top of page

eLearning reIgnited: The SAM Model—Rapid Prototyping for Agile eLearning Design 🚀


In the dynamic world of instructional design, there's no one-size-fits-all solution.


 

🧠 WHAT WE LEARNED: A recap!

We learned about Chunking in our last article in this series. So, we’ve now optimized our content for better learner comprehension. Now, the SAM Model will help us to bring this content to life in an agile way, focusing on continuous prototyping and improvement.


 

Image of a collaborative workspace with hands pointing to a diagram, symbolizing an iterative approach. The surrounding text introduces the SAM Model (Successive Approximation Model), an agile, flexible approach to instructional design that emphasizes rapid prototyping and quick iterations.

Traditional linear approaches can often be too slow to keep up with the evolving needs of learners. Enter the SAM Model (Successive Approximation Model)—an agile, iterative approach that transforms eLearning development through rapid prototyping. Unlike more structured models like ADDIE, SAM offers flexibility, allowing for quick iterations to adapt to learner needs efficiently. 🛠️


 

🚀 What is the SAM Model?

The Successive Approximation Model (SAM) is an agile instructional design approach that emphasizes rapid prototyping and continuous feedback. Unlike linear models like ADDIE, SAM focuses on flexibility and collaboration. It acknowledges that eLearning design is dynamic, often requiring adjustments along the way, and encourages ongoing iterations to meet learner needs.


SAM consists of three phases: Preparation, Iterative Design, and Iterative Development.


The approach is simple: start designing, test early, and make ongoing adjustments. This ensures learners are always at the heart of the process.


 

Image of hands working collaboratively on a project with markers and documents, symbolizing teamwork in the SAM model. The surrounding text breaks down the three SAM Model phases: Preparation, Iterative Design, and Iterative Development, each focused on creating, testing, and refining instructional materials through rapid prototyping.

🌟 Breaking Down the SAM Model Phases


  1. Preparation Phase: This is where it all begins. In the preparation phase, you define project goals, understand learner needs, and gather essential content and resources. Having a clear direction is key before you start.


  2. Iterative Design Phase: Here’s where things get creative. Instead of spending weeks or months creating a detailed blueprint, SAM encourages designers to quickly create a prototype. This prototype doesn’t need to be perfect—it’s a draft version that stakeholders and learners can interact with to provide feedback. Testing and refining early allows instructional designers to address gaps or issues before they escalate, ensuring a smoother development process.


  3. Iterative Development Phase: Once the prototype is refined, the development phase begins. This phase involves building, testing, and improving. The team creates modules, revises them based on user feedback, and makes continuous improvements. The key is iteration—testing, receiving feedback, and tweaking to ensure the final product meets learner needs effectively.


 

💡 Why Use SAM for eLearning?

The SAM Model is particularly powerful for eLearning because it embraces the evolving nature of learning needs. Here are a few reasons why SAM stands out:


  • Rapid Prototyping: By creating early prototypes, stakeholders can see a working version of the course sooner, allowing for timely feedback on elements like user experience and content relevance. This helps avoid spending months developing something that ultimately doesn’t align with learner needs.

  • Collaborative Feedback: SAM emphasizes collaboration. Whether it’s feedback from stakeholders, such as subject matter experts or project managers, or input from end-users, SAM integrates these perspectives throughout the entire design process to ensure the content is relevant and engaging.

  • Agility: Flexibility is key in eLearning. Learner needs can change, and SAM’s iterative nature makes it easy to pivot and adjust, ensuring that the final product is both effective and up-to-date.


 

Image of a team collaborating in a modern office space, viewed from above, symbolizing the iterative and collaborative process in the SAM Model. The surrounding text provides a real-world example of applying the SAM Model phases—Preparation, Iterative Design, and Iterative Development—to create an eLearning course for a tech company’s software.

🛠️ SAM in Action: Real-World Applications

Imagine you’re creating an eLearning course for a tech company’s new software tool. Instead of spending months planning every detail, you could:


  1. Preparation Phase: Start by gathering essential content about the software and understanding what skills learners need to master.

  2. Iterative Design Phase: Create a simple prototype of a training module that focuses on a specific function of the software. Allow users to interact with it and collect their feedback on the content, user experience, and navigation.

  3. Iterative Development Phase: Use the feedback to refine the module—adding more interactive features, simplifying instructions, or improving the visual design. Then move on to build out other modules in the same iterative fashion, continually incorporating user input.


By the end, you’ll have a course that has evolved alongside the needs of its learners, ensuring relevance and effectiveness.


 

🎯 The Benefits of Rapid Prototyping in SAM

Rapid prototyping is the heart of SAM, and it offers several benefits:


  • Identifies Issues Early: Instead of discovering problems at the end of development, rapid prototyping helps identify issues as soon as they arise. This reduces the risk of costly rework and keeps the course on track.


  • Improves Learner Engagement: By involving end-users in the process and iterating based on their needs, the final course is more likely to resonate with learners, keeping them engaged and motivated. For example, user feedback might lead to adding interactive quizzes or scenario-based activities that make the learning experience more immersive.


  • Saves Time and Resources: Rather than creating a full-blown course only to find it needs major revisions, SAM allows for incremental improvements, saving both time and resources in the long run.


 

🌟 Tips for Applying the SAM Model in Your eLearning Projects

  • Don’t Aim for Perfection Early On: The beauty of SAM is that it encourages you to work with drafts. Start with a basic version and refine it based on feedback.

  • Collaborate Often: Make feedback loops a central part of your process. Regularly gather insights from stakeholders, subject matter experts, and learners.

  • Be Open to Change: SAM is all about flexibility. Be prepared to adjust your initial ideas and adapt to new information or feedback.


 

🚀 Ready to Accelerate Your eLearning with SAM?

The SAM Model is a game-changer for eLearning design, especially when agility and learner-centric development are priorities. By focusing on rapid prototyping and constant iteration, SAM keeps learning content relevant, engaging, and effective.


 

🌐 UP NEXT: ARCS Model of Motivation

In our next article, we’ll delve into the ARCS Model of Motivation to ensure your eLearning content isn’t just well-structured—it’s also motivating and engaging for learners.


If you're ready to take your eLearning projects to the next level with agile development, reach out to BrightSpark! Let’s create impactful, adaptive courses together. ✨

0 views0 comments

Comments


bottom of page