Job Description
Join Horizon Dynamics Inc. as a 2026 Futurist Strategist to architect the next wave of technological and societal transformation. We're seeking visionary thinkers who can decode emerging trends, anticipate paradigm shifts, and craft actionable roadmaps for industries navigating the post-2025 landscape. This pivotal role bridges cutting-edge research with practical implementation, ensuring our clients lead in an era of unprecedented change.
As a key member of our Future Intelligence division, you'll collaborate with global innovators, C-suite executives, and research institutions to shape strategic initiatives that define tomorrow's competitive landscape. Our ideal candidate thrives at the intersection of technology forecasting, behavioral economics, and sustainable development.
Responsibilities
- Analyze emerging technologies (AI, quantum computing, biotech) and societal shifts to identify transformative opportunities through 2026-2030
- Develop scenario-based strategic roadmaps for Fortune 500 clients navigating post-2025 market disruptions
- Lead cross-functional workshops with executives to align innovation priorities with long-term futures
- Author predictive intelligence reports published in industry journals and executive briefings
- Establish partnerships with academic institutions and R&D labs to pioneer next-gen solutions
- Mentor junior strategists in futures methodology and trend analysis frameworks
Qualifications
- Master's degree in Futuristics, Systems Thinking, Technology Forecasting, or related field (PhD preferred)
- 5+ years in strategic foresight, innovation consulting, or emerging technology analysis
- Proven expertise in scenario planning, trend mapping, and horizon scanning methodologies
- Deep understanding of exponential technologies and their societal implications
- Exceptional communication skills with executive-level presentation experience
- Published thought leadership in futures or technology strategy publications
- Proficiency in futures research tools (e.g., Delphi method, cross-impact matrices)