Undergraduate occupational and environmental health and safety programs at Utah State University, Brigham Young University, the University of Utah and Weber State University have formed a first-of-its-kind partnership to collectively promote their degrees and career opportunities. The partnership’s effort has included hosting informational sessions for prospective students featuring all four universities, a unified marketing campaign and collaborative management. The occupational and environmental health and safety field focuses on protecting the health, safety and well-being of workers by identifying, assessing and managing workplace and environmental risks. From 2018-2022, the most recent five-year data available from the U.S Bureau of Labor Statistics, 257 people died in occupational fatalities in Utah and 161,400 people suffered workplace injuries Reducing both numbers by producing well-trained graduates is a core objective of all four of the partner occupational and environmental health and safety programs. Academic advisor for USU’s Public Health program , Carl Farley, said the Occupational and Environmental Health field has incredibly high job placement, and starting salaries for bachelor’s-level professionals range from $68,000 to $100,000. Farley said they could easily double the number of program graduates and still have 100% job placement, but attracting students has always been a challenge. “Unfortunately, it’s the best kept secret. And we’re trying to change that,” Farley said. He said most of their students find out about the program by word of mouth, which is how USU senior Ethan Fullmer found the program. Fullmer is a pre-dental student from Hyde Park. He said he started as a human biology major, which is common for pre-medical students, but a student in the public health program recommended it to him. “I talked to Farley, and it seemed like a degree with lots of career options, smaller class sizes and opportunities to get my hands dirty outside of the classroom,” Fullmer said. He said he likes that the program is so hands on, and every student has to do an internship, so they get real world experience. The field encompasses a range of disciplines, such as industrial hygiene, ergonomics, occupational health psychology, occupational medicine, occupational health nursing, occupational safety and mining safety. “We’ve had graduates work in every field from oil and gas to hospitals and technology,” said program director Scott Bernhardt. “We’ve had students work at Intel, Amazon, Tesla, you name it.” Program lecturer John Flores said for incoming freshmen interested in STEM, public health is a good place to start. “If they decide they don’t like it, the foundation they will have from entry level classes will meet any other science requirements,” Flores said. Tori Joy, who is leading the partnership as the occupational and environmental health and safety pathways coordinator at Weber State, said students don’t often learn about these types of jobs in high school or grade school. She said they want students to learn about the field, get excited about it and enroll in one of these programs, no matter which university they choose to go to. “The enthusiastic involvement of all four undergraduate programs — which ostensibly compete against one another — sends a rare and powerful message,” Joy said. “It speaks to the importance of what we’re doing and our shared commitment to both students and workers. The graduates of our programs literally save lives and positively impact hundreds of thousands of Utahns — and they’re rewarded with meaningful, fulfilling careers.” To learn more about any of the programs in the partnership, go to rmcoeh.com/undergraduate-degrees .

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( MENAFN - The Conversation) The original excitement about the influence of artificial intelligence (AI) on developed countries is shifting toward how AI might influence developing nations. The Economist recently ran a cover story extolling the potential of AI to help lower-income countries in sectors such as education, healthcare and agriculture; however, various commentators have expressed concerns that AI could cause a number of harms in the Global South. At the root of this issue runs a frequent concern with how data is collected, stored and used – and responsibly reused for purposes other than it was initially collected for. Data collected from satellite imagery and sensors can be reused to monitor deforestation, air and water quality, and the impact of climate change . Telco or social media data can be reused for disaster response to track people's movements, identify areas that need urgent assistance and coordinate relief efforts more effectively. Responsible reuse of public and private data can also break down silos. Access to mobile phone data has been reused to foster collaboration and innovation, like harmonising access to public transport and ride-sharing initiatives to limit travel time and reduce car use. Open contracting data was used to improve access to HIV and tuberculosis medicine in Moldova, a country that has one of the highest patient rates in Europe. But reuse carries its own risks, especially to user privacy and security. Promoting the responsible reuse of data requires addressing power imbalances in the data ecology that disempower key stakeholders and undermine trust in data management practices. These imbalances may be particularly pernicious in the Global South . Addressing them requires broadening notions of consent beyond current individualised approaches in favour of what we term a social licence for reuse. There are a number of imbalances in power and influence among different stakeholders in the data ecology. Larger players or those from more affluent regions have bigger budgets and more expertise, plus more computational power, to access and work with data. These imbalances take on particular significance when data is repurposed. In such cases, original data subjects frequently lack the ability to influence or even become aware of secondary uses, and data could be used in ways that harm them or that disproportionately benefit the few. These risks are particularly pronounced in developing countries in Asia, Africa and Latin America, due in part to power imbalances between governments and companies in the Global South and North. But vast asymmetries also exist within Global South countries themselves, requiring close attention to the way data is collected, used and reused by governments that profess to speak on behalf of the people. In theory, consent offers a mechanism to reduce power imbalances. In reality, existing consent mechanisms are limited and, in many respects, archaic, based on binary distinctions – typically presented in check-the-box forms that most websites use to ask you to register for marketing e-mails – that fail to appreciate the nuance and context-sensitive nature of data reuse. Consent today generally means individual consent, a notion that overlooks the broader needs of communities and groups. While we understand the need to safeguard information about an individual such as, say, their health status, this information can help address or even prevent societal health crises. Individualised notions of consent fail to consider the potential public good of reusing individual data responsibly. This makes them particularly problematic in societies that have more collective orientations, where prioritising individual choices could disrupt the social fabric. The notion of a social licence, which has its roots in the 1990s within the extractive industries , refers to the collective acceptance of an activity, such as data reuse, based on its perceived alignment with community values and interests. Social licences go beyond the priorities of individuals and help balance the risks of data misuse and missed use (for example, the risks of violating privacy vs. neglecting to use private data for public good). Social licences permit a broader notion of consent that is dynamic, multifaceted and context-sensitive. Policymakers, citizens, health providers, think tanks, interest groups and private industry must accept the concept of a social licence before it can be established. The goal for all stakeholders is to establish widespread consensus on community norms and an acceptable balance of social risk and opportunity. Community engagement can create a consensus-based foundation for preferences and expectations concerning data reuse. Engagement could take place via dedicated“data assemblies” or community deliberations about data reuse for particular purposes under particular conditions. The process would need to involve voices as representative as possible of the different parties involved, and include those that are traditionally marginalised or silenced. Beyond community engagement, buy-in from the legal and policy community is needed to translate collective choices into enforceable instruments and mechanisms. This critical step requires innovative approaches to develop ways of framing, and vehicles to contain, new governance functions. A dedicated interdisciplinary research agenda across data, law, policy and the social sciences will help link the theory of social licensing and its practical implementation. Successfully implementing social licensing will most likely require institutional innovation as well, which could include highlighting the role of data stewards or other individuals tasked with responsibly promoting data sharing. We've seen increasing calls for the role of Chief AI Officer (CAIO) to lead integration of AI technologies to drive innovation and achieve competitive advantage. We do believe there should be a dedicated role in all fields of data collection, public and private, to identify how data may be used in an organisation. But we also believe this scope is too limited. Such a role can also include identifying opportunities based on other data that is available or should be. It can further include identifying opportunities based on an organisation's own data that may be shared – not only for profit, but also for the public good. MENAFN15122024000199003603ID1108995325 Legal Disclaimer: MENAFN provides the information “as is” without warranty of any kind. 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