Job Description
Shape tomorrow's digital landscape today at InnovateNext Labs. We're seeking a visionary 2026 Future Tech Strategist to architect cutting-edge solutions at the intersection of AI, quantum computing, and sustainable tech. Join our Austin-based team to pioneer breakthrough technologies that will redefine industries by 2026. This role offers unparalleled opportunities to work with Fortune 500 clients, lead cross-functional innovation sprints, and contribute to patents that will shape the next decade of technological evolution.
At InnovateNext, we blend entrepreneurial agility with corporate resources to accelerate breakthrough innovations. You'll collaborate with Nobel laureates, Silicon Valley pioneers, and climate-tech disruptors while enjoying competitive equity, unlimited PTO, and a $20K annual innovation budget. Our Austin headquarters features a quantum lab, AI training centers, and biophilic design spaces to fuel your creativity.
Responsibilities
- Develop 2026 tech roadmaps for enterprise clients in AI, quantum computing, and climate tech
- Lead cross-functional innovation sprints with engineers, designers, and domain experts
- Conduct horizon scanning to identify emerging technologies with 3-5 year commercialization potential
- Design and validate proof-of-concepts for next-gen tech applications
- Present strategic insights to C-suite executives and investor boards
- Build and maintain partnerships with academic institutions and research labs
- Drive patent development and IP strategy for breakthrough innovations
Qualifications
- Master's degree in Computer Science, Engineering, or Futurism (PhD preferred)
- 5+ years in tech strategy, R&D, or innovation consulting
- Deep expertise in at least two emerging tech domains (AI, quantum, biotech, etc.)
- Proven track record of launching commercialized tech products
- Exceptional systems thinking and scenario planning abilities
- Experience presenting to executive audiences and securing funding
- Portfolio demonstrating 2020-2025 tech trend predictions with 80%+ accuracy