Engineering Philosophy

  Part I Reflections on Practice Abstract The abstract discusses the legacy of Sir Ove Arup, founder of Arup, a major global engineering consultancy specializing in designing the built environment. It highlights how Sir Ove, throughout his career, pondered the impact of his work on urban environments. The analysis of documents from his archives presents him as an engineer-philosopher. His writings reflect his 'Total Design' philosophy, influenced by Carl Mitcham's (1994) engineering philosophy of technology, which is grounded in an instrumentalist view of technology (Feenberg, 2002). The case study illustrates Sir Ove's approach to engineering methodology, its purpose, societal role, and how he incorporated values into engineering practice. 5.1 Introduction This section introduces Sir Ove Arup, a significant 20th-century British engineer and founder of Arup, a global consultancy in engineering design. It discusses how engineering design in large firms mediates various i...

 Part I Reflections on Practice Abstract Professionals in the early stages of their careers not only develop knowledge and skills but also seek to establish their suitability for their chosen profession. This involves a process of identity formation, where individuals classify themselves and others to understand their own professional identity. A key method for making sense of one's professional experiences is through the creation of a personal narrative. This self-reflective process uses both personal and social information to construct a coherent self-image, akin to philosophical inquiry, which aims to create an orderly and coherent understanding of the world. 4.1 Introduction The concept of identity is central to understanding why people behave as they do. Personal identity, as defined in psychology, is an internal view of oneself that is relational and self-referential. Social psychology and sociology view social identity as a group characteristic adopted by its members, influe...

  Part I Reflections on Practice Abstract The study of engineering practice is increasing, revealing key aspects of the profession. Traditional analysis tends to wrongly separate engineering into scientific and non-scientific, or technical and social categories. This paper suggests viewing engineering as a performance, shifting attention from defining the essence of engineering activities to their execution and results. This perspective allows for a more holistic understanding of engineering work, recognizing it as a blend of scientific and non-scientific elements, as well as technical and social components. 3.1 Introduction Interest in engineering practice is aimed at understanding its fundamental nature and the beliefs, values, and knowledge that underpin it. This understanding is thought to improve engineering education methods, such as project-based learning or the CDIO approach. The National Academy of Engineering also sees this understanding as a way to attract a diverse grou...

  Part I Reflections on Practice Abstract  Rules of skill are instructions that guide professionals in achieving specific outcomes, such as baking a cake or constructing a building. These rules are fundamental to any profession, from surgeons removing tumors to software engineers programming applications. They encompass not only technical procedures but also the norms of the profession, which have ethical implications. When not followed correctly, significant harm can result, thus it is an ethical duty of professionals to adhere to these rules. In engineering, these rules are integral to solving design problems; any design solution is essentially a rule of skill. Ethically, such solutions should not cause unnecessary harm. This ethical dimension is embedded in the use of professional tools and the creation of design solutions. Engineers have an ethical obligation to apply the correct rules of skill in their work and ensure their solutions do not cause undue harm. Ideally, solu...

 Part I Reflections on Practice Abstract  An engineer begins the design process by identifying a problem, which highlights what they don't know and points them towards a goal. To create a solution, the engineer must acquire and apply knowledge about the methods and tools required to achieve this goal. They must also understand the values that underpin the goal and be prepared to adjust the goal if these values demand it. This approach is not just based on theoretical and practical knowledge but also involves goal-oriented, reflective decision-making. 1.1 Introduction Walter G. Vincenti's book delves into how engineers solve problems as an epistemological issue, but it doesn't fully address that problem-solving starts from a place of ignorance or lack of knowledge. This is the starting point because if we had the necessary knowledge, we wouldn't have a problem in the first place. Recent studies have explored 'ignorance,' treating it not just as a lack of knowledg...

 Its been 2 years since I picked up this book. I picked up this book on October 31, 2021. Its November 02, 2023 today. I have tried all kind of approach to understand the content of this book, even though clearly it is above my paygrade - from taking notes and paraphrasing to writing blogs about each chapter. All this was done with the goal to internalize theideas presented in this book. But I am not a philosopher nor I am planning to be one. However, I am still pretty adamant about exploring the ideas present in this book, just as much if not more because I believe it can be transformative in my life.  The goal is to build an epistemological understanding/perspective of engineering such that it allows me to wormhole into any field within Engineering and even beyond, without much resistance. Simply put, the goal is to become a great generalist or a polymath.  I have realised that a lot has changed since last 2 years and now I have the a resource made available to me that ...