Job Description
Join Horizon Dynamics as a 2026 Strategic Futurist and architect the future of tomorrow. We're seeking visionary thinkers to map emerging technologies, societal shifts, and market disruptions for the post-2025 landscape. This pivotal role blends foresight strategy with practical innovation implementation, ensuring our clients lead the next decade of transformation.
In this remote-friendly position, you'll collaborate with C-suite executives across Fortune 500 companies to develop adaptive roadmaps that preempt market volatility. Your insights will directly shape multi-billion-dollar portfolios while mentoring a global team of futurists. Ideal candidates thrive at the intersection of technology, sociology, and business strategy.
Responsibilities
- Develop comprehensive 2026+ technology adoption curves for AI, quantum computing, and biotech sectors
- Conduct horizon-scanning workshops with executive teams to identify emerging risks and opportunities
- Produce strategic white papers on disruptive trends affecting 2026 market landscapes
- Design scenario-planning frameworks for geopolitical, climate, and technological black swan events
- Lead cross-functional innovation sprints to prototype future-proof business models
- Mentor junior futurists in advanced foresight methodologies and analytical tools
- Publish quarterly trend briefings for C-suite decision-makers across key industries
Qualifications
- Master's degree in Futures Studies, Technology Forecasting, or related field (PhD preferred)
- 8+ years of experience in strategic foresight or innovation consulting
- Proven track record of developing and implementing long-term technology roadmaps
- Expertise in systems thinking, scenario planning, and trend analysis methodologies
- Deep understanding of exponential technologies (AI, blockchain, synthetic biology)
- Exceptional presentation skills with executive audiences across global markets
- Published thought leadership in futurism or strategic innovation domains
- Proficiency in foresight tools (e.g., Delphi method, STEEP analysis)