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Unit 1: Inquiring and Analysing (Criterion A)

Students learn to navigate the complexities of interpreting design briefs, structuring problems, and validating research integrity. The chapter emphasizes transforming data into actionable insights while collaborating with stakeholders to create adaptable specifications. It empowers learners with critical analytical tools and effective research methods that inform design decisions and allow for innovative problem-solving.

Sections

Inquiring and Analysing (Criterion A)

This section trains students in deciphering complex design briefs, structuring problems, and ensuring research integrity for actionable design.

1 Section Overview

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1.1 Description and Rationale

This section outlines the foundational understanding of design briefs and the importance of thorough analysis in the design process.

1.2 Learning Objectives (Granular)

This section outlines specific, actionable learning objectives to guide students through their inquiry and analysis skills in design.

1.3 Key Concepts (In-depth)

This section introduces fundamental concepts vital for students in the design process, including problem scoping, research methodologies, and stakeholder dynamics.

Detailed Content

This section teaches students how to interpret design briefs, conduct various research, analyze products and feedback, and write specifications, providing all essential tools for initial design inquiry. \-- ## Medium Summary This detailed content outlines the foundational steps of the design cycle's "Inquiring and Analysing" criterion. It systematically covers dissecting design briefs, employing analytical tools like **Five Whys** and **Fishbone Diagrams**, utilizing diverse **primary and secondary research methods**, performing **Heuristic Evaluations** and **SWOT analyses** on existing products, synthesizing user feedback, and structuring a precise **Design Specification** that aligns with stakeholder needs and research insights.

2 Section Overview

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2.1 Understanding Design Briefs and Client Needs

This section focuses on analyzing design briefs and understanding client needs to create effective design solutions.

2.1.1 Anatomy of a Brief

This section defines the structure of a design brief and emphasizes its importance in design processes.

2.1.2 Analytical Tools

This section focuses on various analytical tools crucial for interpreting design briefs and addressing user needs effectively.

2.1.3 Classroom Activity

In this section, students participate in a collaborative classroom activity to interpret and analyze a design brief, fostering skills in understanding scope and stakeholder dynamics.

2.1.4 Reflection & Debrief

The Reflection & Debrief section emphasizes the importance of stakeholder needs and encourages students to engage critically with design briefs.

2.2 Primary vs. Secondary Research Techniques

This section delves into the various methods of conducting primary and secondary research, highlighting their distinct characteristics and applications.

2.2.1 Primary Research Methods

This section explores various primary research methods, emphasizing their role in gathering qualitative data essential for effective design solutions.

2.2.2 Secondary Research Techniques

This section explores secondary research techniques, emphasizing their role in design and data analysis.

2.2.3 Comparative Critique

This section discusses the importance of comparing various research methods in the context of design briefs, emphasizing their distinct advantages and challenges.

2.3 Analysing Existing Digital Products and User Feedback

This section focuses on evaluating existing digital products through heuristic evaluation and user feedback to inform design decisions.

2.3.1 Heuristic Evaluation Workshop

This section focuses on performing heuristic evaluations of digital products through structured frameworks to assess usability and identify areas for improvement.

2.3.2 SWOT Deep Dive

The SWOT Deep Dive workshop enables students to analyze the strengths, weaknesses, opportunities, and threats of evaluated apps, focusing on how these factors influence design adaptations.

2.3.3 Feedback Theming

Feedback theming involves organizing user feedback into cohesive themes to derive actionable insights for design improvements.

2.3.4 Case Study Deliverable

This section focuses on the final deliverables of the case study process, emphasizing the importance of compiling a thorough report that integrates evaluation findings and research insights.

2.4 Writing a Concise Design Specification

This section emphasizes the collaborative and evolving nature of writing a design specification, highlighting its structured elements and importance in the design process.

2.4.1 Purpose & Collaborative Nature

This section highlights the collaborative nature of specifications in design, emphasizing continuous adaptation through stakeholder feedback.

2.4.2 Comprehensive Structure

This section outlines the structured approach to analyzing design briefs and developing actionable insights in the design process.

2.4.3 Hands-on Implementation

This section focuses on the practical draft and creation of a design specification, emphasizing collaboration and iterative improvement.

2.4.4 Traceability Matrix

The Traceability Matrix links design requirements to corresponding data points, ensuring all aspects of a project are covered.

Skills Development (Expanded Exercises)

This section focuses on skill-building exercises that enhance students' ability to analyze design briefs and conduct rigorous research.

3 Section Overview

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Summative Assessment (Comprehensive Deliverable)

This section outlines how to integrate and assess students' research and design skills through a series of comprehensive deliverables.

4 Section Overview

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4.1 Case Study Portfolio

The Case Study Portfolio showcases a designer's analytical skills by presenting detailed evaluations of existing products, using tools like heuristic analysis and SWOT to extract key insights. \-- ## Medium Summary This section details the creation of a **Case Study Portfolio**, a crucial deliverable that proves a designer's capacity to critically analyze existing products. By systematically applying evaluation methods like **Heuristic Analysis**, **SWOT Diagrams**, and **User Feedback Theming**, designers can identify strengths, weaknesses, and opportunities, presenting their findings in cohesive reports that inform future design strategies.

4.2 Primary & Secondary Research Dossier

The Research Dossier systematically collects all primary and secondary research data, providing documented evidence for design choices and demonstrating the rigor of the investigation. \-- ## Medium Summary This section explains the crucial role of a **Research Dossier** as a consolidated repository for all design-related investigation. By housing raw data, summarized insights from user interactions and existing literature, and critical evaluations, it serves as a verifiable foundation for justifying design decisions and demonstrating a thorough understanding of the problem space.

4.3 Empathy & Market Analysis Package

This section outlines methods for evaluating existing digital products and user feedback effectively.

4.4 Final Design Specification

This section outlines the purpose of writing a design specification, emphasizing collaboration and its comprehensive structure.

4.5 Traceability & Reflection Appendix

This section emphasizes the importance of traceability in research and the necessity of reflecting on the design process.

Rubric Weighting

This section outlines the criteria and percentages used to evaluate students' projects in the context of the IB MYP Year 3 design curriculum.

5 Section Overview

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Learning Objectives

  • Students can articulate root causes of design problems using various analytical tools.

  • Effective research methods, both primary and secondary, are essential for gathering and validating user insights.

  • Creating and maintaining a dynamic design specification is crucial for aligning project goals with user needs.

Key Concepts

Problem Scoping & Boundaries

Defines the focus of a design project, helping to outline what is included and excluded from consideration.

Research Continuum

Illustrates various research methods plotted along dimensions of depth versus breadth to identify their contextual usage.

Stakeholder Ecosystem

Maps the relationships among different stakeholders, clarifying their roles and priorities in design processes.