LET Elementary Principles and Strategies of Teaching — Teaching Approaches, Methods and StrategiesRevision Notes

Exam Tips

• When a LET stem says 'Teacher A believes that learners construct their own knowledge,' the answer is APPROACH (constructivist).
• When a stem says 'Teacher B uses a step-by-step procedure to teach addition,' the answer is METHOD.
• Look for signal words: 'believes/views' = approach; 'plans/organizes' = strategy; 'follows steps/procedure' = method; 'personally/artistically does' = technique.
• The PRC LET often embeds these terms in classroom vignettes — read the scenario carefully and match to the correct level of the hierarchy.

Key Points

• The four terms form a ladder from broadest (approach) to most specific (technique).
• An APPROACH is a philosophical viewpoint or belief about how teaching and learning happen. Example: Constructivist approach, Learner-centered approach.
• A STRATEGY is a broad, long-range plan of action designed to achieve a learning goal. Example: Cooperative learning strategy, Differentiated instruction.
• A METHOD is a systematic, step-by-step procedure used to accomplish specific objectives. Example: Inductive method, Demonstration method, Lecture method.
• A TECHNIQUE is the teacher's personal, immediate, and specific way of executing a step within a method. Example: A teacher's unique way of using wait time or posing Socratic questions.
• The hierarchy flows downward: Approach → Strategy → Method → Technique.
• On the LET, a stem describing 'the teacher's belief that knowledge is constructed by the learner' points to APPROACH, not method or strategy.
• Memory hook: Approach = Belief, Strategy = Plan, Method = Procedure, Technique = Personal Act.

Definitions

Section Title

The Approach-Method-Strategy-Technique Hierarchy

Common Mistakes

• Using 'method' and 'strategy' interchangeably — they are related but not the same; strategy is broader.
• Calling cooperative learning a 'method' instead of a 'strategy' — it is a strategy implemented through specific methods and structures.
• Confusing 'approach' with 'method' — an approach is a belief, a method is a procedure.
• Thinking technique is the same as method — technique is the personal execution of a step, method is the full systematic procedure.

Exam Tips

• Whenever a LET item asks what the K-12 curriculum reform favors, answer: LEARNER-CENTERED, CONSTRUCTIVIST.
• If an item describes a teacher lecturing for 40 minutes without learner participation, that is teacher-centered — and likely NOT the best practice choice.
• Items comparing the two approaches often use words like 'facilitator' (learner-centered) vs. 'authority/dispenser' (teacher-centered).
• Remember: both centers have valid uses — the LET may ask when each is appropriate, not just which is better in general.

Key Points

• Teacher-centered: The teacher is the authority and primary dispenser of knowledge. Learners are passive receivers.
• Learner-centered: The teacher is a facilitator and guide. Learners are active constructors of meaning.
• Teacher-centered view: Knowledge is transmitted from teacher to learner.
• Learner-centered view: Knowledge is constructed by the learner through experience and interaction.
• Typical teacher-centered methods: Lecture, direct instruction, demonstration.
• Typical learner-centered methods: Inquiry, discovery, cooperative learning, problem-based learning, project-based learning.
• The K-12 curriculum framework (DepEd Order No. 21, s. 2019 and the K to 12 Basic Education Program) is explicitly LEARNER-CENTERED and CONSTRUCTIVIST.
• Teacher-centered methods are not wrong — they are efficient and appropriate for teaching foundational facts, rules, and procedures. The skill is choosing the right approach for the objective.
• On items asking which orientation Philippine curriculum reforms favor, always choose learner-centered and constructivist.
• RA 7836 (Philippine Teachers Professionalization Act of 1994) obliges licensed teachers to use appropriate instructional strategies — knowing both centers of instruction fulfills this professional obligation.

Definitions

Section Title

Teacher-Centered vs. Learner-Centered Approaches

Common Mistakes

• Thinking learner-centered always means group work — it means the learner is active, which can also happen individually.
• Assuming teacher-centered methods are outdated — direct instruction is still effective and appropriate for specific objectives.
• Forgetting that K-12 is explicitly constructivist and learner-centered — this is a frequent LET distractor trap.
• Confusing the teacher's physical position (at the board vs. moving around) with the approach — the approach is defined by who is intellectually active, not where the teacher stands.

Exam Tips

• Key phrase for DEDUCTIVE: 'The teacher announced the rule/principle first' or 'the teacher began with the definition.'
• Key phrase for INDUCTIVE: 'The teacher showed examples and asked learners to find the pattern/rule' or 'learners discovered the generalization.'
• In math and science scenarios on the LET, the triangle/angle example is a classic inductive scenario — watch for it.
• If a stem says a lesson goes from rule to example, it is deductive. If it goes from example to rule, it is inductive — no exceptions.

Key Points

• DEDUCTIVE METHOD: Moves from GENERAL to SPECIFIC. The teacher states the rule, principle, or generalization FIRST, then provides examples and applications.
• DEDUCTIVE is teacher-controlled, direct, and time-efficient. Best for introducing known rules and concepts quickly.
• INDUCTIVE METHOD: Moves from SPECIFIC to GENERAL. The teacher presents examples, data, or cases FIRST and guides learners to DISCOVER the rule or generalization themselves.
• INDUCTIVE is learner-centered, develops critical and analytical thinking, and takes more time.
• Memory trick: DEductive = DEfinition first. INductive = INvestigate examples first.
• Classic deductive scenario: Teacher announces, 'Nouns are names of persons, places, things, or ideas,' then gives examples.
• Classic inductive scenario: Teacher shows many examples of nouns in sentences, asks learners to notice what they have in common, and guides them to formulate the rule themselves.
• Triangle angle example (from reference): If the teacher has learners measure many triangles and conclude the angles sum to 180° — this is INDUCTIVE. If the teacher announces the rule first and asks learners to verify — this is DEDUCTIVE.
• The inductive method aligns with inquiry and discovery learning (Bruner).
• Both methods are valid; the choice depends on the objective and content.

Definitions

Section Title

Deductive vs. Inductive Methods

Common Mistakes

• Reversing the direction: Deductive = general to specific (NOT specific to general).
• Thinking inductive is always better — deductive is more time-efficient and appropriate for many foundational content areas.
• Confusing inductive method with inquiry-based learning — they overlap but are not identical; inductive is the reasoning direction, inquiry is the broader strategy.
• Forgetting that the inductive method develops higher-order thinking because learners must analyze and synthesize examples.

Exam Tips

• If a LET scenario says 'the teacher showed learners how to...' — the answer is DEMONSTRATION METHOD.
• If a stem says 'learners exchanged ideas with each other under the teacher's guidance' — the answer is DISCUSSION METHOD.
• If a stem says 'the teacher asked questions and learners answered one by one' — the answer is RECITATION or Q&A METHOD.
• Demonstration method is the best match for any psychomotor or procedural objective — remember SHOW-HOW.

Key Points

• LECTURE / EXPOSITORY METHOD: Teacher explains information directly and comprehensively. Efficient for large amounts of content. Passive for learners; best kept short and made interactive.
• DEMONSTRATION METHOD: Teacher (or a resource person) shows HOW to do something while learners observe. Best match for psychomotor skills and step-by-step processes (e.g., conducting a science experiment, writing cursive letters). Typically followed by learner practice.
• DISCUSSION METHOD: Learners exchange ideas and perspectives under teacher guidance. Develops communication and higher-order thinking (analysis, evaluation). Requires sufficient background knowledge from learners to be productive.
• RECITATION / QUESTION-AND-ANSWER (Q&A) METHOD: Teacher asks questions; learners respond. Useful for review, comprehension checking, and reinforcing prior learning. Also called oral recitation.
• In Philippine elementary classrooms (Grades 1-6), these methods are commonly combined — a teacher may lecture briefly, demonstrate, then lead a discussion.
• The demonstration method is paired with the phrase 'show-how' learning. After demonstration comes GUIDED PRACTICE then INDEPENDENT PRACTICE.
• Discussion is more than question-and-answer — it involves learner-to-learner as well as teacher-to-learner exchange.
• DepEd classroom observation tools (e.g., the Classroom Observation Tool or COT) assess whether teachers use varied and appropriate methods.

Definitions

Section Title

Common Whole-Class Methods: Lecture, Demonstration, Discussion, Recitation

Common Mistakes

• Confusing discussion with recitation — in recitation, only the teacher asks and learners respond; in discussion, learners also question and respond to each other.
• Thinking demonstration is only for science — it is appropriate for any skill-based learning, including penmanship, art, and physical education.
• Overusing lecture — it is efficient but promotes passive learning; the LET expects teachers to know its limitations.
• Treating Q&A as the same as discussion — they differ in depth and the direction of interaction.

Exam Tips

• The defining feature of direct instruction on the LET is the 'I Do, We Do, You Do' gradual release model.
• If an objective says 'learners will master the steps of...' or 'learners will accurately perform...,' direct instruction is almost always the best match.
• Contrast: If an objective says 'learners will investigate...' or 'learners will create...,' move to inquiry, PBL, or project-based learning.
• Modeling (think-aloud) is a critical component — a scenario describing a teacher verbalizing her thinking while solving a problem = direct instruction.

Key Points

• Direct instruction is a structured, teacher-led method for teaching well-defined knowledge and step-by-step skills with high clarity and precision.
• The classic sequence (Rosenshine's Principles): Review of prior learning → Present new material in small steps → Model/think aloud → Guided practice with feedback → Independent practice → Periodic review.
• This sequence is commonly summarized as 'I DO, WE DO, YOU DO' — the gradual release of responsibility model.
• I DO = Teacher models and explains (I model, you watch).
• WE DO = Teacher and learners practice together; teacher provides immediate corrective feedback.
• YOU DO = Learners practice independently to build fluency and confidence.
• Direct instruction is EFFICIENT and EFFECTIVE for: foundational skills (phonics, computation, grammar rules, safety procedures, handwriting).
• Its limitation: used alone, it does little to develop higher-order thinking, creativity, or problem-solving — so it must be balanced with learner-centered strategies.
• In DepEd Grade 1-6 classrooms, direct instruction is standard for teaching foundational reading (phonics, decoding) and mathematics (computation algorithms).
• Direct instruction ≠ pure lecture; it includes modeling, guided practice, and feedback — it is more structured and interactive than a simple lecture.

Definitions

Section Title

Direct Instruction

Common Mistakes

• Confusing direct instruction with pure lecture — direct instruction includes modeling and guided practice, not just explaining.
• Using direct instruction for objectives that require higher-order thinking — it is best for foundational, well-structured content.
• Forgetting the sequence: review → present → model → guided practice → independent practice → review. Reversing steps is a common error.
• Thinking 'I Do, We Do, You Do' is only for primary grades — it applies at all grade levels for any new skill being introduced.

Exam Tips

• LET signal for IBL: 'learners investigated,' 'posed questions,' 'gathered evidence,' 'drew conclusions from data.'
• LET signal for PBL: 'authentic problem,' 'ill-structured,' 'no single answer,' 'groups researched and proposed solutions.'
• LET signal for PjBL: 'created a product,' 'built a model,' 'produced a campaign,' 'made a report over several weeks.'
• If a scenario involves a river pollution problem with no given answer, choose PBL. If learners are building a water filtration model, choose PjBL.

Key Points

• These three are LEARNER-CENTERED, CONSTRUCTIVIST strategies that develop higher-order thinking. They are frequently confused on the LET.
• INQUIRY-BASED LEARNING (IBL): Centers on QUESTIONS. Learners pose questions, gather and analyze evidence, and construct explanations — like scientists. The teacher facilitates rather than tells. Discovery Learning (Bruner) is a close relative.
• PROBLEM-BASED LEARNING (PBL): Begins with an AUTHENTIC, ILL-STRUCTURED PROBLEM that has no single correct answer. Learners work in groups to define the problem, research it, and propose solutions. The problem drives the learning.
• PROJECT-BASED LEARNING (PjBL): Organizes learning around producing a TANGIBLE PRODUCT or ARTIFACT over an extended period (e.g., a science model, a community campaign, a research report). The process of creating the product IS the learning.
• QUICK DISTINCTION: PBL = driven by a problem to SOLVE; PjBL = driven by a product to CREATE.
• All three require: Collaboration, research, reflection, and higher-order thinking.
• IBL is closest to the scientific method: observe, question, hypothesize, investigate, conclude.
• In Philippine elementary schools, IBL and PjBL are encouraged in Science, AP (Araling Panlipunan), and MAPEH under the K-12 curriculum.
• Ill-structured problems (PBL) have multiple possible solutions, require judgment, and mirror real-world complexity — unlike textbook problems with one correct answer.
• Discovery learning (Bruner): Learners find principles largely on their own; the teacher provides minimal guidance. A more extreme form of inquiry.

Definitions

Section Title

Inquiry-Based, Problem-Based, and Project-Based Learning

Common Mistakes

• Confusing PBL (problem-based) with PjBL (project-based) — remember: problem = solve it; project = create something.
• Thinking all three strategies are the same — they overlap in being constructivist but differ in their starting point and output.
• Using IBL for objectives that require mastery of a specific skill — IBL is for developing thinking and understanding, not for drilling a procedure.
• Forgetting that IBL, PBL, and PjBL all require COLLABORATION and REFLECTION, not just independent research.

Exam Tips

• Memorize the three structures and their KEY FEATURES: Jigsaw = expert groups; Think-Pair-Share = three steps (think/pair/share); STAD = improvement scoring.
• If a LET scenario says 'members went to expert groups then returned to teach their home group' — the answer is JIGSAW.
• If a scenario says 'team scores were based on how much each member improved' — the answer is STAD.
• The two most important hallmarks for the LET: POSITIVE INTERDEPENDENCE and INDIVIDUAL ACCOUNTABILITY. Know both.

Key Points

• Cooperative learning is a strategy where learners work in small, MIXED-ABILITY groups toward a shared academic goal.
• Proponents: David and Roger Johnson (Learning Together); Robert Slavin (STAD); Elliot Aronson (Jigsaw); Frank Lyman (Think-Pair-Share).
• FIVE HALLMARKS (Johnson & Johnson): 1) Positive Interdependence, 2) Individual Accountability, 3) Face-to-Face Interaction, 4) Social Skills, 5) Group Processing.
• POSITIVE INTERDEPENDENCE: Success of the group depends on every member's contribution — 'we sink or swim together.'
• INDIVIDUAL ACCOUNTABILITY: Each member is responsible for their own learning and contribution — no one can free-ride.
• Cooperative learning ≠ simple group work because of individual accountability: every learner must contribute.
• JIGSAW (Aronson): Each member of a 'home group' becomes an expert on one subtopic by meeting with an 'expert group,' then returns to teach their piece to the home group. Key feature: EVERY member's contribution is ESSENTIAL.
• THINK-PAIR-SHARE (Lyman): Learners THINK alone → PAIR with a partner to discuss → SHARE with the class. Quick, gives every learner a voice, provides wait time.
• STAD — Student Teams Achievement Divisions (Slavin): Teams study together → each member takes an INDIVIDUAL QUIZ → team score is based on each member's IMPROVEMENT score → teams are publicly recognized.
• OTHER STRUCTURES: Numbered Heads Together (NHT), Teams-Games-Tournament (TGT), Round Robin, Carousel.
• In Philippine elementary classrooms, cooperative learning is widely promoted by DepEd as it develops 21st-century skills: collaboration, communication, and critical thinking.
• Mixed-ability grouping is intentional — it ensures peer teaching and scaffolding within groups.

Definitions

Section Title

Cooperative Learning

Common Mistakes

• Confusing cooperative learning with simple group work — cooperative learning requires positive interdependence AND individual accountability.
• Mixing up the three main structures: Jigsaw = expert-home groups; Think-Pair-Share = think-pair-share steps; STAD = team study + individual quizzes + improvement scoring.
• Thinking STAD scores are based on total correct answers — they are based on each member's IMPROVEMENT over their own previous score.
• Forgetting that mixed-ability grouping is intentional and essential in cooperative learning.

Exam Tips

• If a LET scenario describes a lesson about 'community' that covers Science, Math, and AP together — the answer is THEMATIC or INTEGRATIVE TEACHING.
• Remember: Thematic = organized around a THEME; Integrative = connects SUBJECTS.
• Link integrative/thematic teaching to the K-12 curriculum's spiral design for context in items about curriculum alignment.
• DepEd's Kindergarten curriculum = thematic by design; a helpful Philippine context anchor.

Key Points

• INTEGRATIVE TEACHING connects content across subjects rather than teaching each in isolation, helping learners see relationships and transfer learning.
• THEMATIC TEACHING organizes lessons around a CENTRAL THEME (e.g., 'Water,' 'Community,' 'Environment,' 'Resilience') through which several subjects are studied together.
• Both reflect the view that knowledge is INTERCONNECTED — not fragmented by subject lines.
• INTERDISCIPLINARY TEACHING: Examines a real-world topic through the lenses of two or more disciplines; the disciplines are identifiable but connected.
• TRANSDISCIPLINARY TEACHING: The most integrated form; subject boundaries dissolve entirely and learning is organized around real-world themes or projects.
• The K-12 curriculum's SPIRAL PROGRESSION design and integrated learning areas make integrative and thematic teaching particularly relevant in Philippine elementary schools.
• Mother Tongue-Based Multilingual Education (MTB-MLE) in Grades 1-3 also involves thematic integration of language with content subjects.
• Example: A theme on 'Water' can integrate Science (properties of water), Math (measuring volume), AP (water resources in the community), and MAPEH (water safety).
• The goal is TRANSFER OF LEARNING: when learners see connections across subjects, they can apply knowledge more flexibly.
• DepEd's Kindergarten curriculum is inherently thematic and integrative, making this method foundational to early childhood education in the Philippines.

Definitions

Section Title

Integrative and Thematic Teaching

Common Mistakes

• Thinking thematic teaching means only doing one subject — themes connect MULTIPLE subjects around a common idea.
• Confusing interdisciplinary and transdisciplinary — in transdisciplinary, subject boundaries dissolve; in interdisciplinary, subjects are connected but still identifiable.
• Forgetting that integrative teaching supports TRANSFER OF LEARNING — this is its primary educational benefit.
• Not connecting integrative teaching to the K-12 spiral curriculum — they are explicitly aligned.

Exam Tips

• Memorize Kolb's four stages in order: CE → RO → AC → AE. Use the acronym CRAA (Concrete, Reflect, Abstract, Active) or 'CARE Reversed': AE-AC-RO-CE going backward.
• If a LET item asks what makes experiential learning meaningful, the answer is REFLECTION (Reflective Observation).
• A scenario describing a learner doing a lab, reflecting in a journal, forming a conclusion, and applying it to a new situation = Kolb's full experiential learning cycle.
• Kolb is the PROPONENT — if a stem asks who developed this cycle, the answer is David Kolb.

Key Points

• EXPERIENTIAL LEARNING is learning BY DOING and then REFLECTING on what was done.
• Key insight: Experience alone is NOT enough — REFLECTION is what turns experience into genuine learning.
• DAVID KOLB'S EXPERIENTIAL LEARNING CYCLE (ELC) has four stages that form a continuous cycle:
• Stage 1 — CONCRETE EXPERIENCE (CE): The learner actually does or undergoes something (feels, observes, participates).
• Stage 2 — REFLECTIVE OBSERVATION (RO): The learner reflects on what happened — observes from different perspectives, thinks back.
• Stage 3 — ABSTRACT CONCEPTUALIZATION (AC): The learner forms a concept, principle, or theory from the reflection — generalizes learning.
• Stage 4 — ACTIVE EXPERIMENTATION (AE): The learner applies the new understanding to a new situation — tests and experiments, which leads back to Stage 1.
• The cycle is CONTINUOUS — it loops back to concrete experience, deepening learning each time.
• Examples of experiential learning activities: field trips, science laboratory work, role play, simulations, community immersion, action research, garden-based learning.
• In Philippine elementary schools, experiential learning is central to Science (lab), MAPEH (performance), and AP (community studies).
• Kolb also identified LEARNING STYLES based on preferences within the cycle: Diverger (CE+RO), Assimilator (AC+RO), Converger (AC+AE), Accommodator (CE+AE) — though learning styles theory has been critiqued, Kolb's cycle remains an LET staple.
• REFLECTION is the critical bridge between raw experience and meaningful learning — without it, learners may repeat errors or miss insights.

Definitions

Section Title

Experiential Learning (Kolb's Cycle)

Common Mistakes

• Thinking experiential learning ends at the concrete experience stage — reflection and conceptualization are equally important.
• Confusing the order of stages: CE → RO → AC → AE (NOT AE → AC → RO → CE).
• Thinking experiential learning is only for science labs — it includes role play, simulations, field trips, and community immersion.
• Forgetting that the cycle is CONTINUOUS — active experimentation leads back to a new concrete experience.

Exam Tips

• Bloom's Taxonomy verb alignment: REMEMBER/UNDERSTAND → Direct instruction, Lecture, Deductive. APPLY/ANALYZE → Inquiry, Discussion, PBL. EVALUATE/CREATE → PBL, PjBL, Inquiry.
• Psychomotor skills (showing how to do something) → DEMONSTRATION METHOD is almost always the correct choice.
• Cross-subject or thematic content → INTEGRATIVE or THEMATIC TEACHING.
• Group work with all five hallmarks of cooperative learning → COOPERATIVE LEARNING (not just 'group activity').
• On the LET, read the scenario twice: first to identify the OBJECTIVE TYPE, then to match to the METHOD FAMILY.

Key Points

• There is NO SINGLE BEST METHOD — the best method depends on the OBJECTIVE, CONTENT TYPE, and LEARNERS.
• Reading the OBJECTIVE'S VERB is the fastest way to identify the appropriate method on the LET.
• RECALL/REMEMBER facts and rules → Direct instruction, Deductive method, Lecture/Expository.
• UNDERSTAND/DISCOVER a principle or generalization → Inductive method, Inquiry-based learning, Discovery learning.
• APPLY knowledge to a real-world messy situation → Problem-based learning (ill-structured problem).
• CREATE/PRODUCE an original output over time → Project-based learning.
• COLLABORATE and develop peer teaching skills → Cooperative learning (Jigsaw, STAD, Think-Pair-Share).
• SEE CONNECTIONS across subjects → Integrative and Thematic teaching.
• MASTER a psychomotor/procedural skill → Demonstration method then guided practice; Direct instruction.
• DEVELOP higher-order thinking, analysis, creativity → Inquiry, PBL, PjBL, Discussion.
• REVIEW and reinforce learning → Recitation/Q&A, STAD, Think-Pair-Share.
• LEARN from direct experience → Experiential learning (Kolb's cycle: field trips, simulations, labs).
• LET SCENARIO ALERT: 'Teacher wants learners to master the steps of long division accurately' → DIRECT INSTRUCTION with modeling and guided practice.
• LET SCENARIO ALERT: 'Teacher wants learners to investigate why a local river is polluted and propose solutions' → PROBLEM-BASED LEARNING.
• This matching skill — choosing the RIGHT method for the RIGHT objective — is the highest-value competency in this chapter.

Definitions

Section Title

Matching Method to Objective and Content Type

Common Mistakes

• Applying inquiry or PBL to foundational facts and skills that are better taught through direct instruction.
• Using lecture for objectives requiring higher-order thinking — lecture alone cannot develop analysis, evaluation, or creation.
• Forgetting that objectives with verbs like 'recall,' 'list,' or 'identify' require direct, structured methods, not open-ended inquiry.
• Choosing the method the teacher prefers rather than the method that best fits the objective — the LET tests the match, not personal preference.