Job Description
Join Horizon Innovations as we pioneer the frontiers of tomorrow. We seek a visionary Senior Futurist Strategist to architect our 2026 roadmap, transforming cutting-edge concepts into tangible market innovations. This pivotal role demands an architect of change who thrives at the intersection of technology, human behavior, and exponential growth. You'll lead cross-functional teams to decode emerging signals, build foresight frameworks, and shape products that will define the next decade. If you're passionate about sculpting the future and possess an insatiable curiosity for what's next, this is your moment to leave an indelible mark on the world.
Responsibilities
- Lead strategic foresight initiatives to map technology trends, market shifts, and societal impacts through 2026
- Develop and maintain innovation roadmaps integrating AI, quantum computing, and biotech convergence
- Collaborate with R&D, product, and executive teams to translate future scenarios into actionable business strategies
- Establish global foresight networks and partnerships with academic institutions and industry pioneers
- Present compelling future-vision narratives to C-suite executives and key stakeholders
- Drive scenario planning workshops to prepare for disruptive market transformations
- Oversee the development of proprietary foresight methodologies and analytical frameworks
Qualifications
- 10+ years in strategic foresight, innovation management, or future-focused consulting
- Proven expertise in emerging technologies (AI, quantum computing, neurotech, synthetic biology)
- Advanced degree in Futures Studies, Systems Thinking, or related technical field
- Exceptional storytelling and communication skills for complex technical concepts
- Track record of influencing product strategy through future-oriented research
- Experience leading cross-functional teams in ambiguous, high-growth environments
- Published thought leadership in futurism or technology forecasting
- Proficiency in foresight tools (horizon scanning, Delphi method, system dynamics modeling)