Curriculum Design & Development Flashcards

A GED curriculum designer is applying Wiggins and McTighe's Understanding by Design (UbD) framework. Which sequencing correctly represents the three stages of backward design?

Answer: Identify desired results → Determine acceptable evidence → Plan learning experiences and instruction

UbD's backward design begins with Stage 1: identifying desired results (enduring understandings and essential questions), then Stage 2: determining acceptable evidence (assessments that prove mastery), and finally Stage 3: planning learning experiences. The term 'backward' reflects that assessments are designed before instruction, reversing the conventional approach.

A GED program coordinator notices that adult learners in the science unit score well on factual recall items but consistently fail performance tasks requiring scientific reasoning. Which curriculum design flaw most likely explains this gap?

Answer: Misalignment between instructional objectives and assessment tasks (curriculum–assessment misalignment)

When learners master recall items but fail application tasks, the root cause is typically curriculum–assessment misalignment: instruction was designed around lower-order knowledge (Bloom's Remember/Understand) while assessments demand higher-order reasoning (Analyze/Evaluate/Create). The curriculum design failed to bridge objectives, instruction, and assessment at a consistent cognitive level.

Which theoretical distinction best characterizes the difference between a 'curriculum map' and a 'scope and sequence' document in GED program planning?

Answer: A scope and sequence specifies what is taught and in what order across time, while a curriculum map additionally records the actual instructional resources, assessments, and standards alignment used in each unit

A scope and sequence is a planning framework that outlines the breadth of content (scope) and the progression of topics over time (sequence). A curriculum map is a broader, living document that also captures the resources, assessments, and standards connections actually implemented — making it a tool for reflective practice and program coherence analysis, not just planning.

A GED curriculum team wants to ensure their new mathematical reasoning unit addresses transfer of learning, not just procedural fluency. According to Perkins and Salomon's transfer research, which curriculum design strategy most directly promotes 'far transfer' in adult learners?

Answer: Presenting content in varied, contextually distinct problem scenarios and prompting learners to explicitly abstract the underlying principle across those contexts

Perkins and Salomon distinguish 'low-road' transfer (near transfer through automaticity via extensive practice) from 'high-road' transfer (far transfer through mindful abstraction). Far transfer — applying a concept to novel, dissimilar contexts — requires deliberate instructional design that presents varied examples and explicitly prompts learners to identify the generalizable principle across those examples (called 'hugging and bridging' strategies).

A GED program is revising its Extended Response curriculum component to align with evidence-based writing research. A curriculum specialist argues that argument writing instruction should prioritize 'genre knowledge' before 'process knowledge.' Which critique of this sequencing is most theoretically grounded?

Answer: Privileging genre knowledge before process can create rigid, formulaic writing because learners internalize surface-level text features without developing the recursive, metacognitive processes that allow flexible genre adaptation

Research in writing pedagogy (e.g., Hillocks, Freedman) warns that teaching genre as a fixed template before developing process awareness leads to formulaic writing. Effective curriculum integrates genre knowledge within process-oriented instruction, so learners understand genre as a social, purposeful response rather than a structural mold. Adult learners particularly benefit from understanding the rhetorical purpose driving genre choices, not just replicating formats.

In developing a contextualized GED Science curriculum for adult learners with interrupted formal education, a designer applies Vygotsky's Zone of Proximal Development (ZPD). Which curriculum design decision MOST accurately operationalizes ZPD at the unit planning level — as opposed to the lesson or moment-to-moment instructional level?

Answer: Using diagnostic pre-assessments at the start of each unit to calibrate the entry complexity of tasks to just beyond learners' independent performance level, then systematically reducing scaffolding across lessons as mastery develops

ZPD at the unit planning level means designing the arc of tasks so that initial complexity is set just above independent capability (identified via pre-assessment), with scaffolds built into early lessons that are intentionally and systematically faded as learners move toward independent mastery. This is distinct from moment-to-moment scaffolding (peer assistance) or lesson-level adjustments. The curriculum design embeds the trajectory of ZPD movement — from assisted to independent performance — across the unit as a whole.