Category: Ethics

The “Author Meets the Critics—Engineering Ethics: Contemporary and Enduring Debates by Deborah Johnson” session took place during IEEE ETHICS 2021…  Read More

The “Ethical and Responsible Research Program (ER2) at the US National Science Foundation” session took place during IEEE ETHICS 2021…  Read More

The “Corporate Social Responsibility and Engineering Education” session took place during IEEE ETHICS 2021 on 28 October 2021. It was…  Read More

Emerging social contexts add new requirements to the knowledge that successful roboticists need. Much of this additional knowledge comes from the social sciences and humanities.

By failing to attend to the source, disinformation can be stored along with information, making it difficult to distinguish the good penny from the bad penny.

SSIT members have a history of getting into “good trouble” as they encourage IEEE toward more humanistic stances on ethics, transparency, sustainability, and global equity.

At their March 8, 2022, Board of Governors meeting, The IEEE Society on Social Implications of Technology (SSIT) unanimously passed a motion approving the following statement: “The IEEE Society on Social Implications of Technology actively supports any IEEE initiative that helps the Ukrainian refugees.”

How can tech organizations of whatever size and industry build more ethical systems? IEEE 7000™ aims to provide organizations with “ethical specs.”

If it were possible to formulate laws involving vague predicates and adjudicate them, what would be the implications of such minimalist formulations for soft laws and even for “hard” laws? The possible implications are threefold: 1) does possibility imply desirability; 2) does possibility imply infallibility; and 3) does possibility imply accountability? The answer advanced here, to all three questions, is “no.”

The negative effects of technological innovations can be foreseen, and more importantly, mitigated through more intentional and skillful engineering. Systematic efforts to address these impacts remain peripheral to the engineering profession. The Canada-based Engineering Change Laboratory has identified a set of behaviors that take a value sensitive approach to the practice and culture of engineering.

The promise of 4IR is overblown and its perils are underappreciated. There are compelling reasons to reject—and even actively oppose—the 4IR narrative.

Lethal autonomous weapon systems  have the potential to radically transform warfare. Can open source technology help regulate their development?

Hackathons and other well-intentioned efforts to solve social problems using technology must also include the meaningful participation of affected individuals…  Read More

AI4Eq — Mark your calendars for Wednesday, Oct 27 from 9 AM – 5 PM (EDT)

PIT acknowledges that technological potential can be harnessed to satisfy the needs of civil society. In other words, technology can be seen as a public good that can benefit all, through an open democratic system of governance, with open data initiatives, open technologies, and open systems/ecosystems designed for the collective good, as defined by respective communities that will be utilizing them.

An element of the expansion of digital technologies is a shift in Artificial Intelligence (AI) technology from research laboratories into the hands of anyone with a smartphone. AI powered search, personalization and automation are being deployed across sectors, from education to healthcare, to policing, to finance. Wide AI diffusion is then reshaping the way organizations, communities and individuals’ function. The potentially radical consequences of AI have pushed nation states across the globe to publish strategies on how they seek to shape, drive and leverage the disruptive capabilities offered by AI technologies to bolster their prosperity and security.

IEEE SSIT: Who we are, what we care about, and our history within the IEEE organization.

Systems can be designed using methodologies like value-sensitive design, and operationalized, to produce socio-technical solutions to support or complement policies that address environmental sustainability, social justice, or public health. Such systems are then deployed in order to promote the public interest or enable users to act (individually and at scale) in a way that is in the public interest toward individual and communal empowerment.

Reflective thinking allows humans to examine the past with intentionality, learn from what happened, and adapt accordingly. We explore thoughts, feelings, and actions, mine out insights, and enhance awareness.

Morris’s book is difficult to read, not only because it is written in reverse chronological order, but because he does not understand the technology he is writing about.