Job Description
Join Nexus Innovations as a 2026 Future Technologies Strategist and shape the technological frontier. We're seeking a visionary leader to architect our innovation roadmap for the next-generation digital landscape. This role demands cutting-edge expertise in emerging technologies and strategic foresight to position our company at the vanguard of industry transformation.
You'll lead cross-functional teams in developing actionable strategies for quantum computing, AI ethics, and decentralized systems. Collaborate with C-suite executives to align technological initiatives with business objectives while navigating complex ethical and regulatory frameworks. This is your opportunity to define how technology will evolve and impact global markets by 2026.
Responsibilities
- Develop comprehensive 2026 technology adoption roadmaps for quantum computing, AI ethics, and blockchain integration
- Lead scenario planning workshops to anticipate technological disruptions and market shifts
- Partner with R&D teams to prototype next-gen solutions for real-world challenges
- Present strategic recommendations to executive stakeholders and board members
- Monitor global tech trends and competitive intelligence to identify first-mover advantages
- Establish governance frameworks for ethical AI implementation and responsible innovation
- Manage $5M+ innovation budget with measurable ROI tracking
Qualifications
- 10+ years in technology strategy, product innovation, or futurist consulting
- Expertise in emerging tech: quantum computing, generative AI, or Web3 architecture
- Proven track record of scaling technology initiatives across Fortune 500 companies
- Certifications in Strategic Foresight, AI Ethics, or Quantum Computing preferred
- Exceptional data storytelling skills with executive presentation experience
- Deep understanding of regulatory landscapes (EU AI Act, US Innovation Act)
- Published thought leadership in tech journals or industry white papers
- Fluency in strategic planning frameworks (e.g., STEEP analysis, Delphi method)