Educational psychology bridges the science of learning and the practice of teaching. For school psychologists, this knowledge informs assessment interpretation, intervention design, and consultation with teachers. PSY6100 surveys the major theoretical traditions that explain how learning happens and translates them into practical implications for classroom and clinical practice.
Major learning theory traditions
- Behaviorist learning theories: Skinner's operant conditioning applied to classroom learning — reinforcement schedules, shaping academic behaviors, token economies, and the limitations of behaviorist approaches for explaining complex cognitive learning (problem-solving, creativity, conceptual understanding)
- Cognitive learning theories: Information processing models (sensory memory → working memory → long-term memory); Sweller's cognitive load theory (intrinsic, extraneous, and germane load; instructional design implications); schema theory; metacognition (Flavell's framework — knowledge of cognition and regulation of cognition) and its role in self-regulated learning
- Constructivist learning theories: Piaget's cognitive constructivism (learners actively construct knowledge through interaction with the environment); Vygotsky's social constructivism (the zone of proximal development, scaffolding, and the role of social interaction and cultural tools in learning); implications for discovery learning, collaborative learning, and project-based instruction
- Social cognitive theory: Bandura's concepts of observational learning, self-efficacy, and reciprocal determinism applied to academic motivation and behavior; modeling as an instructional strategy
Motivation in learning
Key motivation frameworks in educational psychology
- Self-determination theory (Deci & Ryan): Intrinsic motivation flourishes when three basic psychological needs are met — autonomy (sense of choice and ownership), competence (sense of mastery and capability), and relatedness (sense of connection and belonging). Extrinsic rewards can undermine intrinsic motivation (the "overjustification effect") when they are perceived as controlling rather than informational.
- Achievement goal theory: Mastery goals (focused on learning and improvement) vs. performance goals (focused on demonstrating ability relative to others), further divided into approach and avoidance orientations. Mastery-approach goals are associated with deeper learning strategies, persistence, and resilience to failure.
- Attribution theory (Weiner): How students explain their successes and failures — locus (internal/external), stability (stable/unstable), and controllability (controllable/uncontrollable) — shapes subsequent motivation. Attributing failure to a stable, uncontrollable cause ("I'm just not smart") produces learned helplessness; attributing failure to an unstable, controllable cause ("I didn't study enough") supports continued effort.
- Expectancy-value theory: Motivation is a function of expectancy (belief in one's ability to succeed) multiplied by value (perceived importance/interest of the task) — both must be present for motivated engagement.
- Dweck's mindset theory: Fixed mindset (belief that ability is static) vs. growth mindset (belief that ability can be developed through effort) shapes response to challenge and failure; growth mindset interventions show modest but reliable effects on academic persistence.
Individual differences and learning
Educational psychology recognizes that learners differ in ways relevant to instruction: prior knowledge (the single strongest predictor of new learning); working memory capacity (limits how much new information can be processed simultaneously); learning disabilities (specific deficits in reading, writing, or mathematics that require specialized instructional approaches, e.g., Orton-Gillingham for dyslexia); attention and executive function (ADHD's impact on sustained engagement and self-regulation); language proficiency (English Language Learners require differentiated instruction and assessment accommodations); and cultural background (culturally responsive pedagogy recognizes that learning styles, communication norms, and educational expectations vary across cultural contexts).
Classroom assessment and management
Formative assessment (ongoing, low-stakes assessment used to monitor learning and adjust instruction in real time) is distinguished from summative assessment (assessment of learning at the end of an instructional unit, used for grading and accountability). Effective formative assessment practices — frequent checks for understanding, specific and actionable feedback, student self-assessment — have strong evidence for improving learning outcomes (Black & Wiliam, 1998). Classroom management research (Kounin's "withitness," proactive vs. reactive management strategies, positive behavioral interventions and supports — PBIS) demonstrates that well-managed classrooms maximize instructional time and create the conditions for learning to occur.
PSY6100 assignments include learning theory comparison papers, motivation case analyses, and classroom application projects
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Frequently asked questions
Cognitive load theory (Sweller, 1988, 2011) is one of the most influential frameworks in contemporary educational psychology and a frequent focus of PSY6100 application papers. The theory holds that working memory has a severely limited capacity, and instructional design should manage the cognitive demands placed on this limited resource. Sweller identifies three types of cognitive load: intrinsic load (the inherent complexity of the material itself, determined by the number of interacting elements that must be processed simultaneously — e.g., understanding photosynthesis requires holding multiple interacting concepts in mind at once); extraneous load (cognitive demands created by poor instructional design that don't contribute to learning — e.g., a confusingly formatted worksheet, split attention between a diagram and disconnected text, or unnecessary decorative elements that compete for attention); and germane load (cognitive effort directly devoted to learning — schema construction and automation). The practical implication is that effective instructional design should minimize extraneous load (clear, well-organized materials; integrated rather than split-attention diagrams; eliminating irrelevant details) so that working memory capacity is available for germane load (deep processing of the actual content) and to manage intrinsic load (breaking complex material into manageable chunks, using worked examples before independent practice, and sequencing instruction from simple to complex). This has direct relevance for school psychologists consulting with teachers on instructional accommodations for students with working memory deficits (common in ADHD and specific learning disabilities), where reducing extraneous load and providing additional scaffolding for intrinsic load are key intervention strategies.