Description: As basic requirements, you must have: * Bachelor's degree in Civil Engineering; * Specialization in geotechnics; * Experience in geotechnical structures, waste rock piles, dams, deep drainage systems, retaining walls, dikes, slope regrading; You stand out if you have: * Specialization in dams; * Specialization in Hydrology. Summary Description: The Geotechnical Engineer is responsible for analyzing, managing, and evaluating solutions proposed by design firms, as well as analyzing and proposing solutions for project implementation, with a focus on activities such as mine closure, development of Decommissioning and Closure Plans (DCPs), dam reinforcement, slope regrading, and various drainage systems. This professional is involved in geotechnical risk assessment, ensuring the safety and sustainability of engineering works. Detailed Description: The Geotechnical Engineer plays a crucial role in civil engineering, especially in projects involving the interaction between structures and soil. Key responsibilities include: Mine Closure: * Develop and implement strategies for safe and sustainable mine closure, considering environmental, social, and economic aspects. * Conduct slope stability studies and assess the impact of mining activities on soil and groundwater. Decommissioning and Closure Plans (DCPs): * Prepare DCPs compliant with current regulations, ensuring site rehabilitation and mitigation of environmental impacts. * Coordinate decommissioning activities, including removal of structures and soil restoration. Dam Reinforcement: * Design and implement reinforcement solutions for dams, ensuring structural stability and safety under adverse conditions. * Perform continuous monitoring and evaluation of the geotechnical conditions of dams, proposing interventions when necessary. * Slope Regrading: * Analyze and design slope regrading to ensure stability of slopes and embankments using appropriate engineering techniques. * Assess the need for retaining structures and drainage systems to prevent landslides and erosion. Various Drainage Systems: * Design drainage systems to control groundwater and surface water levels, preventing instability and erosion issues. * Implement drainage solutions in high-risk areas such as slopes and foundations to ensure structural safety. * The Geotechnical Engineer must possess solid knowledge in soil mechanics, geology, hydrology, and monitoring techniques, as well as project management and communication skills to work effectively in teams and interact with various stakeholders. The role of this professional is essential to ensure the safety, efficiency, and sustainability of civil engineering projects. 2509170202251636750