Diane P. Michelfelder is Professor of Philosophy at Macalester College, USA. Along with philosopher Natasha McCarthy and engineer David E. Goldberg, she edited Philosophy and Engineering: Reflections on Practice, Principles, and Process (2013). Her most recent book is Philosophy and Engineering: Exploring Boundaries, Expanding Connections, edited with Byron Newberry and Qin Zhu (2016).

Neelke Doorn is Distinguished Antoni van Leeuwenhoek Professor of "Ethics of Water Engineering" at Delft University of Technology, the Netherlands. Recent book publications include co-editing the volumes Responsible Innovation: Innovative Solutions for Global Issues (2014) and Early Engagement and New Technologies: Opening up the Laboratory (2013). She is also the author of Water Ethics: An Introduction (2020).

55 chapters cover the cutting edge in this dynamic field. Includes foundational perspectives, reasoning, ontology, design processes, methods, values, responsibilities, and reimagining of engineering. Essential for students and researchers studying the philosophy/ethics of engineering, technology, or design.

Introduction I: Foundational Perspectives 1. What Is Engineering? 2. A Brief History of Engineering 3. Western Philosophical Approaches and Engineering 4. Eastern Philosophical Approaches and Engineering 5. What Is Engineering Science? 6. Scientific Methodology in the Engineering Sciences II: Engineering Reasoning 7. Engineering Design and the Quest for Optimality 8. Prescriptive Engineering Knowledge 9. Engineering as Art and the Art of Engineering 10. Creativity and Discovery in Engineering 11. Uncertainty 12. Scenarios 13. Systems Engineering as Engineering Philosophy 14. Assessing Provenance and Bias in Big Data III: Ontology 15. Artifacts 16. Engineering Objects 17. Use Plans 18. Function in Engineering 19. Emergence in Engineering 20. Towards an Ontology of Innovation: On the New, the Political-Economic Dimension and the Intrinsic Risks Involved in Innovation Processes IV: Engineering Design Processes 21. Engineering Design 22. Values and Design 23. Design Methods and Validation 24. Human-Centred Design and its Inherent Ethical Qualities 25. Sustainable Design 26. Maintenance V: Engineering Activities and Methods 27. Measurement 28. Models in Engineering and Design 29. Scale Modeling 30. Computer Simulations 31. Experimentation 32. On Verification and Validation in Engineering VI: Values in Engineering 33. Values in Risk and Safety Assessment 34. Engineering and Sustainability: Control and Care in Unfoldings of Modernity 35. The Role of Resilience in Engineering 36. Trust in Engineering 37. Aesthetics 38. Health 39. Philosophy of Security Engineering VII: Responsibilities in Engineering Practice 40. Ethical Considerations in Engineering 41. Autonomy in Engineering 42. Standards in Engineering 43. Professional Codes of Ethics 44. Responsibilities to the Public-Professional Engineering Societies 45. Engineering as a Political Practice 46. Global Engineering Ethics 47. Engineering Practice and Engineering Policy: The Narrative Form of Engineering Policy Advice VIII: Reimagining Engineering 48. Feminist Engineering and Gender 49. Socially Responsible Engineering 50. Engineering and Social Justice 51. Engineering and Environmental Justice 52. Beyond Traditional Engineering: Green, Humanitarian, Social Justice, and Omnium Approaches 53. Engineering and Contemporary Continental Philosophy of Technology 54. Engineering Practice from the Perspective of Methodical Constructivism and Culturalism 55. Reimagining the Future of Engineering