AQA · A-Level · Physical Education

    Course version: 7582 · Version from Sept 2016

    Understanding of technology for sports analytics.

    Full specification wording

    The role of technology in physical activity and sport: Understanding of technology for sports analytics.

    Sports analytics uses technology to collect, process and interpret data about performance so that coaches and performers can make evidence-based decisions.

    Checked against the AQA 7582 specification (opens in a new tab) on .

    • Point 2 of 15
    • 4 key terms

    Study notes

    From the checked teaching notes for this specification point.

    The idea

    Sports analytics uses technology to collect, process and interpret data about performance so that coaches and performers can make evidence-based decisions. You need to understand what different technologies measure and how the resulting data is used. Video and motion analysis record movement so technique can be reviewed frame by frame; GPS and wearable trackers record distance, speed and work rate; heart-rate monitors indicate exercise intensity; force plates measure ground reaction forces and balance; performance-analysis software compiles match statistics such as passes and possession. Understanding means knowing the purpose of each tool, the type of data it produces and how that data informs feedback, training or tactics, as well as recognising limits such as cost, access and differences between testing and competition.

    What earns the marks

    • Identifies a named technology used in sports analytics, such as video motion analysis, GPS tracking, heart-rate monitoring, force plates or performance-analysis software.
    • States accurately what that technology measures or records, for example distance and speed, heart rate, ground reaction force, or movement patterns.
    • Explains how the data produced is used to inform feedback, training or tactical decisions.
    • Distinguishes between technologies by purpose, for example technique analysis compared with physiological monitoring or match statistics.
    • Recognises a limitation of sports analytics technology, such as cost, access, reliability or the difference between laboratory and competitive conditions.

    Common mistakes and how to put them right

    • Confusing what different technologies measure, for example assuming GPS measures heart rate.

      Put it right: Link each tool to its specific data output.

    • Believing analytics data is automatically accurate and objective.

      Put it right: Recognise issues of reliability, validity and context.

    • Describing a technology without stating how the data improves performance.

      Put it right: Connect data to feedback, training or tactics.

    • Assuming all analytics technology is equally accessible.

      Put it right: Consider cost and level of competition.

    Exam tips

    • Read each option and check it against the specific data output of the technology named in the question.
    • Eliminate options that describe a different technology's function before choosing.
    • Where two options seem similar, choose the one that correctly links the technology to its use in improving performance.
    • Revise technologies in pairs of what it measures and how the data is used.

    Try the lesson

    The start of the The role of technology in physical activity and sport: Understanding of technology for sports analytics. lesson, made from checked teaching notes for this specification point.

    Have a go first

    A coach wants a record of how far a footballer runs during a match so that training can be planned around that workload. Which piece of technology is designed to provide this measurement?

    Listen

    Sports analytics uses technology to collect, process and interpret data about performance so that coaches and performers can make evidence-based decisions. You need to understand what different technologies measure and how the resulting data is used. Video and motion analysis record movement so technique can be reviewed frame by frame; GPS and wearable trackers record distance, speed and work rate; heart-rate monitors indicate exercise intensity; force plates measure ground reaction forces and balance; performance-analysis software compiles match statistics such as passes and possession. Understanding means knowing the purpose of each tool, the type of data it produces and how that data informs feedback, training or tactics, as well as recognising limits such as cost, access and differences between testing and competition. A strong answer earns marks for these points. Identifies a named technology used in sports analytics, such as video motion analysis, GPS tracking, heart-rate monitoring, force plates or performance-analysis software. States accurately what that technology measures or records, for example distance and speed, heart rate, ground reaction force, or movement patterns. Explains how the data produced is used to inform feedback, training or tactical decisions. Distinguishes between technologies by purpose, for example technique analysis compared with physiological monitoring or match statistics. A common slip: Confusing what different technologies measure, for example assuming GPS measures heart rate. Instead, link each tool to its specific data output. Exam tip: Read each option and check it against the specific data output of the technology named in the question.

    Key words

    Say what each word means before you turn the card.

    Purpose of sports analytics technologies

    Try answering aloud or in your head before turning the card.

    Data produced by different technologies

    Try answering aloud or in your head before turning the card.

    Use of data to inform performance decisions

    Try answering aloud or in your head before turning the card.

    Limitations of analytics technology

    Try answering aloud or in your head before turning the card.

    See every definition
    Purpose of sports analytics technologies
    Knowing the purpose of each tool, the type of data it produces and how that data informs feedback, training or tactics.
    Data produced by different technologies
    Each technology measures or records its own specific data, such as distance and speed, heart rate, ground reaction force or movement patterns.
    Use of data to inform performance decisions
    Coaches and performers use collected, processed and interpreted data to make evidence-based decisions about feedback, training or tactics.
    Limitations of analytics technology
    Recognising limits such as cost, access and differences between testing and competition.

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