Engineers should focus on the practical aspects of their work and avoid philosophical questions.

Engineers should consider the ethical and social implications of their work.

Engineers should strive to create works of art through their engineering projects.

Engineers should seek to understand the meaning of their work and its impact on the world.

To solve practical problems and improve the efficiency of systems.

To create works of art that express the engineer's creativity.

To understand the meaning of engineering and its impact on the world.

To promote social justice and equality through engineering projects.

To serve as a technical expert and provide solutions to practical problems.

To act as a moral agent and consider the ethical implications of their work.

To be a creative artist and express their individuality through their engineering projects.

To promote social change and advocate for the rights of marginalized communities.

It questions the assumption that engineering is solely about solving practical problems.

It emphasizes the importance of aesthetics and creativity in engineering design.

It encourages engineers to engage in political activism and social change.

It promotes the idea that engineering is a form of art.

Engineers should have the freedom to design and build whatever they want, without considering the consequences.

Engineers should be free to choose the projects they work on and the technologies they use.

Engineers should have the freedom to express their creativity and individuality in their work.

Engineers should be free to make ethical decisions and take responsibility for the consequences of their actions.

Existentialism encourages engineers to focus on the technical aspects of problems and ignore the human and social factors.

Existentialism encourages engineers to consider the broader context of problems, including the ethical, social, and environmental implications.

Existentialism encourages engineers to prioritize aesthetics and creativity in their problem-solving approaches.

Existentialism encourages engineers to adopt a pessimistic and fatalistic attitude towards problem-solving.

Existentialism encourages engineers to prioritize economic growth over environmental sustainability.

Existentialism encourages engineers to consider the long-term environmental consequences of their work.

Existentialism encourages engineers to design products and systems that are disposable and short-lived.

Existentialism encourages engineers to ignore the environmental impacts of their work and focus on short-term profits.

Existentialism encourages engineers to ignore the concerns and values of stakeholders and focus on technical solutions.

Existentialism encourages engineers to engage in open and honest communication with stakeholders.

Existentialism encourages engineers to manipulate stakeholders to achieve their own goals.

Existentialism encourages engineers to avoid interacting with stakeholders altogether.

Technology is seen as a tool that can be used to solve practical problems without considering ethical or social implications.

Technology is seen as a neutral tool that can be used for good or for evil, depending on the intentions of the engineer.

Technology is seen as a form of art that can be used to express the engineer's creativity and individuality.

Technology is seen as a means to achieve social and political change.

Existentialism encourages engineers to ignore risks and uncertainties and focus on achieving their goals at all costs.

Existentialism encourages engineers to carefully assess risks and uncertainties and take steps to mitigate them.

Existentialism encourages engineers to embrace risks and uncertainties as opportunities for growth and learning.

Existentialism encourages engineers to avoid taking any risks whatsoever.

Existentialism encourages engineers to conform to established norms and avoid taking risks.

Existentialism encourages engineers to challenge conventional wisdom and explore new ideas.

Existentialism encourages engineers to focus on incremental improvements rather than radical innovations.

Existentialism encourages engineers to prioritize aesthetics and design over functionality.

Existentialism encourages engineers to blame others for their failures and avoid taking responsibility.

Existentialism encourages engineers to learn from their failures and use them as opportunities for growth.

Existentialism encourages engineers to give up easily and avoid taking risks.

Existentialism encourages engineers to ignore failures and focus on their successes.

Existentialism encourages engineers to ignore ethical considerations and focus on technical solutions.

Existentialism encourages engineers to consider the ethical implications of their work and make decisions based on moral principles.

Existentialism encourages engineers to prioritize their own self-interest over the interests of others.

Existentialism encourages engineers to avoid making ethical judgments altogether.

Existentialism encourages engineers to ignore environmental concerns and focus on economic growth.

Existentialism encourages engineers to design products and systems that are sustainable and minimize environmental impact.

Existentialism encourages engineers to prioritize aesthetics and design over environmental performance.

Existentialism encourages engineers to avoid addressing sustainability issues altogether.