Introduction
Instructional design without applying learning theory is like cooking without salt. You can have an incredible dish but it will never reach its full potential. Theory gives designers a foundation for decision making, guides feedback, brings attention to learner autonomy and highlights why collaboration is so important. Over six modules, I worked within SparkyWave Solutions to apply my theoretical learning into real practice. This post will reflect on what each theory looked like in my designs and how I plan to continue building on this strong foundation in the future.
Module 1: Behaviorism and Gamification
Behaviorism says that behavior is a product of environment and gamification is the application of game elements into learning design to boost engagement.
For Module 1, I designed a gamified learning experience for SparkyWave built around a point-based system where employees earn badges as a reward for correct answers throughout the learning module. I utilized google forms to house my design, and what struck me is how simple the feedback loop became. Because the module rewards correct answers, learners are motivated to persist through the module without explaining what their engagement should look like. When the learning experience is gamified, learners are more likely to persist through challenges.
Module 2: Keller’s ARCS Model
The ARCS model (Attention, Relevance, Confidence, Satisfaction) requires us to focus on the motivation behind learning to increase engagement.
Applying the ARCS model to my remote work infographic required me to treat motivation as a design element versus a desired outcome. I captured the learner’s attention by providing motivating statistics at the beginning of the infographic, then established relevance by providing tips for real challenges that SparkyWave employees face. Confidence was built through clear step by step instructions that are achievable and easy to follow, and satisfaction is provided within the employee testimonies about remote work.
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M2 Infographic
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Module 3: Mayer's Multimedia Principles
Mayer's research establishes that learning is most effective when we intentionally manage cognitive load by removing extraneous material and presenting information in a way that makes sense.
I had the chance to apply Mayer's Multimedia Principles by designing a Remote Workplace Safety Training module for SparkyWave. The coherence principle taught me to remove any decorative elements that aren't specifically relevant to the topic. Signaling pushed me to direct the learner's attention through visual hierarchy and segmenting is shown with all topics having their own slide. The biggest takeway for me was realizing that in an effort to make things more visually engaging, I was actually distracting the learner from the actual content.
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M3 Multimedia Training
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Module 4: Community of Inquiry
The Community of Inquiry framework identifies the overlapping conditions that make online learning more meaningful: teaching, social, cognitive and emotional presence.
Designing a slack channel required me to apply multiple presences simultaneously. The teaching presence is demonstrated in structured weekly prompts and a rotating facilitator role, and social presence is built with a conversational tone and encouragement to interact with peer responses. To apply cognitive presence, I wrote prompts that require genuine reflection from both the original responder and their peer replies. By sharing my own response, as the facilitator, I created an emotional presence and fostered a vulnerable and trustworthy space.
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M4 Slack Design
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Module 5: Sociocultural Theory and Situated Learning
Vygotsky's sociocultural theory states that learning is fundamentally a social process and situated learning supports this by arguing that knowledge is most valuable in context.
This module asked us to build a scenario based team building activity for new members of a remote marketing team. I designed a collaborative activity where the team would develop a pitch for an upcoming product, an authentic and relevant task to their roles. The activity opened with team members sharing their views on collaboration and an experience that shaped them, rather than a traditional professional introduction. By sharing an experience, team members start to view each other as peers versus names on their computer. Sociocultural theory reminded me that the knowledge a team constructs relies on the context its members bring to the table.
Module 6: Self-Determination Theory, Transactional Distance and Generative AI
The group project brought together elements of multiple theories to reimagine the current, static SparkyWave cybersecurity training. Self-Determination Theory revolves around three needs (autonomy, competence and relatedness) which structured the redesign. At the beginning of the training, an employee selects their role which gave them autonomy and relatedness in a personalized learning experience. A peer discussion board maintained relatedness across remote employees, and realistic phishing simulations with immediate AI feedback built competence. We used Generative AI to function as an always available instructor and a video from a real SparkyWave IT team member to limit transactional distance.
Putting Things Together
No single theory explains how all people learn. Behaviorism structures feedback, gamification encourages certain design elements, ARCS sustains motivation. Mayer manages cognitive load and CoI builds community, while sociocultural theory situates learning in a collaborative context. Self-Determination Theory and Transactional Distance design for relevance and connection. Together, a strong instructional designer uses them simultaneously rather than picking their favorite and discarding the others.
Connectivism and Future Plans
Connectivism argues that learning is the ability to form connections between ideas, tools and communities. Knowledge is distributed across the various networks we belong to and interact with. For me, this means that my work in this course is just the beginning. I intend to join communities where instructional design is developed, such as the ID community on LinkedIn or professional Slack spaces where experts in the field share emerging tools and research. I will share my work in progress and build a professional presence to continue networking. Connectivism explains how I will keep building on the strong foundation I created in this course, by staying involved in the field as it evolves.
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