Mandate: Engineer, prototype, and test advanced Nuclear Thermal Propulsion (NTP) and Nuclear Electric Propulsion (NEP) systems based on scientific principles identified by SR, ensuring their practical application and scalability.

• Sub-Task Forces:

• - NTP System Development Unit: Designs, engineers, and tests components and sub-systems for Nuclear Thermal Propulsion engines, focusing on safety, efficiency, and reusability.

• - NEP System Development Unit: Designs, engineers, and tests components and sub-systems for Nuclear Electric Propulsion systems, including reactors, power conversion, and electric thrusters.

• - Nuclear Power Systems Integration Team: Focuses on integrating nuclear power sources for habitats and other long-duration space infrastructure.

Mandate: Develop, integrate, and test robotic platforms, AI algorithms, and autonomous control systems for space operations, manufacturing, and exploration.

• Sub-Task Forces:

• - In-Space Manufacturing & Assembly (ISAM) Robotics Unit: Engineers robotic systems for orbital assembly of space stations, spacecraft, and 3D printing of components in space.

• - Lunar & Planetary Rover Development Group: Designs and builds advanced autonomous rovers and surface mobility systems for resource prospecting, construction, and scientific exploration.

• - AI for Autonomous Navigation & Decision-Making Team: Develops Artificial Intelligence (AI) algorithms for autonomous rendezvous, docking, hazard avoidance, and real-time decision-making for complex space missions.

Mandate: Develop engineering processes and technologies for manufacturing in space and on extraterrestrial bodies, specifically leveraging in-situ resources.

• Sub-Task Forces:

• - Space 3D Printing & Fabrication Unit: Develops and engineers advanced 3D printing systems for various materials (metals, polymers, regolith) suitable for space and lunar environments.

• - Lunar Resource Processing Engineering Group: Designs and tests engineering systems for extracting water, metals, oxygen, and construction materials from lunar regolith and ice.

• - Closed-Loop Manufacturing Systems Team: Engineers systems for recycling and reusing materials in space, minimizing waste and dependence on Earth-based resupply.

Mandate: Engineer and develop advanced sensors, communication systems, and data processing capabilities for enhanced space awareness, mission control, and deep space communication.

• Sub-Task Forces:

• - Quantum Communication & Cryptography Unit: Engineers systems for secure, long-distance quantum communication for sensitive data transmission.

• - Advanced Imaging & Remote Sensing Group: Develops high-resolution imaging systems, spectral sensors, and lidar for Earth observation, planetary mapping, and space situational awareness.

• - Adaptive Communications Networks Team: Designs and implements flexible, resilient communication networks capable of adapting to varying distances, data rates, and interference in space.

Mandate: Develop and integrate Extended Reality (XR) technologies (Virtual Reality, Augmented Reality, Mixed Reality) and advanced human-machine interfaces for training, mission control, design, and operational visualization.

• Sub-Task Forces:

• - VR/AR Training & Simulation Unit: Develops immersive training environments for astronauts and ground crews, simulating space operations and emergency procedures.

• - Human-Machine Interface (HMI) Design Group: Focuses on intuitive and efficient interfaces for spacecraft cockpits, mission control centers, and robotic operations.

• - Data Visualization & Digital Twin Team: Creates XR applications for visualizing complex space data, designing structures, and operating digital twins of space assets.

Mandate: Design, engineer, prototype, and test advanced systems and equipment specifically for astronauts, including next-generation space suits for various environments (EVA, lunar surface, planetary surface).

• Sub-Task Forces:

• - Space Suit Design & Development Unit: Focuses on the architectural design, mobility, and life support integration for advanced space suits.

• - Life Support & Thermal Control Systems (Suit-Specific) Group: Engineers miniature life support systems, thermal regulation, and waste management for portable astronaut equipment.

• - Ergonomics & Human Factors Integration Team: Ensures suits and equipment are optimized for astronaut comfort, performance, and safety, considering biomechanics and operational demands.

• - Materials & Manufacturing (Suit-Specific) Unit: Develops and tests specialized materials and manufacturing processes for durable, flexible, and radiation-resistant space suit components.