Multimedia Critique
Multimedia Assessment Rubric
| 1(Does not Meet Expectations) | 2(Marginally Meets Expectations) | 3(Meets Expectations) | 4(Exceeds Expectations) | |
| Theories of Multimedia | The resource design shows minimal to no use of multimedia learning theory or cognitive load principles. High extraneous cognitive load is evident through unclear formatting, distracting visuals, or redundant narration and text. Intrinsic load is unmanaged, making the task difficult and interfering with learning. Germane load is not supported, affecting the learner’s ability to actively process and integrate the information. | The resource design shows minimal use of multimedia learning theory and cognitive load principles. Some elements attempt to reduce extraneous load, but inconsistent visuals, redundancy, or unclear formatting remain. Intrinsic load is somewhat managed through segmentation but may still overwhelm some learners. Germane load is inconsistently supported offering limited opportunities for learners to process information. | The resource design applies multimedia learning theory and cognitive load principles. Extraneous load is minimized through organized formatting, appropriate visuals, and concise text, consistent with dual coding theory. Intrinsic load is managed by segmenting complex tasks, allowing learners to focus on meaningful processing. Germane load is actively supported, enabling learners to integrate new information. | The resource design demonstrates advanced application of multimedia learning theory and cognitive load principles. Extraneous load if effectively eliminated through careful design and application of dual coding principles. Intrinsic load is managed with thoughtful segmentation allowing learners to engage with complex material. Germane load is maximized promoting active processing and integration of information. The design not only supports efficient cognitive processing but also enhances learner engagement and motivation. |
| Models of Active Learning | The resource shows no use of active learning principles. Learning is primarily passive, with no opportunities for learners to engage, reflect, or apply knowledge. There is no guidance to practice or integrate new concepts, ignoring Merrill’s principles of activation, demonstration, application, and integration. According to the ICAP framework, engagement remains at the passive level, with no activities supporting active, constructive, or interactive modes of learning. The design does not facilitate active learning, critical thinking, or retention. | The resource demonstrates some attention to active learning principles, but engagement is limited and mainly passive. Learners have some opportunities to interact with content, reflect, or apply knowledge, though these activities are superficial. Some aspects of Merrill’s principles are addressed, such as activating prior knowledge but demonstration and integration are weak or inconsistent. According to the ICAP framework, engagement reaches the active level in but limited opportunities for constructive or interactive learning. The design offers minimal active learning with limited critical thinking and retention | The resource applies active learning principles, providing learners with frequent opportunities to engage with content, reflect on ideas, and apply knowledge to meaningful tasks. Merrill’s principles of activation, demonstration, and application are clearly evident, and learners are guided to integrate new concepts into their existing understanding. According to the ICAP framework, engagement reaches the constructive level, with learners generating ideas. The resource effectively supports active learning and promotes long term retention. | The resource consistently demonstrates active learning providing rich opportunity for learnings to engage, reflect and apply their knowledge. Merills principles of activation, demonstration, application and integrations are fully embedded, guiding learnings to connect new concepts. According to the ICAP framework, engagement reaches both constructive and interactive levels, with learners generating ideas and problem solving. Learners are engaged and empowered to actively process information to achieve long term retention. |
| Accessibility and Universal Design for Learning | The resource demonstrates no consideration for accessibility or inclusive design. Key features such as captions, transcripts, or alt text are absent, creating barriers for learning. The design does not provide multiple means of engagement, representation, or action and expression, ignoring the principles of Universal Design for Learning (UDL). Learners with disabilities or differing abilities are likely excluded, and opportunities for participation and comprehension are limited. The resource fails to accommodate diverse learners or promote equitable access. | The resource demonstrates some attention to accessibility and inclusive design, but implementation is incomplete or inconsistent. Basic features, such as captions, transcripts, or alt text, may be present but are limited in quality. Some opportunities for multiple means of engagement, representation, or action and expression are provided, but they are partial or not fully aligned with UDL principles. Learners with diverse abilities may still face barriers, and the resource only modestly supports equitable access, comprehension, and participation. | The resource applies accessibility and inclusive design principles effectively. Features such as captions, transcripts and alt text are consistently provided, supporting a range of learner needs. Multiple means of engagement, representation, action and expression are thoughtfully incorporated, reflecting key UDL principles. Learners with diverse abilities can access, navigate, and interact with the content, allowing for meaningful participation and comprehension of knowledge. While the design is solid and broadly inclusive, some opportunities for deeper customization or enhanced accessibility could still be explored. | The resource demonstrates advanced accessibility and inclusive design, fully integrating UDL principles to support learners of all abilities. Captions, transcripts, alt text, and other adaptive features are thorough and accurate. Multiple means of engagement, representation, action and expression are consistently available, enabling learners to customize their learning experience to their needs. The design addresses diverse learning styles, language proficiency, and cognitive or physical differences, removing barriers and promoting equitable access. Learners are empowered to engage and interact, creating a highly inclusive learning experience. |
Rubric Rationale
This rubric evaluates educational resources through three core pillars: Multimedia Learning Theory, Active Learning, and Accessibility/UDL. Theories such as Mayer’s Cognitive Theory of Multimedia Learning guide the assessment of cognitive load, dual coding, and active processing to ensure learners can efficiently process and integrate information. Merrill’s First Principles and the ICAP framework inform evaluation of learner engagement, reflection, application, and interaction. Accessibility is assessed using UDL and inclusive design principles, including multiple means of engagement, representation, and action, as well as features like captions and alt text to support diverse learners.
Example of a Poor Quality Resource:
1) Theories of Multimedia Learning: 1.5 Does Not Meet Expectations
The video shows lack of application of multimedia learning theory. Extraneous cognitive load is high due to cluttered or static diagrams, redundant or poorly timed narration, and unclear text placement. Intrinsic load is unmanaged, making complex concepts harder to process. Dual coding is weak, as visuals and verbal explanations are not effectively integrated. Germane load is unsupported, limiting meaningful learner processing or schema construction.
2) Models of Active Learning: 1 Does Not Meet Expectations
Learner engagement is passive with no prompts, exercises, or opportunities to apply knowledge. Merrill’s principles of activation, demonstration, and application are absent. According to the ICAP framework, the video remains at a passive level of engagement, with no constructive or interactive elements to promote active learning or deeper understanding.
3) Accessibility & Universal Design for Learning: 1 Does Not Meet Expectations
Accessibility is limited and no captions are present. There are no alternative representations of content (text, visuals, audio) are minimal. The design does not accommodate diverse learner needs or provide flexible pathways to learning, reducing equity and inclusion.
This video scored poorly on the rubric does not meet expectations due to high extraneous load, lack of engagement, and minimal accessibility support. It serves as a example of a resource that would benefit from better multimedia design, active learning integration, and UDL principles.
Example of an Okay Quality Resource
1.) Theories of Multimedia Learning: 3 Meets Expectations
The video uses narration paired with animated visuals and graphics that help illustrate membrane structure and transport concepts. Dual coding is present because key ideas are shown visually while being explained verbally, which supports working memory processing. However, the pace is quite fast and sometimes moves through complex concepts without clear segmentation for learners who may need more time or prompts to process each chunk of information.
2.) Models of Active Learning: 2 Marginally to Meets Expectations
The video encourages learners to think about how membranes function and uses memorable metaphors and examples, which support active cognitive engagement beyond passive listening. According to the ICAP framework, engagement fluctuates between active and constructive levels, learners are asked to follow explanations and mentally connect ideas, but there are no explicit interactive tasks, exercises, or built in reflection prompts that would push engagement fully into interaction.
3.) Accessibility & Universal Design for Learning: 2.5 Not Quite Fully Meets Expectations
Crash Course videos generally include closed captions on YouTube, which support accessibility for learners with hearing impairments or those who benefit from seeing text alongside audio. The animated visuals and clear narration offer multiple means of representation, which aligns with UDL principles. Although the video is fast pace learners can also adjust playback speed for self paced study. A deeper level of accessibility such as transcripts or alternative text summaries integrated into a platform page would further enhance equity, but the basics of UDL representation and learner control are present.
This video is scored between minimally and fully meeting expectations because it uses multimedia (animation, narration, visuals) to help learners understand complex ideas. It supports dual coding and has accessible features like captions and learner control. However, it doesn’t fully optimize active learning (no direct tasks or questions) and could manage intrinsic cognitive load more deliberately by adding clearer segmentation and further accessibility.
Example of an Excellent Resource
Theories of Multimedia Learning: 4 Exceeds Expectations
The simulation demonstrates strong application of multimedia learning principles. Extraneous load is minimized through clear visuals, concise labeling, and an uncluttered interface. Dual coding is effectively used, and segmentation of complex concepts manages intrinsic load while supporting active processing and germane load.
Models of Active Learning: 4 Exceeds Expectations
Active learning is fully integrated. Learners manipulate variables, test hypotheses, and observe outcomes, aligning with Merrill’s principles of activation, demonstration, application, and integration. Engagement reaches the interactive level according to the ICAP framework, fostering experimentation, reflection, and critical thinking.
Accessibility & Universal Design for Learning: 4 Exceeds Expectations
Accessibility and UDL principles are strongly supported. The simulation provides meaningful learner control, clear visual representations, and multiple ways to engage with content, aligning with UDL principles of engagement, representation, and action/expression. These features reduce many common barriers and support a range of learning preferences and pacing needs.
This interactive PhET simulation exceeds expectations because it integrates strong multimedia design, active learning, and accessibility features into an engaging learning experience. It applies cognitive load principles by reducing extraneous distractions and allowing learners to control pacing, while visual and textual elements work together to support dual coding and meaningful processing. The simulation promotes high levels of engagement by requiring learners to manipulate variables, test ideas, and apply concepts aligning with Merrill’s principles and the ICAP framework. Accessibility features and flexible controls support diverse learners, making it a thoughtfully designed educational resource overall.
References
CAST. (2024). The UDL Guidelines. https://udlguidelines.cast.org/
Granchelli, A. (2025, November 2). Accessible Multimedia.University of Victoria: Educational Technology. https://edtechuvic.ca/edci337/2025/11/02/accessible-multimedia/
Granchelli, A. (2025, October 19). Models of Active Learning.University of Victoria: Educational Technology. https://edtechuvic.ca/edci337/2025/10/19/models-of-active-learning/
Granchelli, A. (2025, September 5). Theories of Multimedia Learning. University of Victoria: Educational Technology. https://edtechuvic.ca/edci337/2025/09/05/theories-of-multimedia-learning/
Education Corner. (n.d.). Dual coding theory: The complete guide for teachers. https://www.educationcorner.com/dual-coding-theory/
Greenwood, J. (n.d.). Merrill’s first principles of instruction. Instructional Design Toolkit. https://james-greenwood.com/instructional-design/toolkit/merrill/
Wiley Center for Teaching and Learning. (2024). Principles of multimedia learning.https://web.archive.org/web/20240521080909/https://ctl.wiley.com/principles-of-multimedia-learning/
University of Colorado Boulder. (n.d.). PhET Interactive Simulations. https://phet.colorado.edu/
CrashCourse. (2023, December 19). Cell membranes: How does stuff get into your cells? | Crash Course Biology #24[Video]. YouTube. https://www.youtube.com/watch?v=9Ia8zH-qMZw
Shomu’s Biology. Plasma membrane structure and function [Video]. Youtube. https://www.youtube.com/watch?v=dNuLLd-Uuqc
Image credit:
Freepik. pikisuperstar. https://www.freepik.com/free-vector/vector-pop-art-illustration-man-woman-sitting-negotiation-table-top-view_1320610.htm