Barriers to Change: Confronting Obstacles to Behavior Change for Sustainability in Students at Arizona State University

Description

Sustainability is a critical global issue that requires urgent action at all levels, as emphasized by the U.N. 2030 Agenda for Sustainable Development. Education has been identified as a key driver for advancing sustainability globally, and higher education institutions are

Sustainability is a critical global issue that requires urgent action at all levels, as emphasized by the U.N. 2030 Agenda for Sustainable Development. Education has been identified as a key driver for advancing sustainability globally, and higher education institutions are uniquely positioned to contribute to the social, economic, and environmental transformations required to tackle the world's most pressing issues due to their capacities to produce groundbreaking research, innovative solutions, and critical education to address sustainability issues across disciplines. However, these efforts alone are not enough to confront the sustainability challenges we face in the present and future, as ultimately, change for sustainability must occur in human behavior at the community and individual levels. Universities can play a key role in promoting behavior change due to their status as living laboratories, and their responsibility to prepare students, regardless of discipline, for addressing the challenges they will face as leaders in the future. By addressing student behavior change for sustainability, universities can create a model for changing community behaviors and produce future leaders in all disciplines that will be prepared to confront global sustainability issues. As a university recognized for its dedication to sustainability, this study addresses barriers to behavior change for sustainability in students at Arizona State University (ASU). Despite ASU’s championing of sustainability, the overall university community has yet to consistently practice sustainable behaviors, especially students. To understand why sustainable behaviors are not being practiced at ASU, interviews with ASU students, staff, and faculty find barriers to behavior change at the university pertaining to university infrastructure, campus culture, messaging, and student engagement. The study recommends actions to address these issues, as well as recommends further research into the individual sustainability issues where these barriers occur.

Date Created
2023-05
Agent

Effect of Powder Reuse on DMLS (Direct Metal Laser Sintering) Product Integrity: Why Honeywell Believes the Future is Additive Manufacturing

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Description
Honeywell is currently extending the reach of additive manufacturing (AM) in its product line and expects to produce as much as 40% of its inventory through AM in five years. Additive manufacturing itself is expected to grow into a $3.1

Honeywell is currently extending the reach of additive manufacturing (AM) in its product line and expects to produce as much as 40% of its inventory through AM in five years. Additive manufacturing itself is expected to grow into a $3.1 billion dollar industry in the next 5 to 10 years. Reusing IN 718 powder, a nickel-based super alloy metal powder, is an ideal option to reduce costs as well as reduce waste because it can be used with additive manufacturing, but the main obstacles are lack of procedure standardization and product quality assurances from this process. The goal of the capstone project, "Effect of Powder Reuse on DMLS (Direct Metal Laser Sintering) Product Integrity," is to create a powder characterization protocol in order to determine if the IN 718 powder can be reused and what effect the IN 718 reused powder has on the mechanical properties of the products Honeywell fabricates. To provide context and impact of this capstone project, this paper serves to identify the benefits of AM for Honeywell and the cost effectiveness of reusing the powder versus using virgin powder every time. It was found that Honeywell's investment in AM is due to the cost effectiveness of AM, versatility in product design, and to ensure Honeywell remains competitive in the future. In terms of reducing expenses, reusing powder enables costs to be approximately 45% less than using virgin powder. With these key pieces of information, the motivations for this capstone project are understood to a fuller and more profound degree.
Date Created
2016-05
Agent