Job Description
Join InnovateX Labs as a Futurist Technology Strategist to architect the next decade of digital transformation. We're seeking a visionary thinker to bridge emerging technologies with market opportunities, shaping how businesses evolve through 2026 and beyond. This role blends deep technical expertise with strategic foresight to position our clients at the forefront of innovation.
As a key member of our Future Technologies Division, you'll collaborate with C-suite executives, R&D teams, and global partners to identify disruptive trends, develop adoption roadmaps, and implement scalable solutions that redefine industry standards. Your insights will directly influence product development, investment decisions, and competitive positioning in rapidly evolving markets.
Responsibilities
- Conduct horizon-scanning research to identify emerging technologies (quantum computing, AI ethics, biotech convergence) with 3-5 year commercial viability
- Develop strategic technology roadmaps aligned with business objectives and market disruption forecasts
- Lead cross-functional workshops to translate futuristic concepts into actionable implementation plans
- Author thought leadership reports and predictive market analyses for executive stakeholders
- Establish KPI frameworks for measuring technology adoption impact and ROI
- Build and maintain an ecosystem of academic, startup, and corporate innovation partners
Qualifications
- 10+ years in technology strategy, innovation management, or futurist consulting
- Advanced degree in Computer Science, Engineering, or Business with specialization in emerging tech
- Proven track record of developing technology adoption frameworks for Fortune 500 clients
- Deep expertise in at least three emerging domains: Web3, AGI ethics, or climate tech
- Exceptional data storytelling skills with ability to visualize complex future scenarios
- Certification in futures thinking (e.g., from Association of Professional Futurists)
- Portfolio demonstrating published trend analysis or technology disruption models