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Rigorous curriculum design grounded in sound pedagogy is a cornerstone of successful learning, in both online and offline settings. The online space provides a unique challenge, however, in that the curriculum designer will often be relatively detached from the student and, on a practical level, must rely on intuition and learning analytics to craft the best possible learning experience. In this context, a sound theoretical framework for design becomes distinctly useful. The chosen framework for many learning and instructional designers, and for GetSmarter, is Bloom\u2019s Taxonomy.<\/p>\n
Bloom\u2019s Revised Taxonomy is a pedagogical tool that uses verbs to define learning outcomes at both the course and module level. It is based on a constructivist approach to learning, which emphasises the importance of building knowledge and skills through \u201cdoing\u201d.<\/p>\n
Bloom\u2019s Revised Taxonomy is best understood as a pyramid, with the top levels being the highest order of metacognitive skills. The pyramid analogy reinforces a core assumption of Bloom\u2019s, which is that lower-level skills are a broad foundation upon which more advanced and specialised skills can be built. The levels of Bloom\u2019s are, from bottom to top, Remember<\/strong>, Understand<\/strong>, Apply<\/strong>, Analyse<\/strong>, Evaluate<\/strong>, and Create<\/strong>. Each level has a series of corresponding verbs that can be used to articulate clear and specific learning outcomes.<\/p>\n Figure 1<\/strong>: Bloom\u2019s Revised Taxonomy.<\/p>\n In this three-part blog series, we will unpack how Bloom\u2019s Taxonomy can be best applied to online course design, and why it is often the pedagogical tool of choice.<\/p>\n The constructivist approach advocates a majority interactive approach to learning, with only minimal emphasis on didactic tools, allowing students to explore and learn through active application of new knowledge and skills in creative ways. Where possible, even the didactic elements can be made interactive, where possible. This is especially true in online learning, where interactive videos and notes are a possibility.<\/p>\n While traditional methods of education emphasise didactic instruction and written assessment \u2013 consider the \u201csage on the stage\u201d approach still common in most universities \u2013 a constructivist approach favours students learning through doing and interacting with each other. For this reason, Create<\/strong> is at the top of the Bloom\u2019s pyramid. The goal of this approach, also referred to as \u201cscaffolding\u201d, is to build knowledge and skills in the student by working through the levels of Bloom\u2019s, until they can produce new or original work. When a student is able to create an artefact \u2013 for example, write an essay or proposal, create a program, or plan a strategy \u2013 they are then understood to have gained that competency, or achieved that course\u2019s exit-level outcome.<\/p>\n Take, for example, learning how to play a musical instrument, like the guitar. First, the student must learn the names of the various notes, how they go together and how the scales work. This is the musical theory, and is mostly learnt didactically. They then apply this knowledge by learning to play the scales on their instrument, practicing for hours. After a given period of time, they will be able to make chords and melodies, and hopefully write their own music. Based on this, the learning outcomes for learning how to play the guitar may look something like this:<\/p>\n In this way, the student is \u201cscaffolded\u201d towards being able to play the guitar and write a song. So, in order to understand how musical notes are grouped together to form patterns, students must first remember what these notes are. Then, to apply this theory, they need not only remember but also understand how notes are grouped together to form music. This continues on to the create level, with each level assuming a grasp of the previous one. This is central to effective scaffolding.<\/p>\n Constructivism underpins GetSmarter\u2019s learning design approach, and one way to achieve this kind of learning environment online is to put an emphasis on collaboration, usually in small group discussion forums or, where possible, in real-time live chat rooms or Google Hangouts. The reason for this is that constructivist learning approaches are aided through social interaction. Collaboration or cooperation in groups allows students to aid each other\u2019s learning by filling knowledge gaps, encouraging each other, and solving problems together. Importantly, this also helps to remove the element of isolation from the online learning experience by creating engaged learning communities<\/a>.<\/p>\n Returning to our musical analogy, a student learning to play an instrument could teach themselves the basics alone at home. But, when you place that student in a room with another amateur musician, they can have fun while making music together and learn from each other.<\/p>\n The two base levels of Bloom\u2019s Taxonomy are formed by the verbs Remember<\/strong> and Understand<\/strong>. These each have associated verbs:<\/p>\n The purpose of these base verbs is usually to provide students with, and have them demonstrate a knowledge of, particular facts or theories. Usually, these levels of Bloom\u2019s are conveyed didactically and are tested using quizzes and written assignments. For example, at the level of Remember<\/strong>, a student might be required to \u201crecall the role of a facilities manager in a small office setting\u201d. This could be explained in a set of notes. In a subsequent assessment, they may be asked to identify the definition of \u201cfacilities manager\u201d in a multiple choice quiz. At the Understand<\/strong> level, the student may need to \u201cdescribe the main responsibilities of a facilities manager\u201d, in which case the assessment would be more detailed, such as a written submission.<\/p>\n In this way, the associated verbs in Bloom\u2019s Taxonomy can be used to guide the learning and assessment of students in online course design. Part 2<\/a> of this blog series will discuss the Analyse<\/strong> and Apply<\/strong> levels in more detail.<\/p>\n![\"Knowledge-commons-blooms-taxonomy-GetSmarter\"](\"https:\/\/www.getsmarter.com\/blog\/wp-content\/uploads\/2017\/06\/Knowledge-commons-blooms-taxonomy-GetSmarter.png\")
<\/p>\nWhat is constructivism?<\/strong><\/h4>\n
![\"Blooms-Taxonomy-Knowledge-Commons-Getsmarter\"](\"https:\/\/www.getsmarter.com\/blog\/wp-content\/uploads\/2017\/06\/Blooms-Taxonomy-Knowledge-Commons-Getsmarter.png\")
Figure 2<\/strong>: An example of a poll that can be used to add an interactive element to a set of notes.<\/p>\n\n
The importance of collaboration<\/strong><\/h4>\n
The base of Bloom\u2019s \u2013 Remember and Understand<\/strong><\/h4>\n
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