Comparing the Implementation of Two Dust Control Technologies from a Sociotechnical Systems Perspective

Area of Science:

• Sociotechnical Systems (STS) Theory
• Organizational Behavior
• Mining Engineering

Background:

• Sociotechnical systems (STS) research traditionally prioritizes worker-technology interactions.
• Social processes during technical or environmental changes in organizations are often undervalued.
• Improved understanding of social dynamics can enhance organizational stability during change.

Purpose of the Study:

• To extend STS theory by applying meta-design principles.
• To analyze the impact of dust control technologies on social and technical factors in mining.
• To compare technology implementation under regulated versus unregulated conditions.

Main Methods:

• Case study analysis of two interventions: Helmet-CAM (unregulated) and Continuous Personal Dust Monitor (regulated).
• Examination of meta-design principles: organizational participation, flexibility, and communication.
• Assessment of employee knowledge, communication, and technology use for dust mitigation.

Main Results:

• Meta-design principles of participation, flexibility, and communication are key in STS.
• Technology implementation differs significantly when complying with formal requirements.
• A strong focus on social factors within STS can decrease technical unpredictability and adoption time.

Conclusions:

• Prioritizing social factors in sociotechnical systems enhances organizational adaptability.
• Effective communication and participation are vital for successful technology integration.
• Formal requirements can influence the social dynamics of technology adoption in mining organizations.