Job Description
Join InnovateHorizon Labs as we redefine tomorrow's tech landscape. We're seeking a visionary Future Tech Strategist to architect our 2026 digital transformation roadmap. This role blends cutting-edge technology forecasting with business innovation, requiring you to identify emerging trends, develop implementation frameworks, and lead cross-functional teams in executing next-generation solutions. You'll work directly with C-suite executives to shape our technology investments and ensure competitive advantage in rapidly evolving markets.
Our Austin headquarters offers a collaborative environment where creativity meets execution. You'll leverage our state-of-the-art R&D facilities and partner with industry pioneers to develop solutions that will define the next decade of technological advancement.
Responsibilities
- Develop and maintain 2026 technology roadmaps aligned with business objectives and market trends
- Lead innovation workshops to identify disruptive technologies and implementation opportunities
- Conduct competitive analysis and market research to inform strategic technology investments
- Collaborate with engineering teams to prototype and validate emerging technologies
- Present strategic recommendations to executive stakeholders with data-driven insights
- Manage cross-functional project teams executing high-impact technology initiatives
- Establish KPIs and success metrics for technology adoption and ROI
Qualifications
- 8+ years in technology strategy, product development, or innovation management
- Proven track record in emerging technology adoption (AI, quantum computing, Web3)
- Experience developing multi-year technology roadmaps for enterprise environments
- Advanced degree in Computer Science, Business, or related field
- Strong analytical skills with data-driven decision-making expertise
- Exceptional presentation and stakeholder management abilities
- Certification in technology management or innovation strategy (preferred)
- Demonstrated success leading cross-functional teams through complex transformations