Conduct pre-mission checks on rover systems, including power, communication, and navigation, ensuring optimal functionality for exploration.

Analyze terrain data and plan optimal routes for rover traversal, considering safety and scientific objectives.

Operate and control the rover remotely, navigating through challenging terrains and avoiding obstacles.

Collect and analyze scientific data using onboard instruments, such as spectrometers and cameras, to identify geological features.

Troubleshoot and resolve technical issues with the rover's hardware and software, ensuring continuous operation.

Maintain detailed logs of rover activities, including operational parameters, scientific findings, and system performance.

Collaborate with scientists and engineers to interpret data and refine mission objectives based on new discoveries.

Develop and implement strategies for energy management, optimizing rover performance and extending mission duration.

Participate in simulations and training exercises to improve rover operation skills and prepare for unforeseen challenges.

Monitor environmental conditions, such as temperature and radiation levels, to ensure rover safety and data integrity.

Planning and executing rover routes using sensor data and terrain maps.

Gathering scientific data using rover-mounted instruments and sensors.

Collecting soil, rock, and atmospheric samples for analysis.

Continuously monitoring rover health and performance metrics.

Diagnosing and resolving technical issues from a remote control center.

Implementing software patches and upgrades to enhance rover functionality.

Analyzing and processing images captured by the rover's cameras.

Coordinating scientific experiments and data collection activities.

Optimizing power usage to extend mission duration.

Relaying data and commands between Earth and other spacecraft.

Analyzing terrain data to identify potential hazards and areas of interest.

Calibrating scientific instruments to ensure data accuracy.