MMAARS-Nautilus Ops provides tiered Analog Aquanautics Training Programs (AATP Levels 1-3) that combine virtual learning with in-person underwater missions. Training progresses from foundational theory to partial-fidelity I.C.E.E. field operations and culminates in full mission immersion in high-fidelity underwater habitats.
Primary operations are based in Lancaster, CA, with additional deployments and facilities in the Florida Keys (USA), Malvern (UK), and other global virtual and oceanic locations.
The platform embeds agentic AI systems and digital twin frameworks for real-time decision support, predictive modeling, anomaly detection, and adaptive risk management during underwater and analog space missions.
Yes. MMAARS-Nautilus Ops offers customized aquanautics skill workshops and mission-based training packages tailored to individual or team operational goals and expertise levels.
The leadership team includes analog astronaut and physician-scientist Dr. Susan Jewell, hyperbaric and dive medicine expert Dr. Joseph Dituri, and aviation/human factors expert Dame Emmy Jewell. Their combined expertise spans analog missions, hyperbaric medicine, human factors, AI-enabled telemedicine, and extreme environment operational leadership.
All missions are governed by rigorous safety protocols, medical oversight by experts in hyperbaric and dive medicine, operational risk management, and ethical research governance to ensure participant well-being in isolated, confined, and extreme environments.
Participants include space agency personnel, commercial space crews, ocean researchers, defense and emergency response teams, biomedical researchers, AI and robotics developers, academic institutions, environmental organizations, and impact investors.
MMAARS-Nautilus Ops provides shared research infrastructure access, collaborative mission control platforms, and joint mission frameworks to enable interdisciplinary research and technology validation in realistic analog environments.
Key initiatives include marine ecosystem impact assessments, sustainable exploration practices, conservation strategy development, habitat restoration planning, and ongoing habitat monitoring programs integrated into mission design.
Yes. MMAARS-Nautilus Ops utilizes a hybrid online - in-person model, offering virtual simulations, remote mission planning exercises, and preparatory modules to increase accessibility and prepare participants for immersive field deployments.
MMAARS-Nautilus Ops focuses on mission-based, high-fidelity analog aquanautics training with progressive operational fidelity, integrating AI systems, space life sciences, and real-world underwater habitat missions rather than recreational diving or classroom-only instruction.
By providing documented mission experience, certification preparation courses, and interdisciplinary research participation, MMAARS-Nautilus Ops helps trainees develop transferable skills and credentials valued in aerospace, defense, ocean science, and frontier technology sectors.
Research spans multi-omics, space life sciences, biomedical sensor validation, AI-enabled mission systems, environmental monitoring, pharmacology, and human performance under isolated, confined, and extreme conditions.
The platform aligns with NASA's Artemis Program, commercial lunar and Martian settlement efforts, and international ocean conservation goals by treating underwater habitats as analogs for space habitats and embedding environmental stewardship into mission design.
Partner technologies include AI mission planning tools, digital twins, biomedical sensors, wearables, robotics, environmental monitoring devices, telemedicine systems, and novel therapeutics validated under realistic operational constraints.
Yes. Certification preparation courses are available to equip participants with the knowledge and skills required to excel in industry-standard aquanautics certification exams.
Programs are designed and overseen by experts with multidisciplinary credentials, follow evidence-informed protocols, incorporate multi-omics and space medicine frameworks, and maintain strict research governance and ethical standards.
Prerequisites vary by program level but typically include foundational knowledge or experience in diving or related fields for advanced levels; virtual modules help prepare newcomers. Detailed entry criteria are provided per program to ensure safety and readiness.