This module provides participants with the fundamental knowledge required to understand the purpose and value of analog missions as preparation for human space exploration. Participants are introduced to the concept of analog missions, their role in research, astronaut training, technology validation, and operational testing. The module also explores the diversity of analog habitats around the world, comparing their architectural concepts, mission objectives, and research capabilities.

Using LunAres as a case study, participants become familiar with the infrastructure of a professional analog habitat, including habitat systems, laboratories, crew living spaces, Mission Control integration, technical facilities, and operational logistics. The module concludes with an introduction to the daily functioning of an analog habitat and its contribution to future lunar and Martian exploration.

Topics covered:

• Workshop introduction
• What is an analog mission?
• Types of analog missions
• Types of analog habitats
• Analog infrastructures with a case example of LunAres
• Habitat operations and logistics

This module focuses on how analog missions are designed, planned, and safely executed. Participants learn the principles of mission architecture, including mission planning, operational procedures, crew organization, communication protocols, scheduling, resource management, and mission documentation.

The module also introduces the role of the analog astronaut, discussing required competencies, career pathways, professional conduct, teamwork, leadership, and psychological resilience in isolated environments.

Safety is presented as a core component of mission success. Participants examine risk assessment, emergency preparedness, habitat safety systems, emergency procedures, medical response, and crew responsibilities through practical examples based on LunAres operations.

Topics covered:

• Analog mission architecture
• Mission planning and flight plans
• Crew organization and Mission Control
• Analog Astronaut Guide
• Analog mission safety
• Emergency procedures and crew training

This module introduces participants to the operational side of analog missions by examining how realistic simulation and immersion support both research and astronaut training. Participants explore the principles of immersive mission design, environmental simulation, operational realism, and human behavior studies within analog environments.

Building on this theoretical foundation, participants complete comprehensive Extravehicular Activity (EVA) training, including suit familiarization, operational procedures, safety protocols, communication, eva simulation planning, and emergency response. Multiple practical EVA simulations allow participants to progressively develop operational skills, teamwork, scientific task execution, and mission discipline within a realistic analog environment.

Topics covered:

• Simulation and immersion in analog missions
• EVA theory and preparation
• EVA safety procedures
• EVA simulation training
• Practical EVA exercises
• EVA simulation debriefings

Analog research – research announcements and coordination

The Participants will learn about the guidelines for analog research support in accordance with European-level research Announcements requirements. The LunAres team will present direct and in-direct procedures/conditions enabling high quality research execution and data collection during the mission simulations. 

Analog activities during the mission

During the workshop, there will be short introduction exercises to learn and practice basic activities organised in the biolab and workshop modules. 

This module allows participants to apply their knowledge through active participation in a four-day analog mission simulation. As crew members, they experience the daily routine of an analog astronaut, following mission schedules, carrying out operational and scientific tasks, and working within the constraints of an isolated habitat.

A central element of the module is practical Extravehicular Activity (EVA) simulation. Participants prepare for, execute, and evaluate simulated spacewalks, applying mission procedures, communication protocols, teamwork, and safety practices in a realistic operational environment.

By taking part in the mission rather than observing it, participants gain first-hand experience of crew dynamics, habitat operations, mission discipline, and the challenges of analog space exploration.

Topics covered:

• Four-day immersive analog mission simulation
• Crew roles and daily mission routines
• Habitat operations and teamwork
• Mission procedures and communication
• Practical EVA planning and execution
• Scientific and operational task participation
• Mission debriefing and evaluation