Design for values

How is design for values defined?

Design for values is an engineering approach that aims to systematically integrate moral and social values into technological design

What is the central premise?

The central premise is that technologies are not value-neutral; instead, they can intentionally or unintentionally embed social and ethical values through design decisions

Name 3 types of values in design

1. Intended values: these are the values designers aim to achieve through a product

2. Embedded values: these are the values built into the design based on expected use ( the “use plan”)

3. Realized values: these are the values actually produces when the technology is used in practice

What is Value Sensitive Design (VSD)?

A structured approach to incorporating ethical values into engineering

What are the 3 types of investigations VSD combines?

1. Conceptual investigations: clarify relevant values and trade-offs

2. Empirical investigations: study stakeholder experiences and contexts

3. Technical investigations: evaluate how design choices support or undermine values and develop improved solutions

How does VSD support consensus-building?

By making values explicit and allowing stakeholders to negotiate design decisions

Name the 2 categories of stakeholders.

1. Direct stakeholders: users and those directly interacting with the technology

2. Indirect stakeholders: those affected indirectly by the technology

What are the 4 methods for stakeholder analysis?

1. Interviews

2. Literature reviews

3. Empirical research

4. Persona creation (fictional representative users)

What are the 4 main sources of values in design?

1. Design brief: project goals and constraints may contain explicit or implicit values

2. Stakeholders: users and affected parties contribute perspectives and priorities

3. Professional values: engineering ethics emphasize safety, health and sustainability

4. Societal values: laws, regulations and technical standards reflect social priorities

What is value conceptualization?

Conceptualization involves defining what a value means

Where does specification translate values into?

• Norms

• Design requirements

What 3 thing does value hierarchy link?

1. Values (high level)

2. Norms (mid level)

3. Design requirements (low level)

What is the main quality criterion?

Design requirements must genuinely contribute to realizing the intended value

When do value conflicts arise?

When it is impossible to fully realize all relevant values simultaneously

What are the 5 main methods for addressing value conflicts?

1. Cost-benefit analysis: converts values into monetary terms to compare options

• Advantage: systematic comparison

• Disadvantage: moral values may not be reducible to money

2. Multiple criteria analysis: evaluates options across several value dimensions

• Advantage: structured comparison

• Disadvantage: depends on measurement choices

3. Threshold approach: defines minimum acceptable levels for each value

• Advantage: avoids direct trade-offs

• Disadvantage: may not achieve optimal outcomes

4. Reasoning and judgment: clarifies values and may resolve conflicts through reinterpretation

• Advantage: preserves moral nuance

• Disadvantage: not always decisive

5. Innovation: develops new technological solutions to overcome conflicts

• Advantage: may create superior alternatives

• Disadvantage: not always feasible

Which 4 practices can help verify whether intended values are actually realized?

1. Prototyping

2. Simulation

3. Testing

4. Monitoring societal effects

What are the 3 dimensions of responsible innovation?

1. Process dimension: innovation should follow ethical procedures

2. Product dimension: technologies should embody moral values

3. Societal challenges dimension: innovation should address major societal problems

What is responsible innovation justified by?

• Principled argument: people affected by technology have a right to influence it

• Instrumental arguments: inclusive processes produce better and more accepted technologies

Name 4 key criteria that define responsible innovation processes.

1. Anticipation: considering possible impacts, risks and side effects early

2. Inclusiveness: involving all relevant stakeholders

3. Reflexivity: reflecting on assumptions, values and goals

4. Responsiveness: adapting designs based on new insights and societal needs