Job Description
Shape tomorrow's reality today as Nexus Innovations' pioneering 2026 Futurist Strategist. Join our elite team at the intersection of predictive analytics and human-centered innovation to architect the next decade's breakthrough solutions. This isn't just forecasting—it's creating the future.
We're seeking a visionary who thrives at the bleeding edge of technological, social, and economic trends. You'll leverage cutting-edge AI-driven foresight platforms to develop actionable roadmaps that position our clients as industry pioneers. Your work will directly influence multi-billion-dollar decisions across sectors from biotech to quantum computing.
Join Austin's fastest-growing innovation ecosystem and transform theoretical possibilities into tangible progress. This is your chance to leave an indelible mark on humanity's trajectory.
Responsibilities
- Design and deploy predictive scenario models for 2026+ market landscapes using proprietary AI frameworks
- Lead cross-functional workshops to translate future trends into strategic product roadmaps
- Develop 'future-proof' business architectures for Fortune 500 clients
- Author quarterly 'Horizon Scan' reports with 95%+ accuracy benchmarks
- Collaborate with MIT Media Lab and Singularity University on next-gen foresight methodologies
- Present strategic briefings to C-suite executives and government innovation boards
- Manage a $2M annual innovation portfolio for experimental 2026 technologies
Qualifications
- Advanced degree in Futures Studies, Systems Thinking, or Computational Social Science (PhD preferred)
- 7+ years in strategic foresight with demonstrated 2025+ scenario development
- Expertise in predictive AI tools (GPT-4, Claude, custom ML models)
- Published work in peer-reviewed futures journals (e.g., Futures Research Quarterly)
- Portfolio of implemented future-strategy projects with measurable ROI
- Deep knowledge of emerging tech: quantum computing, synthetic biology, AGI safety
- Fluency in futures methodologies: Delphi, Horizon Scanning, Cross-Impact Matrices