Job Description
Join NeuroSync Technologies at the forefront of human-computer interaction evolution. We're seeking a visionary Quantum UX Designer to architect immersive interfaces for our 2026 neural interface platform. This role merges cognitive science, quantum computing principles, and emotional intelligence to redefine how humans interact with AI. You'll collaborate with neuroscientists and quantum engineers to build intuitive experiences that anticipate user needs before they're consciously perceived.
Our Austin hub operates at the intersection of biotechnology and quantum mechanics, offering unparalleled resources to pioneer the next generation of human-AI symbiosis. We provide competitive equity packages, unlimited learning stipends, and a state-of-the-art neuro-ergonomic lab where your designs will be tested with real-time neural feedback.
Responsibilities
- Design quantum-entangled user interfaces that adapt to subconscious neural patterns
- Develop empathy-driven interaction models using biometric and emotional data streams
- Lead cross-disciplinary sprints with quantum computing and neuro-engineering teams
- Prototype haptic and sensory feedback systems for quantum-enhanced experiences
- Architect ethical frameworks for predictive user interaction design
- Validate neural interface prototypes using fMRI and EEG integration
- Document quantum UX methodologies for patentable interaction patterns
Qualifications
- 5+ years in UX design with advanced degrees in Cognitive Science or Human-Computer Interaction
- Portfolio demonstrating quantum computing interface concepts or neural interface projects
- Proficiency in quantum UX tools like Qiskit UI or Cirq Design Framework
- Certification in Neuro-Interaction Design (NID) from accredited institutions
- Experience with biometric data visualization and emotional AI integration
- Published research in quantum-human interaction or cognitive augmentation
- Mastery of quantum state visualization tools and neural feedback systems
- Demonstrated expertise in ethical AI design frameworks and neuro-privacy protocols