How Sociotechnical Agendas Shape Shared Values Across Modern Technology Development

In a study published in NanoEthics, researchers Yunxuan Miao and Udo Pesch examine how sociotechnical agenda-setting structures the way moral values are established, negotiated, and institutionalized in technology development. In dynamic technological environments, values continually evolve and diverge across stakeholder groups, complicating innovation coordination through individual and collective commitments. While frameworks like Value Sensitive Design advocate for stakeholder reflection, earlier scholarship has not systematically integrated what shared values mean in technological contexts with the mechanisms through which actors endorse them. To address these connected questions, the authors adapt agenda-setting theory from media studies and policy sciences to sociotechnical systems. Conceptualizing sociotechnical agendas as structured sets of technology-related issues that direct attention and guide decisions, the authors show how communication channels—such as academic journals, conferences, expert discourse, and industry publications—steer the collective prioritization, interpretation, and practical integration of normative commitments across innovation networks.

Central to the authors’ analysis is a functional rather than aggregative conception of shared values within sociotechnical systems. Drawing on philosophical accounts of collective commitment, conventions, and social norms, the study emphasizes that a value is not genuinely shared merely because separate individuals happen to hold identical private beliefs. Instead, a value functions as shared when it acts as a publicly recognized normative reference point coordinating collective action across institutional boundaries, establishing a baseline where dissenters bear the burden of justification. Within technological environments, this functional role requires two indispensable conditions: mutual awareness and practical adoption. Mutual awareness requires that participating actors recognize that others in the relevant community endorse the value, converting private sentiment into a publicly acknowledged commitment. Practical adoption requires that the value actively guides decision-making through concrete design choices, engineering specifications, and institutional practices across specialized professional communities.

To explain how values become embedded within technological trajectories, the framework adapts three established levels of agenda-setting to sociotechnical systems. At the first level, issue agenda-setting, institutional decision-makers and media outlets determine which values matter by selectively focusing attention on specific issues while constraining others. This selective attention reflects a pragmatist model wherein values are continuously evaluated through practical inquiries rather than existing as abstract absolutes. For example, empirical studies showed that media coverage of climate change declined during the COVID-19 pandemic, illustrating how emergent crises can temporarily diminish sustainability in favor of immediate public health concerns. The second level, attribute agenda-setting, shapes how values are interpreted by emphasizing particular dimensions within an issue. By contextualizing broad concepts through concrete attributes, this framing steers how actors understand what a value entails, as when coverage of the 2018 Monsanto-Bayer merger highlighted food sustainability through competing dimensions of agrochemical risks and corporate consolidation.

The third level, network agenda-setting, links prioritized issues and attributes into an interconnected cognitive network, establishing how distinct values relate within discourse. The authors argue that network agenda-setting operationalizes sociotechnical assemblages—dynamic webs where actors, technologies, and values co-constitute each other—by bundling values into reinforcing clusters and naturalizing their translation into technical requirements. Under this dynamic, emerging societal values gain traction by being structurally integrated into established institutional frameworks. For instance, discussions of environmental sustainability rarely occur in isolation; discourse systematically connects sustainability with human well-being, public health, and economic stability by highlighting air pollution, respiratory disease, and food security. The researchers highlight the European Union’s 2023 lithium battery regulations as a prominent demonstration of third-level agenda-setting, wherein regulatory frameworks consistently coupled sustainability criteria with operational safety mandates. By formally intertwining safety with environmental performance, the policy established safety as an indispensable structural component of sustainable technological design, reinforcing their systemic connection.

To explain how broad sociotechnical agendas interact with individual practitioners, the authors identify institutionalized professional values as crucial mediating structures. Technological innovation involves diverse professional actors operating under distinct disciplinary frameworks codified by educational programs, licensing bodies, and ethical codes. These specialized frameworks foster differing normative orientations: chemical engineers prioritize environmental protection and process safety, software engineers focus on reliability and security, policy analysts emphasize regulatory coherence and distributive justice, and business analysts target economic efficiency. When these disparate groups converge on complex projects, differing priorities can create friction. However, collaboration also establishes trading zones and communities of practice where specialists develop sufficient mutual understanding to coordinate execution while retaining distinct professional identities. Institutionalized values, such as integrity and public responsibility, provide engineers with guidance for translating abstract societal expectations into technical specifications. For instance, the professional norm of respect for persons directly informs technical mechanisms, including data minimization and explicit user consent protocols in software engineering.

The authors examine the cognitive pathways through which sociotechnical agendas cultivate value adoption among practitioners and the public. Cognitive agenda-setting operates through two complementary mechanisms: cognitive salience, which determines how frequently an issue is discussed and perceived as important, and cognitive perception, which shapes how an issue is understood during decision-making. While general audiences and developers both process value salience through attention allocation and repeated exposure, developers interpret these inputs through specialized epistemic living spaces—socio-cognitive environments established through professional training. When reporting on lithium-ion battery failures elevates the cognitive salience of safety, engineers contextualize incidents through technical models of failure modes, thermal abuse thresholds, and standardized design parameters. This epistemic divergence was documented in semi-structured qualitative interviews conducted by the author with fifteen frontier lithium battery researchers in China between May and August 2024. While public perception often focuses on extraction impacts or immediate hazards, the interviewed engineers exhibited measured confidence in sustainability, drawing historical analogies to copper demand during the Industrial Revolution and relying on reserve models to frame resource availability as manageable.

Beyond cognitive evaluation, affective agenda-setting serves as a vital pathway for instilling motivational force into technological values by establishing direct emotional resonance. When technological events intersect with personal experience or social identity, the heightened need for orientation magnifies emotional responses across both expert and public domains. Safety functions as a universal human concern that evokes parallel emotional reactions regardless of professional background. Qualitative interview data revealed that battery researchers articulate emotional concerns regarding thermal runaway risks that closely mirror broader public anxieties, using vivid metaphors describing compromised battery cells as potential bombs and characterizing catastrophic failure risks as terrifying. Although technical discourse recasts these emotional responses into systematic thermal abuse models and standardized laboratory mitigation protocols, the underlying emotional resonance provides the motivational drive necessary to prioritize safety within daily engineering practices.

Behavioral agenda-setting represents the third pathway, translating cognitive accessibility and affective commitment into concrete material manifestations within technological artifacts. The authors emphasize that while psychological acceptance is a necessary precondition, values achieve institutional reality only when practitioners instantiate them within tangible design parameters and engineering decisions. Policy incentivization mechanisms function as prospective structures, directing technical attention and research investments toward specific normative priorities through discursive legitimation and targeted resource allocation. Furthermore, attribute framing implicitly prescribes specific technological architectures by portraying certain trajectories as inevitable. The study points to Tesla’s initial market positioning of lithium-ion electric vehicles as luxury technology as an illustration of how market framing structured engineering design priorities toward premium performance metrics before affordability emerged as a central sociotechnical imperative. Through continuous reciprocal interactions between technical disciplines and external discourse, practitioners respond to behavioral agendas while feeding technical outcomes back into public deliberations.

The paper challenges passive adoption models by emphasizing that researchers and engineers act as active agents navigating conflicts among competing value sets across distinct life spheres. Technological development crosses boundaries between the market, the state, and science, requiring innovations to simultaneously satisfy economic competitiveness, regulatory compliance, and scientific validity. Practitioners actively interpret, adapt, and strategically reconfigure institutional priorities rather than simply conforming to external mandates. However, this active mediation introduces subtle vulnerabilities. Drawing on the sociology of expectations, the authors observe that technical practitioners frequently operate under unexamined future projections that blend scientific and commercial assumptions. When left unanalyzed, these projections introduce implicit cognitive biases into decision-making, such as battery researchers unintentionally prioritizing performance benchmarks over environmental considerations within their experimental designs.

Turning to ethical dimensions, the researchers argue that issue framing is inherently value-laden because emphasizing specific elements unavoidably downplays others. Guided by John Dewey’s pragmatist ethics, the authors emphasize that shared values achieve normative legitimacy only when grounded in disciplined inquiry into consequences and open to revision by affected communities. When agenda-setting processes fail these standards, significant ethical distortions arise. Attention imbalances in the attention economy skew priorities; for example, media coverage of synthetic biology risks far exceeded that of comparable agricultural technologies despite expert panels assessing equal or lower objective risk profiles. Meanwhile, chronic distributed impacts from mineral extraction remain neglected. Additional ethical risks stem from funding bodies exerting institutional coercion, and strategic communicators exploiting affective priming, availability manipulation around vivid battery fires, and framing asymmetries that present identical failure statistics in disparate terms.

Finally, the authors examine pluralistic ignorance, where mutual misunderstandings produce self-reinforcing distortions without deliberate manipulation. In consumer electronics, manufacturers promote oversized battery capacities assuming users prioritize extreme runtime, while users passively accept this focus assuming manufacturers respond to essential technical needs, entrenching market trajectories that diverge from genuine preferences. To prevent such pathologies, the authors argue that sociotechnical agenda-setting must serve as a descriptive, diagnostic, and interventionist framework. Descriptively, it clarifies how values are structured through issue salience, attribute framing, and network clustering; diagnostically, it evaluates whether consensus reflects authentic endorsement rather than manufactured compliance; and interventionally, it guides metric design and cross-sector deliberation. The study concludes that practitioners and policymakers must provide transparent, evidence-based justifications for issue selection and framing choices, ensuring that technological development remains responsive to diverse societal needs and democratic values.

Subject of Research: Sociotechnical agenda-setting and shared value formation in technology development

Article Title: Shaping Shared Values: The Roles of Sociotechnical Agenda-setting in Technology Development

Article References: Miao, Y., & Pesch, U. (2026). Shaping Shared Values: The Roles of Sociotechnical Agenda-setting in Technology Development. NanoEthics, 20(1), Article 9. https://doi.org/10.1007/s11569-025-00493-w

Image Credits: AI Generated

DOI: 10.1007/s11569-025-00493-w

Keywords: sociotechnical agenda-setting, shared values, technology development, attribute framing, network agenda-setting, responsible innovation, professional ethics, lithium battery technology, Shaping, Shared, Values, Roles