The Successive Approximation Model (SAM) of Instructional Design

Summary

In this video, the Successive Approximation Model (SAM) of instructional design is introduced, focusing on collaboration, rapid prototyping, and iterative design. SAM breaks down into five steps: preparation, iterative design, development, implementation, and evaluation. Each phase emphasizes quick feedback and collaboration with subject matter experts and learners to create effective learning experiences. The benefits of SAM include faster prototyping, better collaboration, and learner-centric design. Whether you're an instructional designer, educator, or learning specialist, SAM offers a dynamic approach for creating impactful learning materials. The video encourages viewers to subscribe for more insights into instructional design.

Takeaways

• 😀 SAM stands for the Successive Approximation Model, an instructional design approach focused on collaboration, iteration, and rapid prototyping.
• 😀 The first step in SAM is 'Preparation,' where designers and subject matter experts gather information and align goals.
• 😀 'Iterative Design' is the second step, where rapid prototyping and quick iterations allow for continuous improvements to the design.
• 😀 The third step, 'Development,' brings together all planned content, media, and interactivities to create the actual learning materials.
• 😀 'Implementation' is the fourth step, where the learning materials are put into action through various delivery methods like LMS or virtual classrooms.
• 😀 'Evaluation' is the final step, where feedback from learners and stakeholders is used to assess the effectiveness and make improvements.
• 😀 Collaboration is a major benefit of SAM, ensuring that subject matter experts, learners, and stakeholders are involved throughout the process.
• 😀 Rapid prototyping is a key advantage of SAM, allowing for quick testing and iteration, saving time and resources while refining the learning experience.
• 😀 SAM places learners at the center of the design process, ensuring that their needs and feedback are incorporated to create relevant and engaging learning experiences.
• 😀 SAM is ideal for instructional designers, educators, and anyone designing learning experiences, making it a valuable tool in the field of instructional design.

Q & A

What does SAM stand for in instructional design?

SAM stands for the Successive Approximation Model, which is an instructional design approach focused on collaboration, iteration, and rapid prototyping.

How is the Successive Approximation Model (SAM) different from traditional instructional design models?

Unlike traditional models, SAM emphasizes collaboration and rapid prototyping, allowing for quick iterations and feedback loops, which lead to more effective and adaptable learning experiences.

What is the first step in the SAM process?

The first step in the SAM process is preparation, where instructional designers and subject matter experts gather all necessary information and align their goals, establishing a solid foundation for the design.

What happens during the iterative design phase of SAM?

In the iterative design phase, rapid prototyping and quick iterations are prioritized. Instead of spending months on a single design, this phase encourages testing ideas, gathering feedback, and making adjustments early in the process.

What is the purpose of the development phase in SAM?

The development phase is when all planned content, media, and interactivities are brought together to create the actual learning materials, transforming the design into a tangible learning experience.

How does SAM approach the implementation of learning materials?

In SAM, the implementation phase involves putting the developed learning materials into action, typically through a learning management system, virtual classroom, or another suitable medium.

Why is the evaluation phase important in SAM?

The evaluation phase is crucial for assessing the effectiveness of the learning experience. Feedback from learners and stakeholders is used to identify areas for improvement and refinement.

What is the first key benefit of using SAM?

The first key benefit of SAM is collaboration. By involving subject matter experts, learners, and other stakeholders throughout the process, SAM ensures that the final product meets the needs and expectations of all parties.

How does rapid prototyping contribute to the success of SAM?

Rapid prototyping in SAM allows designers to test ideas quickly, gather feedback, and make necessary adjustments early on, saving time and resources while enhancing the overall design.

How does SAM ensure learner-centered design?

SAM places learners at the center of the design process by involving them in the evaluation phase and incorporating their feedback, ensuring that the learning experiences are relevant, engaging, and tailored to their needs.