1813 3.4 Building a Knowledge Economy A diversified economy requires mechanisms to convert local expertise into scalable value. By shifting focus to untapped natural resources, human potential, sustainable infrastructure design, and systems integration, Sudbury can create high-paying jobs and attract and retain local talent. The region’s technical, environmental, and stewardship capabilities can support new enterprises, patents, training programs, service exports, and global partnerships. This transformation directly addresses the innovation gap by moving knowledge from informal or project-specific practice into protected, transferable, and market-ready forms. In this way, Sudbury’s technical mastery can be formalized into marketable know-how and intellectual property, helping to bridge the 36% innovation gap while building a more diversified and resilient regional economy. 4. WHAT TO DO DIFFERENTLY: A PARADIGM SHIFT IN REGIONAL PLANNING Transitioning away from dependency requires a fundamental change in regional design philosophy. ● Mining as Enabler: In the "Old Model," mining is the sole provider of employment. In the DSP model, mining serves as a catalyst, facilitating the acquisition of initial capital and laying the foundation for enterprises to diversify the economy, benefiting all. ● Internal vs. External Design: Transformation is driven "by the region, for the region." External experts provide the method to be transferred to the region to build capacity, the design basis, and the design is owned locally to ensure the retention of human capital and collective intelligence. ● Inclusive Stewardship: The process integrates First Nations nature stewardship with technical engineering. This partnership produces differentiated solutions for land and water toxicity that satisfy both technical requirements and social trust. 5. HOW TO: IMPLEMENTING THE DSP METHOD The DSP method applies systems thinking and Design of Experiments (DoE) to regional development. It is not only a visioning exercise; it is a structured process for moving from baseline evidence to prioritized interventions and bankable business cases. 1. Phase 1 - Building the Design Basis: This phase involves in-depth fact-finding and mapping of untapped natural resources and human potential. Engineers and regional leaders identify constraints and establish a shared geoscientific integrated natural resource model and technical baseline. UNSDG indicators are used to determine the current situation. 2. Phase 2 - Co-Design Workshop and Sensitivity Testing: This phase brings key regional actors into a structured co-design workshop. Using Design of Experiments (DoE) principles, this phase empowers participants to think beyond their existing reference points, test alternative future economic pillars, examine trade-offs, and identify combinations of interventions that can generate the strongest multi-dimensional benefits. Key players collaboratively define future enterprises, required know-how, infrastructure needs, policy supports, and education and training requirements. UNSDG indicators are used to guide prioritization, ensuring that decisions consider not only economic return but also equity, environmental quality, infrastructure resilience, and long-term community well-being. The outcome is a focused design for a diversified and resilient economy supported by innovation, skills development, and shared regional priorities. 3. Phase 3 - Business Case Development: The third phase translates prioritized solutions into compelling business cases. This includes defining required capital, skills, infrastructure,
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