Job Description
Join Nexus Innovations at the forefront of 2026's digital revolution. We're seeking a visionary Quantum UX Researcher to pioneer human-centered design for next-generation neural interfaces. This role bridges cutting-edge neuroscience with intuitive UX, shaping how humanity interacts with AI consciousness. You'll lead cross-disciplinary teams in creating empathetic experiences for our quantum computing platforms while ensuring ethical implementation of emergent technologies.
Our lab operates at the intersection of biometric sensing, predictive analytics, and augmented reality. You'll prototype immersive experiences that anticipate user needs before they manifest, using real-time neurofeedback loops. This is your chance to redefine human-machine collaboration in the quantum era.
Responsibilities
- Design neuro-UX studies for quantum consciousness interfaces using fNIRS and EEG technologies
- Lead cross-functional sprints with AI engineers and neuroscientists to develop predictive UX models
- Create empathetic AR/VR prototypes with real-time biometric adaptation capabilities
- Develop ethical frameworks for quantum interaction design incorporating neurodiversity principles
- Analyze quantum-entangled user behavior datasets to identify emergent interaction patterns
- Present findings to C-suite stakeholders using immersive data visualization platforms
- Mentor junior researchers in quantum UX methodologies and neuro-ethical standards
Qualifications
- PhD in Cognitive Neuroscience or Human-Computer Interaction with quantum computing specialization
- 5+ years UX research experience with AR/VR and neural interface technologies
- Proficiency in quantum UX tools (Q-UX Lab, NeuroSynth Designer) and Python for quantum data analysis
- Published research in quantum cognition or neuro-UX design (IEEE ACM proceedings preferred)
- Certification in Quantum Ethics from MIT Quantum Center or equivalent institution
- Portfolio demonstrating 3+ quantum interaction prototypes with biometric adaptation
- Experience leading cross-disciplinary teams in emergent technology environments
- Deep understanding of quantum decoherence effects on user cognition