Job Description
Join our elite Future Strategy Division as a 2026 Strategic Futurist and architect tomorrow's breakthrough innovations. We're seeking a visionary leader to decode emerging trends, develop 2026-optimized roadmaps, and position our organization at the forefront of technological evolution. This role blends deep analytical prowess with creative foresight to transform speculative futures into actionable business strategies.
As a pivotal member of our executive team, you'll collaborate with C-suite leaders, R&D pioneers, and global thought leaders to anticipate paradigm shifts. Your insights will directly influence multi-billion dollar investments and shape our decade-long competitive advantage in rapidly evolving markets.
Responsibilities
- Forecast 2026 technology and societal trends through quantitative modeling and qualitative scenario planning
- Develop strategic frameworks for integrating emerging technologies (quantum computing, synthetic biology, AGI) into core business operations
- Lead cross-functional innovation sprints to prototype 2026-viable products and services
- Present trend analysis and strategic recommendations to executive leadership and board committees
- Build and maintain a global network of futurists, academic researchers, and industry disruptors
- Author annual 'Horizon 2026' reports influencing company-wide R&D priorities
- Guide organizational culture shifts to foster long-term innovation mindset
Qualifications
- Advanced degree (Master's/PhD) in Futures Studies, Technology Strategy, or related field
- 7+ years in strategic foresight, innovation consulting, or technology planning
- Proven expertise in trend analysis, scenario planning, and technology roadmapping
- Deep understanding of exponential technologies (AI, quantum, biotech) and their 2026 trajectories
- Exceptional presentation skills with executive-level stakeholder management experience
- Published thought leadership on future scenarios or technology impact
- Strong data visualization skills (Tableau, Power BI) for complex trend modeling