Job Description
Join Neural Dynamics Inc. at the forefront of human-computer interaction innovation. We're seeking a visionary Quantum UX Researcher to pioneer next-generation neural interface experiences for our 2026 product roadmap. This role blends cutting-edge neuroscience with bleeding-edge UX design to create seamless brain-computer interfaces that will redefine digital engagement.
As a key member of our Future Interfaces Lab, you'll collaborate with quantum computing specialists and neuroscientists to develop prototype systems that translate neural signals into intuitive digital experiences. You'll shape how humanity interacts with technology in the coming decade, ensuring our solutions are both ethically grounded and commercially transformative.
Responsibilities
- Design and conduct neural interface user studies using quantum-encrypted biometric feedback systems
- Develop predictive UX models for 2026-era computing environments using machine learning algorithms
- Collaborate with neuroscientists to map neural pathways to digital interaction patterns
- Create quantum-secured user journey frameworks for immersive AR/VR ecosystems
- Lead cross-functional sprints with AI and robotics teams to prototype future interaction paradigms
- Establish ethical frameworks for neural data collection and user consent protocols
- Present findings to C-suite stakeholders and industry thought leadership forums
Qualifications
- PhD in Cognitive Science, Human-Computer Interaction, or related neuroscience field
- 5+ years in UX research with demonstrated work on emerging interface technologies
- Proficiency in quantum computing principles and quantum-encrypted data analysis
- Published research in neural interface design or brain-computer interaction
- Expertise in biometric feedback systems and EEG pattern recognition
- Experience with AR/VR development environments (Unity/Unreal Engine)
- Strong background in ethical AI development and neuro-privacy frameworks
- Portfolio showcasing 3+ neural interface prototypes or neuro-UX projects