iPad integration in elementary math boosts achievement and positive attitudes
Category: User-Centred Design · Effect: Moderate effect · Year: 2015
Introducing iPads as a learning tool in third-grade mathematics classrooms can lead to improved student achievement and more favorable attitudes towards the subject.
Design Takeaway
When designing educational technology or integrating digital tools into learning environments, prioritize features that demonstrably enhance both learning outcomes and user sentiment.
Why It Matters
This research highlights the potential of digital tools to enhance learning outcomes and student engagement in core subjects. Design practitioners should consider how technology can be thoughtfully integrated to support pedagogical goals and user experience.
Key Finding
The study found that using iPads in math lessons had a measurable effect on both how well students learned math and how they felt about the subject, suggesting a positive impact compared to traditional approaches.
Key Findings
- Students using iPads showed differences in math achievement compared to those using traditional methods.
- Student attitudes towards mathematics differed between the iPad group and the traditional instruction group.
Research Evidence
Aim: To investigate the impact of iPad integration on third-grade students' mathematics achievement and attitudes compared to traditional teaching methods.
Method: Exploratory case study with quasi-experimental quantitative and qualitative data.
Procedure: Two third-grade mathematics classes were compared: one using iPads for instruction and the other using traditional textbook-based methods. Achievement was measured via pre- and post-tests, and attitudes were assessed using the Attitudes Towards Mathematics Inventory (ATMI). Interviews were also conducted.
Context: Elementary school mathematics education.
Design Principle
Digital learning tools should be designed to actively engage users and demonstrably improve learning outcomes.
How to Apply
When developing or recommending educational software or hardware, conduct pilot studies to measure impact on both achievement and user attitudes.
Limitations
The study was an exploratory case study, and findings may not be generalizable to all contexts. The specific implementation and content on the iPads were not detailed.
Student Guide (IB Design Technology)
Simple Explanation: Using iPads in math class can help students learn better and like math more than just using textbooks.
Why This Matters: This shows that the tools we design can have a real impact on how students learn and their feelings about subjects, which is important for creating effective learning experiences.
Critical Thinking: To what extent are the observed effects attributable to the iPad device itself versus the specific educational content or pedagogical approach employed on the iPad?
IA-Ready Paragraph: This research demonstrates that the integration of digital learning tools, such as iPads, can positively influence both academic achievement and user attitudes in educational settings. By comparing a group of students using iPads for mathematics instruction against a control group using traditional methods, the study found significant differences in learning outcomes and student engagement with the subject.
Project Tips
- When researching technology in education, clearly define the technology and its intended use.
- Consider measuring both learning outcomes and user feelings (attitudes) in your research.
How to Use in IA
- This study provides a model for investigating the impact of a specific design intervention (iPad use) on user performance and attitude.
Examiner Tips
- Ensure that any technology integrated into a design project has a clear pedagogical or functional purpose linked to user outcomes.
Independent Variable: Use of iPad for mathematics instruction vs. traditional textbook-based instruction.
Dependent Variable: Mathematics achievement (measured by pre- and post-tests) and attitudes towards mathematics (measured by ATMI).
Controlled Variables: Course content, instructional design, assessments, inventories, and instructor.
Strengths
- Employed a mixed-methods approach combining quantitative achievement data with qualitative attitude data.
- Controlled for several variables to isolate the effect of the iPad intervention.
Critical Questions
- What specific features of the iPad or the applications used contributed most to the observed effects?
- How might these findings translate to different age groups or subject areas?
Extended Essay Application
- An Extended Essay could explore the impact of a specific digital tool on a particular skill or attitude within a chosen user group, using a similar mixed-methods approach.
Source
The effects of iPad devices on elementary school students' mathematics achievement and attitudes · 2015 · 10.17760/d20198325