#6 Unit I - Quick Study Notes & Practice Questions with Answer Keys.

Design Thinking

Unit I Comprehensive Study Notes, Practice Exam & Answer Key

Study Notes Traditional vs Design 5-Step Process Practice Exam Answer Key

1. Core Concepts & Definitions

What is Design Thinking?

Design Thinking is a non-linear, human-centered problem-solving methodology that seeks to understand users, challenge assumptions, reframe problems, and create innovative solutions through hands-on prototyping and testing.

Key Principles & Mindsets

👤 User-Centricity

Placing human needs, emotions, and behaviors at the center of every choice.

🤝 Radical Collaboration

Leveraging multi-disciplinary teams with diverse perspectives for creative output.

⚡ Bias Toward Action

Prioritizing quick experimentation and building low-fi models over talking.

🔍 Embrace Ambiguity

Staying comfortable in uncertain spaces before locking onto a single answer.

History & Evolution

• 1960s (Design Methods): Pioneered by Herbert A. Simon (*The Sciences of the Artificial*), introducing design as a systematic method.
• 1980s (Human Focus): Rolf Faste at Stanford University refined design thinking as a method for creative action.
• 1990s (Commercial Scale): David Kelley founded IDEO (1991), formalizing it for enterprise innovation. Stanford d.school opened in 2004.

2. Design Thinking vs. Traditional Thinking

Dimension	Traditional Thinking	Design Thinking
Primary Focus	Optimization, historical trends, risk reduction	User needs, possibilities, rapid experimentation
Problem Framing	Assumes problem is already accurately understood	Iteratively reframes core problem using insights
Logic Type	Deductive (proving) & Inductive (observing)	Abductive (imagining what could be)
Failure Approach	Avoided; viewed as expensive and risky	Embraced early; cheap source of learning

3. Overview of the 5-Step Process (d.school Model)

Step 1

Empathize

Understand human needs directly via user interviews, shadow observations, and empathy maps without personal judgment.

Step 2

Define

Synthesize empathy data into a clear Point of View (POV) statement. Format: [User] needs [Need] because [Insight].

Step 3

Ideate

Generate large quantities of wild solution ideas using brainstorming, SCAMPER, and "How Might We?" (HMW) prompts.

Step 4

Prototype

Build low-cost, tangible artifacts (sketches, paper mockups, wireframes) to bring ideas into physical reality quickly.

Step 5

Test

Put prototypes back into user environments to get validation, refine assumptions, and discover new insights.

4. Unit I Practice Exam

Part A: Short-Answer Questions

Q1. Define Design Thinking and state its primary core objective.

Q2. Contrast Deductive/Inductive reasoning with Abductive reasoning.

Q3. Formulate the standard structure of a Point of View (POV) statement in the Define stage.

Q4. Why does Design Thinking prefer low-fidelity prototypes over high-fidelity ones early on?

Q5. What is a "wicked problem," and why does Design Thinking handle it well?

Part B: Long-Form Scenario Questions

Q6 (Scenario 1): A regional children's hospital notes that kids (aged 4–10) experience severe panic before MRI scans, requiring sedation.
Task: Apply the 5-stage d.school model to redesign the pediatric MRI experience, listing specific actions for each step.

Q7 (Scenario 2): A financial firm sees declining Gen Z savings app engagement. Management immediately proposes offering a higher interest rate promotion.
Task: Explain how Traditional vs. Design Thinking approach this differently, and identify 3 core mindsets required.

5. Detailed Model Answer Key

Part A Answers

Answer 1: Design Thinking is an iterative, human-centered problem-solving framework. Its core goal is balancing desirability (human need), feasibility (technology), and viability (business).

Answer 2: Traditional thinking relies on Deductive/Inductive logic based on past data or proving existing rules. Design Thinking relies on Abductive reasoning—imagining what *could be* based on incomplete observations to find novel breakthroughs.

Answer 3: Structure: [User/Persona] + needs + [User's Need] + because + [Insight/Why].

Answer 4: Low-fi prototypes are fast, inexpensive, prevent emotional attachment to a single idea, and allow teams to fail cheaply before heavy investments.

Answer 5: A wicked problem is complex with shifting/contradictory needs. Design Thinking excels here via continuous user empathy, reframing, and rapid cyclical testing rather than static formulas.

Part B Answers

Answer 6 (Pediatric MRI Redesign):

• Empathize: Shadow children and parents; discover anxiety stems from loud noise and sterile rooms.
• Define: "Young pediatric patients need a comforting environment because loud machinery triggers panic." HMW: "How might we turn an MRI into an adventure story?"
• Ideate: Brainstorm turning the scanner room into a themed space (e.g., pirate ship or spaceship).
• Prototype: Apply low-cost vinyl wall decals and give children a storybook framing instructions as "stealth pirate training."
• Test: Trial room with 20 children, measure sedation rates and anxiety score improvements.

Answer 7 (Gen Z App Engagement):

• Traditional vs. Design: Traditional assumes money fixes everything and launches promotions immediately. Design Thinking suspends bias, investigates emotional relationships with money, reframes the problem, and tests micro-features.
• 3 Required Mindsets: 1. Embrace Ambiguity, 2. User-Centricity, 3. Bias Toward Action.

Design Thinking Unit I Study Guide • Prepared for First-Year Undergrads