Job Description
Join Nexus Future Technologies at the forefront of tomorrow's digital frontier. As a Futurist Technology Strategist, you'll architect the roadmap for 2026's most disruptive innovations while shaping how organizations adapt to exponential technological shifts. This role merges visionary foresight with actionable strategy, requiring you to identify emerging trends, assess their business impact, and translate them into scalable solutions.
We're seeking a trailblazer who thrives at the intersection of AI, quantum computing, and human-machine collaboration. You'll collaborate with C-suite executives, research labs, and global think tanks to develop frameworks that future-proof our clients' operations. Our culture celebrates intellectual curiosity, rapid experimentation, and the courage to challenge conventional wisdom.
Responsibilities
- Analyze emerging tech trends (AGI, neurotech, decentralized networks) to forecast 2026's business landscape
- Develop strategic roadmaps for Fortune 500 clients adopting next-gen technologies
- Lead cross-functional workshops on exponential technology adoption scenarios
- Author thought leadership reports published in IEEE and MIT Technology Review
- Design ethical frameworks for responsible AI deployment in high-stakes industries
- Mentor junior futurists in horizon scanning methodology and scenario planning
- Partner with venture capital arms to identify breakthrough startups for acquisition
Qualifications
- 10+ years in strategic tech consulting with demonstrable futurism experience
- Advanced degree in Computer Science, Systems Engineering, or Futurology
- Published research on AI governance or quantum computing applications
- Expertise in scenario planning and technology impact assessment frameworks
- Fluency in Python/R for trend analysis and predictive modeling
- Certification in Foresight Methodologies (e.g., from Association of Professional Futurists)
- Portfolio showcasing 3+ technology foresight projects with measurable outcomes
- Deep understanding of ethical implications of exponential technologies