Job Description
Join Horizon Innovations Group at the forefront of tomorrow's possibilities. As our Future Strategist 2026, you'll architect groundbreaking solutions that redefine industries and shape the next decade of technological advancement. We're seeking visionary thinkers who thrive at the intersection of emerging tech, market analysis, and human-centric design. This role offers unparalleled opportunities to influence global innovation agendas while working with world-class teams in our state-of-the-art San Francisco hub.
Our dynamic environment encourages bold experimentation and rapid prototyping. You'll have access to cutting-edge resources and collaborate with pioneers across AI, quantum computing, and biotechnology. If you're passionate about solving tomorrow's challenges today, this is your moment to make history.
Responsibilities
- Develop forward-looking strategic frameworks for 2026+ technology adoption and market disruption
- Analyze emerging trends across AI, biotech, quantum computing, and sustainable energy sectors
- Lead cross-functional innovation sprints to prototype breakthrough solutions
- Establish partnerships with academic institutions and global innovation hubs
- Create foresight reports and scenario-planning models for C-suite executives
- Mentor junior strategists in future-proof methodologies and critical thinking
- Represent the company at global tech summits and policy discussions
Qualifications
- 10+ years in strategic planning, innovation consulting, or technology forecasting
- Advanced degree in Futures Studies, Systems Engineering, or related field
- Proven track record of launching market-defining products or services
- Expertise in scenario planning, SWOT analysis, and horizon scanning
- Deep understanding of exponential technologies and their societal impacts
- Certification in Design Thinking, Agile Innovation, or similar methodology
- Exceptional communication skills with executive-level presentation experience
- Portfolio demonstrating 3+ future-focused projects implemented at scale