Job Description
Join Nexus Horizon Labs at the forefront of tomorrow's innovations. We're seeking a visionary Futurist & Innovation Strategist to architect our 2026 roadmap and transform cutting-edge concepts into market-defining realities. This role sits at the intersection of technology, sociology, and business strategy, requiring you to anticipate societal shifts and technological disruptions before they emerge. You'll collaborate with C-suite executives, R&D teams, and global thought leaders to pioneer solutions that will define the next decade.
Our ideal candidate thrives in ambiguity, synthesizes complex data into actionable insights, and possesses an unwavering passion for shaping a better future. This is more than a job—it's your chance to leave an indelible mark on human progress.
Responsibilities
- Develop and execute the 2026 innovation roadmap by analyzing emerging tech trends, geopolitical shifts, and sociocultural transformations
- Lead scenario planning workshops to identify disruptive opportunities and mitigate future risks
- Partner with product teams to integrate foresight into development lifecycles
- Establish strategic partnerships with academic institutions and innovation hubs
- Present visionary frameworks to executive stakeholders and investors
- Author thought leadership publications on future-focused topics
- Mentor cross-functional teams in adaptive innovation methodologies
Qualifications
- Master's degree in Futures Studies, Strategic Foresight, Innovation Management, or equivalent experience
- 5+ years in strategic planning, innovation consulting, or futurist roles
- Proven expertise in trend analysis, scenario planning, and horizon scanning
- Deep understanding of exponential technologies (AI, quantum computing, biotech)
- Exceptional storytelling and presentation skills for complex concepts
- Portfolio demonstrating successful future-strategy implementations
- Certification in Strategic Foresight or Futures Studies preferred
- Experience with global trend analysis frameworks (e.g., STEEP, Delphi method)