Job Description
Join Quantum Leap Innovations as a 2026 Technology Futurist and architect tomorrow's digital landscape today. We're seeking a visionary strategist to decode emerging technologies and position our company at the forefront of the 2026 tech revolution. You'll lead cross-functional teams to develop forward-looking roadmaps, anticipate disruptive innovations, and translate complex trends into actionable business strategies.
In this high-impact role, you'll collaborate with C-suite executives to shape our technology portfolio, conduct horizon-scanning research across AI, quantum computing, and biotech, and drive initiatives that will redefine industry standards. We offer unparalleled opportunities to influence global tech trajectories while working alongside Nobel laureates and industry pioneers in our state-of-the-art innovation labs.
Responsibilities
- Analyze emerging technologies (AI, quantum, biotech) to identify strategic opportunities for 2026 market leadership
- Develop and implement 3-year technology roadmaps aligned with business objectives
- Lead cross-functional teams to translate futuristic concepts into viable product roadmaps
- Present technology forecasts and strategic recommendations to executive stakeholders
- Monitor global tech trends and competitive landscapes to inform innovation strategies
- Drive adoption of cutting-edge technologies across organizational functions
- Establish partnerships with leading research institutions and tech innovators
Qualifications
- Master's degree in Technology Strategy, Computer Science, or related field (PhD preferred)
- 8+ years in technology strategy, R&D, or innovation leadership
- Proven experience developing multi-year technology roadmaps
- Deep expertise in AI, quantum computing, or biotech domains
- Exceptional analytical skills with ability to synthesize complex data
- Executive-level communication and stakeholder management abilities
- Published thought leadership in technology futurism or innovation
- Experience managing cross-functional teams in dynamic environments