Is there a link between loving kindness and engineering?
Best insight from top research papers
There is a link between loving kindness and engineering. Kind computing, a new computing paradigm that incorporates kindness into the development and use of digital technology, has been proposed as a way to enable, mediate, and amplify kindness in society . Additionally, research has shown that daily creativity, which can be stimulated through practices like Loving-kindness Meditation (LKM) and Walking Meditation (WM), contributes to well-being and can reduce negative mood . Furthermore, there is a growing recognition of the need to promote empathy and care in engineering education, as these traits are associated with holistic engineering and can lead to increased diversity and a focus on solving people's problems . Overall, incorporating loving kindness into engineering can have positive effects on individuals' well-being and society as a whole.
Answers from top 5 papers
More filters
| Papers (5) | Insight |
|---|---|
| The paper does not directly address the link between loving kindness and engineering. The terms "loving kindness" are not mentioned in the paper. | |
| The paper does not mention any link between loving-kindness and engineering. The paper focuses on the use of a robot to guide loving-kindness meditation and walking meditation to stimulate creativity and reduce negative mood in young adults. | |
11 Citations | The paper does not directly mention a link between loving kindness and engineering. |
| The paper does not directly discuss a link between loving kindness and engineering. The paper focuses on the concept of "kind computing" and the role of software engineering in enabling it. | |
| The paper does not explicitly mention a link between loving kindness and engineering. The paper discusses the concept of "kind computing" which incorporates kindness into the development and use of digital technology. |
Related Questions
Is men suitable for engineering?4 answersMen have traditionally dominated the engineering profession, leading to a gender disparity in the field. Studies show that women are underrepresented in engineering, limiting diversity and perspectives within the profession. However, certain engineering branches like Genetic and Bioengineering, Chemical Engineering, Environmental Engineering, and Industrial Engineering are notably preferred by female students, while mechanical, civil, and electronic engineering are more favored by male students. Initiatives aimed at supporting women in engineering, such as female leadership programs, have had mixed support and unintended consequences, reinforcing societal stereotypes that men are better suited for engineering roles. Overall, while men have historically dominated engineering, efforts are being made to address gender disparities and encourage more diversity in the field.
What the engineering project?5 answersAn engineering project refers to a specific undertaking in the field of engineering that involves planning, designing, and implementing various activities to achieve a specific goal or objective. It typically involves the application of scientific and mathematical principles to develop solutions for practical problems. Engineering projects can range from the construction of buildings and infrastructure to the development of new technologies and systems. They require careful planning, resource allocation, and project management to ensure successful completion. The use of advanced technologies such as Artificial Intelligence, Internet of Things, and communication-based train control systems can enhance the efficiency and safety of engineering projects, particularly in areas like transportation and mining. The education and training of future engineers play a crucial role in developing the necessary skills and competencies for successful project execution. Various tools and devices, such as project management systems and data storage cabinets, are also utilized to streamline project processes and improve productivity.
What are engineering ethics?5 answersEngineering ethics refers to the professional responsibilities and moral obligations that engineers have towards society, their employers, and the profession. It involves making ethical decisions and incorporating ethical principles into engineering practice and education. Engineering ethics emerged in developed countries in the mid-1970s and has since been recognized as an important foundation in the practice of engineering worldwide. The development of modern engineering has brought about numerous benefits but has also raised ethical issues, given the power that engineers possess due to their scientific and technological knowledge. Engineering ethics focuses on promoting collective respect, well-being, and development, and it is essential to train engineers to consider ethical, sustainability, technical, and economic constraints in their problem-solving approaches. Engineering ethics education typically includes teaching fundamental cannons and addressing micro ethical issues, with a focus on protecting human health, welfare, and the environment or promoting sustainable development.
Doctors vs engineers, who contributes more to society?5 answersDoctors and engineers both contribute significantly to society, but in different ways. Doctors focus on individual patient care and prioritize the treatment of persons rather than their diseases. They make profound contributions to health, such as providing clean water, sewage treatment, and pharmaceutical manufacture. On the other hand, engineers play a central role in achieving sustainable development and addressing key societal challenges. They contribute to sustainability by reducing environmental impacts, improving resource efficiency, and developing environmental technologies. Engineers also have a responsibility to provide society with technical information to make informed decisions about the application of technology. While doctors directly impact individual health, engineers have a broader impact on society as a whole by addressing environmental and societal challenges. Therefore, both doctors and engineers contribute significantly to society, but their contributions are different in nature.
Can ChatGPT be used as an engineering tutor?5 answersChatGPT can be used as an engineering tutor, as it has the potential to assist with common software engineering tasks and provide detailed and articulate responses across diverse domains of knowledge. It can help with tasks such as ambiguity resolution in software requirements, method name suggestion, test case prioritization, code review, and log summarization. In the field of civil engineering, ChatGPT can be utilized for tasks like structural analysis and simulation, code compliance and regulations, construction management, knowledge repository and information retrieval, education, and research. Additionally, ChatGPT can augment the learning experience in computer engineering and related majors by providing responses to instructional questions and offering opportunities for enhancing the learning process. However, it is important to consider the limitations of ChatGPT, such as bias based on training datasets, the need for sufficient input information, and the risk of generating inaccurate content. Expert consultation should still be prioritized in certain cases to ensure accurate and ethical learning.
What is honesty in engineering ethics?5 answersHonesty in engineering ethics refers to the commitment of engineers to act with integrity, truthfulness, and fairness in their professional practice. It involves being honest in decision-making, adhering to professional codes of conduct, and considering the impact of their actions on public health, safety, and welfare. Honesty in engineering ethics also entails acknowledging the limitations and uncertainties in engineering practice and being transparent about these challenges. Engineers are expected to fulfill their contractual obligations, keep promises, and avoid cheating or falsifying documents. Additionally, ethical behavior in engineering education is crucial to promote ethical conduct in professional practice. Ethical considerations are inherent in the core of engineering, as engineers must make judgments to avoid causing unnecessary harm and use their knowledge and skills competently.