Job Description
Join Horizon Labs at the forefront of tomorrow's revolution. We're seeking a visionary 2026 Futurist Innovation Lead to architect the next decade of breakthrough technologies. This pivotal role blends strategic foresight with hands-on execution to transform emerging concepts into market-defining solutions. You'll collaborate with quantum computing pioneers, AI ethicists, and sustainable tech architects while shaping our innovation roadmap through 2026 and beyond.
We offer a dynamic environment where your ideas become reality. With competitive equity, flexible work arrangements, and a $50K annual innovation stipend, you'll have unparalleled resources to experiment and scale. Our Austin campus features state-of-the-art labs, mindfulness pods, and a rooftop terrace overlooking the tech corridor.
Responsibilities
- Develop and execute 2026 innovation roadmap spanning quantum computing, AI ethics, and biotech convergence
- Lead cross-functional 'Future Labs' teams prototyping next-gen technologies with $10M+ annual R&D budget
- Establish strategic partnerships with MIT Media Lab, Singularity University, and national research initiatives
- Present quarterly foresight reports to C-suite and board members with 3-5 year technology adoption forecasts
- Curate annual 'Horizon 2026' summit featuring 200+ global innovators and Fortune 500 executives
- Mentor emerging talent through our 'Future Architects' graduate program
Qualifications
- 10+ years in technology strategy or innovation leadership with proven 2020+ tech adoption track record
- Advanced degree in Futures Studies, Systems Engineering, or equivalent certification (e.g., CFIP)
- Portfolio of 3+ scaled innovations from concept to market impact
- Deep expertise in at least two emerging tech domains: quantum computing, synthetic biology, or decentralized AI
- Executive-level presentation skills with experience to Fortune 500 audiences
- Published thought leadership in Nature Futures or MIT Technology Review
- Fluency in scenario planning methodologies and horizon scanning frameworks