Understanding by Design (UbD) model

Overview 

Of the instructional design a I've encountered (ADDIE, Dick & Carey and UbD), Understanding by Design (UbD) resonates most strongly with my approach to learning design. UbD's strength lies in its emphasis on "understanding," defined as the ability to transfer knowledge and apply skills effectively in diverse contexts. This aligns with my perspective as a solutions engineer, where the most effective problem-solving strategy involves identifying the desired end-user outcome and working backward to develop a feasible solution within given constraints (resources, funding, time).

The UbD model comprises three interconnected stages:

Stage 1: Identifying Desired Results: This stage focuses on clearly defining the learning goals and performance objectives of the course. It involves determining what learners should know, understand, and be able to do upon completion.

Stage 2: Determining Acceptable Evidence: This stage involves designing assessment criteria and methods that effectively demonstrate learners' attainment of the desired understanding and their ability to transfer learning to new situations.

Stage 3: Planning Learning Experiences and Instruction: This stage involves planning instructional strategies, learning activities, and selecting appropriate materials and resources that will enable learners to achieve the desired learning outcomes and demonstrate understanding through the assessments.

Implications of the UbD Model for Instructional (Learning) Design

The most significant implication of the UbD model lies in its emphasis on "understanding" as the central goal of learning. This has profound consequences for instructional design, particularly in addressing issues like the skills mismatch prevalent in the Maldivian workforce. The fact that 51% of the workforce is skills mismatched and of that 34% is underqualified in the application of knowledge and skills, despite holding academic certifications, strongly suggests a failure to cultivate deep understanding beyond rote memorization. Implementing UbD principles can potentially improve this situation by prioritizing the ability to apply knowledge over simply recalling facts.

​

Evaluation of UbD's Strengths and Limitations for the "Dhivehi Language STEM & Arts Introductory Micro Course"

​

Strengths:

Backward Design: UbD's backward design process, starting with desired results and working backward, ensures a strong alignment between learning goals, assessments, and instructional activities. This alignment is critical for creating effective and focused learning experiences.
Flexibility: The UbD framework, while structured, allows for flexibility in instructional methods and resource selection, enabling designers to adapt to diverse learner needs and learning contexts.
Efficiency: The clear focus on desired outcomes can streamline the instructional design process, leading to more efficient development of relevant and impactful learning experiences, Especially through AI intergration

​

Limitations and Mitigation Strategies:

Time Consumption: The comprehensive planning and design required by UbD can be time-consuming, particularly in the initial stages. However, leveraging AI tools to assist with tasks like creating detailed outlines, generating diverse assessment options, and suggesting learning activity variations can significantly mitigate this limitation.

Resource Intensity: Developing authentic assessments and engaging learning experiences aligned with UbD principles can be resource-intensive. However, the application of streamlining elements and AI can help address this challenge.

Complexity: The interconnectedness of the UbD stages can create complexity in managing the design process. However, adopting a structured iteration framework, where each stage is revisited and refined based on feedback and data, can help organize and streamline the workflow.

In conclusion, while UbD demands a thoughtful and comprehensive design process, its focus on understanding and application makes it a powerful model for creating effective and relevant learning experiences, especially when combined with strategic use of technology to manage its inherent complexities.