Leveraging systems science and design thinking to advance implementation science: moving toward a solution-oriented...

Area of Science:

• Public Health
• Implementation Science
• Systems Science
• Design Thinking

Background:

• Public health challenges are complex, involving dynamic systems with interdependent factors hindering intervention implementation, sustainment, and scaling.
• Current implementation science frameworks are often static, linear, and top-down, failing to capture interrelationships and dynamics of determinants.
• Existing frameworks leave gaps in understanding how to intervene on determinants and scale evidence-based solutions effectively.

Purpose of the Study:

• To introduce design thinking and systems science as solution-oriented approaches.
• To describe the integration of these methods into implementation science.
• To promote effective implementation, sustainment, and scaling of public health innovations for transformative systems change.

Main Methods:

• Review of implementation science frameworks and their limitations.
• Exploration of design thinking principles for problem-solving.
• Examination of systems science methodologies for understanding complex dynamics.
• Conceptual integration of these approaches within implementation science.

Main Results:

• Design thinking and systems science offer dynamic, solution-oriented perspectives absent in static implementation frameworks.
• Integration facilitates a deeper understanding of interdependencies and change over time.
• These integrated approaches can address limitations in current implementation science strategies.

Conclusions:

• Integrating design thinking and systems science transforms implementation science from problem-focused to solution-focused.
• This integration enhances strategies for intervention implementation, sustainment, and scaling.
• The approach promises to drive transformative systems changes for improved population health.