Job Description
Join Nexus Horizon Labs at the forefront of technological evolution as our 2026 Futurist Strategist. We're seeking visionary innovators to architect the next wave of human-machine collaboration in quantum computing, AI ethics, and sustainable tech ecosystems. This role bridges cutting-edge research with market implementation, requiring you to decode emerging trends before they become mainstream.
You'll lead cross-functional initiatives to prototype solutions for 2026's most pressing challenges: climate resilience, neural interfaces, and decentralized governance. Our Austin-based innovation hub offers unparalleled resources including quantum labs and AI supercomputers to transform your foresight into tangible breakthroughs.
Responsibilities
- Analyze horizon-scanning data to identify paradigm-shifting technologies with 3-5 year market impact
- Develop strategic roadmaps integrating quantum computing, biotech convergence, and metaverse architectures
- Lead interdisciplinary teams prototyping solutions for 2026's sustainability and equity challenges
- Establish thought leadership through whitepapers, patents, and TED-style keynote presentations
- Forge partnerships with academic institutions (MIT, Caltech) and government innovation labs
- Design ethical frameworks for next-gen AI and neurotech deployment
- Quantify market readiness of emerging technologies through predictive modeling
Qualifications
- PhD in Futures Studies, Systems Theory, or equivalent interdisciplinary expertise
- 5+ years in technology strategy with demonstrated impact on emerging tech adoption
- Proficiency in horizon scanning tools (e.g., Delphi method, scenario planning)
- Publication record in peer-reviewed journals on technological forecasting
- Deep understanding of quantum computing, synthetic biology, and neurotech landscapes
- Experience securing $1M+ R&D grants for experimental initiatives
- Certification in AI governance frameworks (e.g., IEEE Ethically Aligned Design)
- Portfolio demonstrating successful prediction-to-implementation cycles