Understand
Differentiate major memory systems and the processes of encoding, consolidation, retrieval, interference, and forgetting.
Academic Microcredential · COG-101
Memory Science for Learning
Understand how information is encoded, consolidated, and retrieved—and use contemporary memory science to design more effective learning experiences.
Coming Soon100% OnlineEvidence-Informed
Contemporary memory scienceApplied learning designEvidence Literacy embedded
From memory mechanisms to learning design
Learning depends on more than exposure to information
What learners remember is shaped by how information is encoded, what happens after initial learning, how knowledge is retrieved, and how forgetting and interference interact with practice. COG-101 connects these mechanisms to practical educational design.
Evaluate
Critically examine common simplifications about memory, working-memory limits, training effects, and transfer.
Design
Use retrieval practice, spacing, interleaving, generation, elaboration, feedback, and prior knowledge according to context.
Learning outcomes
What will you be able to do?
By completing COG-101, you will be able to connect core memory mechanisms with concrete decisions in teaching, training, and learning design.
- Differentiate the principal memory systems and processes relevant to learning.
- Explain how encoding, consolidation, retrieval, interference, and forgetting affect performance.
- Evaluate oversimplified claims about memory, working-memory training, and transfer.
- Design learning experiences using evidence-informed memory principles.
- Explain the rationale and limitations behind a memory-informed design decision.
0. Start Here
Orientation, learning pathway, expectations, and how Evidence Literacy is integrated throughout COG-101.
1. Memory Is Not a Single System
Working memory, long-term memory, declarative and nondeclarative memory, and the functional relationships among major memory processes.
2. Encoding: Building a Learnable Representation
Attention, prior knowledge, organization, generation, and elaboration as conditions that influence encoding.
3. Consolidation, Forgetting, and Interference
What happens after initial learning, why forgetting occurs, and how competing information can disrupt performance.
4. Retrieval and Reconstructive Memory
Retrieval as an active process, retrieval cues, reconstructive memory, and the educational implications of remembering inaccurately.
5. Retrieval Practice and Spacing
Why recalling information and distributing practice over time can strengthen later access to knowledge.
6. Interleaving, Generation, Elaboration, Feedback, and Prior Knowledge
How complementary learning principles can be combined without turning them into universal recipes.
7. Evidence Lab — Claims, Limits, and Transfer
Analyze common memory-related claims, distinguish near from far transfer, and examine what evidence does and does not justify.
8. Applied Design Lab
Redesign a learning activity using memory principles and justify each design decision with an evidence-based rationale.
9. Final Applied Assessment
Submit a redesigned learning experience with rationale, evidence considerations, and explicit analysis of limitations.
Course profile
A focused microcredential for educational decision-making
Course codeCOG-101
Format100% online
LevelAcademic Microcredential
AssessmentApplied learning redesign
Teachers and trainers
Design instruction that makes better use of encoding and retrieval.
Design instruction that makes better use of encoding and retrieval.
Instructional designers
Use memory science to justify sequencing, practice, and feedback decisions.
Use memory science to justify sequencing, practice, and feedback decisions.
Academic coordinators and education leaders
Evaluate learning practices without relying on oversimplified neuroscience claims.
Evaluate learning practices without relying on oversimplified neuroscience claims.
Education and learning-sciences students
Build a stronger scientific foundation for understanding memory in learning contexts.
Build a stronger scientific foundation for understanding memory in learning contexts.
Stackable learning
COG-101 is the foundation of the Cognitive Science of Learning pathway
The microcredential is designed as a standalone competency and as a foundation for later study in evidence-based study strategies and self-regulated learning.
- Independent academic microcredential.
- Foundation for COG-103 · Learning How to Learn.
- Evidence Literacy integrated across the learning experience.
- Applied assessment focused on professional educational practice.
- Designed for future stackability within JF Learn pathways.
Reference certificate format · OPEN-001 sample shown temporarily while the COG-101 certificate is being produced
Frequently asked questions
Before you begin
Do I need a background in neuroscience?
No. COG-101 is designed to build the necessary conceptual foundation progressively and connect it directly to educational practice.
Is this a course about memorization tricks?
No. The microcredential examines memory as a set of cognitive systems and processes and then translates relevant findings into learning design decisions.
Will I learn study strategies?
You will work with principles such as retrieval practice, spacing, interleaving, generation, elaboration, feedback, and prior knowledge. A later JF Learn microcredential, COG-103, develops study strategies and learning-to-learn competencies in greater depth.
How is the microcredential assessed?
The final applied assessment asks you to redesign a learning experience using memory principles, explain the rationale, and identify relevant limitations.
Is this a college degree or university credit?
No. COG-101 is a non-degree continuing-education academic microcredential from JF Learn Institute. Formal hours, credit equivalencies, and any institutional stacking rules are published only when formally confirmed.
When will enrollment open?
The landing page is active while the final delivery and credentialing details are being completed. You may request information to be notified when enrollment opens.
COG-101 · Coming Soon
Design learning with a stronger understanding of how memory works
Request information about Memory Science for Learning and receive enrollment details when the microcredential opens.