Job Description
Join Nexus Innovations at the forefront of tomorrow. We're seeking a visionary 2026 Strategic Futurist to architect our next-generation roadmap and drive innovation across emerging technologies. This pivotal role combines deep technical expertise with forward-thinking strategy to position our company as an industry leader in the rapidly evolving landscape of 2026 and beyond.
As a key member of our executive leadership team, you'll collaborate with R&D, product development, and market intelligence teams to anticipate technological disruptions, identify transformative opportunities, and shape our long-term vision. You'll be instrumental in defining our strategic direction for quantum computing, AI ethics, sustainable tech, and human-machine interfaces.
Responsibilities
- Develop comprehensive 2026+ technology roadmaps and strategic plans aligned with market trends
- Lead horizon scanning initiatives to identify emerging technologies and disruptive innovations
- Partner with C-suite executives to integrate futurist insights into corporate strategy
- Build and maintain relationships with academic institutions, research labs, and industry thought leaders
- Author thought leadership content on future tech trends and their business implications
- Advise product teams on future-proofing solutions and next-generation development
- Represent the company at global tech conferences and futurist forums
Qualifications
- Minimum 10 years in strategic planning, R&D leadership, or futurist consulting
- Deep expertise in emerging technologies (quantum computing, neuromorphic AI, biotech)
- Proven track record of translating future trends into actionable business strategies
- Advanced degree in relevant field (PhD/Master's preferred in Technology, Innovation, or Futures Studies)
- Exceptional analytical and systems-thinking capabilities
- Strong presentation and stakeholder management skills at executive level
- Published author or speaker on future technology topics
- Experience with scenario planning and trend analysis methodologies