**Description:** Responsible for the implementation, maintenance, and optimization of automated systems in the agricultural sector. Works in the development and operation of technologies focused on mechanization, irrigation, crop monitoring, and control of agricultural machinery, aiming to increase efficiency, reduce costs, and improve productivity in the field. Provides technical support, performs fault diagnostics, and ensures proper integration between automated systems and sustainable agricultural practices. Responsibilities and duties 1\. Execution of Operational Processes and Routines **Automation Support:** Assist in the installation, calibration, and maintenance of sensors, actuators, and automated systems used in agriculture. **System Monitoring:** Support the verification of automation equipment and software operation, ensuring efficient performance. **Data Collection and Integration:** Assist in gathering and organizing data on soil conditions, weather, productivity, and agricultural machinery performance. **Basic Data Analysis:** Support initial processing and interpretation of data to generate insights and operational improvements. **Service Order Management (S.O.):** Monitor the opening, execution, and closing of service orders in the SISMA system. **Technical Reporting Support:** Contribute to the preparation of technical and operational reports to support decision-making. 2\. Focus on Results and Operational Efficiency **Goal Achievement:** Support activities aimed at improving productivity and efficiency of automated systems. **Data-Driven Decisions:** Assist in analyzing technical information to support strategic decisions. **Proactivity and Innovation:** Identify and suggest improvements in automation and data collection processes. **Performance Indicator Monitoring:** Support tracking of operational KPIs, suggesting adjustments to optimize system performance. 3\. CONTINUOUS IMPROVEMENT **Process Optimization:** Assist in identifying improvements in data collection and analysis processes. **Results Tracking:** Help monitor outcomes of implemented improvements. **Development of New Techniques:** Support the use of simple tools and techniques for data analysis. 4\. ORGANIZATION **Information Structuring:** Ensure organization and easy access to technical and operational data related to agricultural automation. **Technical Documentation:** Assist in updating, archiving, and managing documents, manuals, and technical reports. **Execution of Operational Procedures:** Support standardization and compliance with defined operational workflows for automation. **Deadline Compliance:** Work in an organized manner to ensure timely completion of assigned tasks. 5\. STANDARDS, REGULATIONS, AND PROCEDURES **Safety and Quality:** Follow technical standards and procedures to ensure safe and efficient operation of automated systems. **Compliance Support:** Assist in implementing regulatory standards and best practices in the agricultural sector. **Procedure Updates:** Contribute to keeping technical and regulatory documentation up to date. **Training and Development:** Participate in training and updates on new technologies, regulations, and industry best practices. Requirements and qualifications 1\. Agricultural Automation and Instrumentation Basic knowledge of sensors, actuators, and control systems applied to agriculture. Understanding of calibration and maintenance of automated equipment. Control Systems and Programming Understanding of basic concepts of programmable logic controllers (PLCs). Knowledge of electronics and electrical circuits applied to agricultural automation. 2\. Precision Agriculture Technologies Basic knowledge of agricultural GPS (TOPCON, GS3, GS4, Trimble), drones, remote sensing, and mapping technologies. Understanding of variable rate application principles, automated irrigation, and crop monitoring. 3\. Data Collection and Analysis Ability to collect, organize, and interpret data from agricultural sensors. Basic knowledge of spreadsheets (Excel, Google Sheets) for analysis and report generation. 4\. Maintenance and Technical Support Ability to diagnose simple faults in automated systems and suggest solutions. Knowledge of preventive and corrective maintenance of automated agricultural equipment. 5\. Workplace Safety and Standards Basic knowledge of electrical and mechanical safety standards applied to agricultural automation. Understanding of environmental regulations and best practices for operating automated systems. 6\. Communication and Technical Documentation Ability to complete technical reports and document performed activities. Capacity to follow technical manuals and operational standards. 7\. Software and Digital Tools Familiarity with agricultural monitoring and automation software (e.g., Solinftec). Experience with service order management systems (e.g., SISMA). Basic knowledge of operating systems and communication networks. 2511050202231848821