Grid Monitoring and Control Management

1. Provide technical leadership on grid planning. 2. Leverage AI and digital tools to review project proposals and development plans, recommending strategies to address the impacts of forecasted long-term energy demand and distributed generation supply. 3. Leverage AI and digital tools to manage transmission and/or distribution projects by reviewing progress reports and identifying methods to enhance asset management. 4. Lead the development of grid planning and strategies to achieve asset management practice 5. Lead technical capability development programs and on-the-job training.

1. Leverage AI and digital tools to oversee and control the grid network on a day-to-day basis, ensuring stable and efficient operation based on inputs from other operational functions. 2. Work closely with asset information and other operational teams to adjust system parameters to maintain optimal grid performance and stability 3. Oversee technicians in performing routine maintenance, troubleshooting, and resolving operational issues. 4. Leverage AI and digital tools to continuously monitor grid control systems for any deviations or issues, making real-time adjustments as necessary 5. Respond to system alerts and alarms, diagnosing issues and coordinating with the team to resolve incidents promptly 6. Leverage AI and digital tools to review and document incidents and system changes, including root cause analysis and corrective measures taken.

1. Extract and monitor real-time data from SCADA systems to assess the operational status of equipment, detect anomalies and ensure optimal system performance. 2. Collaborate with other departments to adjust SCADA system parameters ensuring grid stability and conducting maintenance when needed. 3. Leverage AI and digital tools to analyse data produced by sensors to assess grid conditions, detect anomalies, and respond to operational changes. 4. Utilise digital tools to configure SCADA system parameters and settings to align with operational requirements and grid conditions. 5. Respond promptly to system alerts and alarms, diagnosing issues and implementing corrective actions to minimize disruptions. 6. Utilise AI tools to document and report incidents, including root cause analysis and resolutions.

1. Leverage AI and digital tools to develop and implement HSE plans and programmes to meet organizational and statutory requirements, addressing plant safety concerns and conducting incident analysis. 2. Manage safety audits, including closure of dispositions and preparation of safety walkabout schedules. 3. Leverage digital tools to oversee HSE activities, ensuring compliance with regulations, and conducting programmes with staff and subcontractors. 4. Investigate safety incidents, monitor HSE implementation across departments, and track performance targets. 5. Leverage digital tools to control the HSE budget and implement strategic decisions and directions for the HSE section. 6. Develop and implement emergency preparedness and response plans for catastrophic scenarios

1. Leverage AI and digital tools to develop, implement, and monitor safety procedures and policies to ensure compliance with industry regulations and standards. 2. Leverage AI and digital tools to perform risk assessments to identify potential hazards and implement control measures to mitigate risks. 3. Provide HSE training and awareness programs to employees and contractors to promote a culture of safety. 4. Lead investigations into incidents, accidents, and near-misses to determine root causes and develop preventive measures. Maintain records and reports of all incidents for analysis and reporting. 5. Leverage AI and digital tools to ensure compliance with local, national, and international HSE regulations and standards. 6. Develop and implement emergency preparedness and response plans for catastrophic scenarios

1. Utilise digital tools to prepare preliminary designs of conceptual infrastructural layouts and routings for transmission and distribution. 2. Utilise AI tools to support the forecasting of power demands and distributed generation supply. 3. Leverage AI and digital tools to contribute to the preparation of transmission grid development plans. 4. Supervise site surveys and investigates minor grid incidents. 5. Develop staff through on-the-job training and coaching.