Tyler Huggins

• Help transition company from technology-centric to business-centric. • Focused and refined business plan to align with long-term vision and market opportunities. • Created compelling brand positioning to resonate with customers and investors. • Instrumental in raising millions in venture capital for Inventwood's growth. • Successful recruitment of top-tier leadership and onboarding/transition to long-term CEO.

• Co-invented and commercialized the healthiest and most sustainable protein on the planet, helping to create a more equitable and resilient food system. • Lead zero to one startup growth securing over $350M in funding. • Built a top-tier executive team and expanded the workforce from one to over 300 employees, ensuring operational excellence. • Created a award winning brand and spearheaded expansion to national distribution with thousands of retail locations. • Designed, built, and commissioned a state-of-the-art 150k sqft FOAK biomanufacturing facility to drive quality and efficiency in production. • Successful exit and transition to new leadership to focus on my next impact-driven venture.

• Spearheaded research in bioenergy, biomaterials, and environmental biotechnology at the United States Department of Defense. • Developed deep technologies by leveraging nature-inspired solutions to drive innovation and sustainability. • Achieved breakthroughs in bioengineering, contributing to advancements in defense technology and national security.

• Led projects focused on restoring and maintaining forest and rangeland ecosystems. • Conducted rangeland improvement efforts to enhance productivity and ecological integrity of grazing lands and forest ecosystems. • Implemented sustainable practices to promote long-term health of the environment.

• Led field research projects in diverse ecosystems to assess biodiversity patterns and contribute to species conservation efforts. • Conducted vegetation surveys and ecological monitoring in rangelands for sustainable grazing practices. • Assessed forest ecosystem health and resilience by evaluating tree species composition and disturbance regimes.