Projects

These projects represent our commitment to grounding our approach in evidence based solutions rooted in research, where senses, brains and bodies align.

Attention Flow Training™

Embodied attention frameworks integrating perceptual-motor learning, somatosensory integration, and neuromusic-driven flow

  • Designed the full sensory framework and choice architecture supporting embodied attention practices within Lumina Labs™.

  • Developed multi-sensory attention flows using perceptual-motor learning and neuroaesthetic flow principles.

  • Mapped neural attention pathways to integrate somatosensory inputs with attentional state regulation.

  • Prototyped environmental setups combining music, spatial cues, and breath rhythms to trigger embodied flow states.

  • Designed behavioral loops and decision points to guide participants through dynamic, immersive attention training.

  • Created a scalable methodology for restoring attentional rhythms, improving sensory integration, and enhancing cognitive-emotional regulation through movement-based frameworks.

Seasonal Attention Resets™

Environmental neuroscience + attention restoration theory applied to immersive big-nature experiences

  • Led the experience architecture and environmental flow design, applying neuroscience-based principles to multi-day natural immersions.

  • Applied attention restoration theory to design seasonal reset rituals grounded in big-nature environments.

  • Developed multi-sensory experience maps connecting environmental stimuli (soundscapes, light patterns, textures) with neural recovery responses.

  • Integrated art theory and environmental psychology to curate visual-perceptual triggers that support deep restoration.

  • Designed frameworks balancing guided choice points and spontaneous sensory exploration to recalibrate attentional capacity.

  • Helped participants reduce cognitive load, regulate emotional states, and retrain attentional rhythms by leveraging the restorative effects of nature-driven neuroaesthetics.

Urban Immersion

Challenges™

Blending neuroaesthetics, neurogastronomy, and sensory thresholds to recalibrate perception in urban settings

  • Designed multi-sensory immersion frameworks to help participants navigate high-stimulation environments while preserving focus and sensory balance.

  • Integrated neuroaesthetic principles with urban environmental design to curate visual, auditory, and tactile sensory layers.

  • Applied neurogastronomy and flavor perception science to prototype culinary-based attention recalibration rituals.

  • Designed progressive sensory thresholds to guide participants through structured exposure while supporting attentional flexibility.

  • Built real-time feedback loops to help participants monitor and adapt their sensory states in dense, dynamic environments.

  • Enabled participants to retrain attentional control, manage sensory overload, and heighten perceptual awareness within complex urban contexts.

The Vagal Leadership Method™

Nervous system science + behavioral design for adaptive leadership and executive resilience

  • Developed the physiology-based behavioral framework that integrates choice architecture, sensory regulation, and executive decision design.

  • Combined cardiopulmonary exercise physiology with applied vagal science to map stress-response thresholds.

  • Designed behavioral systems linking real-time physiological feedback to leadership decision-making strategies.

  • Built adaptive training flows incorporating zone-2 cardio, controlled breathwork, and micro-regulation rituals.

  • Developed decision support models that help leaders sustain focus, adaptability, and resilience under high cognitive load.

  • Equipped executives and founders with tools to optimize nervous system regulation, improve decision quality under stress, and sustain high-performance leadership capacity.

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