of Research Putting these studies in context.

SoTL / Research Continuum

SoTL ResearchAim: Specific goals Aim: General goals

Disseminate: Local Disseminate: Public

Techniques: Various Techniques: Various

Timelines: Baseline and longitudinal

Timeline: Baseline and longitudinal

Example: Did the students in my spring Introductory Psychology course perform better on their weekly quizzes when I changed to a more interactive format?

Example: Does an interactive format in introductory psychology courses improve student performance?

What factors influence

improvement in student

performance in my Introductory

Psychology courses? (How

are goals associated with

outcomes?)