For a new HVDC project in Europe, we are looking for a
Project Controller
who will be supporting the Lead Project Controls to execute the project as per the elaborated strategy and maintain the project on time and within the budget. The candidate will be part of the HVDC Project Controls team catering to global HVDC project requirements. The Project Controller will be responsible for delivering the Planning and Costing of HVDC Scope of work as a part of the overall HVDC Project work. Responsibilities:
Develop tender schedules using the established tools and processes and challenge the team to ensure schedule risk is managed with a balance of competitive offering aligned to historical performance. Develop and maintain the single project schedule representing the entire project by integrating inputs from all functions, units, and third parties contributing to the project. Ensure proper linkages in the schedule to show all interdependencies between contributing parties. Ensure functional owners sign off on commitments and are made accountable for their dates. Work collaboratively with the overall project planning team to ensure optimal alignment of the schedule with the overall schedule. Deliver a high-quality schedule aligned with global standards to ensure the project is accurately represented. Maintain the schedule throughout the entire project obtaining inputs from all project contributors. Drive regular operating rhythm with the project team to review schedule status and operating rhythm. Challenge functional owners on forecast completion dates to ensure dates are realistic. Provide schedule analysis to forecast schedule risk and opportunities using available tools and experience. Provide look ahead, backlog, and future late reporting with prioritizations to clearly communicate potential and real risk and drive the project priorities. Generate 'what if' scenarios to optimize execution and work with project teams to evaluate feasibility. Provide strategies to mitigate risks. Drive functional owners to mitigate risks and follow up with functional owners on risk mitigation actions. Provide and communicate regular status reporting. Provide contractually required customer reporting and communicate directly with customers on scheduling matters. Qualifications:
Analytical skills to use data to forecast outcomes. Clear communicator with strong communication and influencing skills. Primavera skills. Cost management skills. GE is globally recognized for designing, manufacturing, and delivering customized HVDC solutions for utilities worldwide. With over 130 years of pioneering experience, GE offers two HVDC technologies, Line Commutated Converters (LCC) and Voltage Source Converters (VSC), to support a broad range of applications and deployable in different schemes including overhead line (point to point), back to back, submarine/land cable, and offshore. Every HVDC solution is tailored and designed based on a project-by-project assessment of the customers' individual requirements, whether it's for connecting offshore wind generation, long distance power transmission, or energy trading between independent networks.
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Project Controller
who will be supporting the Lead Project Controls to execute the project as per the elaborated strategy and maintain the project on time and within the budget. The candidate will be part of the HVDC Project Controls team catering to global HVDC project requirements. The Project Controller will be responsible for delivering the Planning and Costing of HVDC Scope of work as a part of the overall HVDC Project work. Responsibilities:
Develop tender schedules using the established tools and processes and challenge the team to ensure schedule risk is managed with a balance of competitive offering aligned to historical performance. Develop and maintain the single project schedule representing the entire project by integrating inputs from all functions, units, and third parties contributing to the project. Ensure proper linkages in the schedule to show all interdependencies between contributing parties. Ensure functional owners sign off on commitments and are made accountable for their dates. Work collaboratively with the overall project planning team to ensure optimal alignment of the schedule with the overall schedule. Deliver a high-quality schedule aligned with global standards to ensure the project is accurately represented. Maintain the schedule throughout the entire project obtaining inputs from all project contributors. Drive regular operating rhythm with the project team to review schedule status and operating rhythm. Challenge functional owners on forecast completion dates to ensure dates are realistic. Provide schedule analysis to forecast schedule risk and opportunities using available tools and experience. Provide look ahead, backlog, and future late reporting with prioritizations to clearly communicate potential and real risk and drive the project priorities. Generate 'what if' scenarios to optimize execution and work with project teams to evaluate feasibility. Provide strategies to mitigate risks. Drive functional owners to mitigate risks and follow up with functional owners on risk mitigation actions. Provide and communicate regular status reporting. Provide contractually required customer reporting and communicate directly with customers on scheduling matters. Qualifications:
Analytical skills to use data to forecast outcomes. Clear communicator with strong communication and influencing skills. Primavera skills. Cost management skills. GE is globally recognized for designing, manufacturing, and delivering customized HVDC solutions for utilities worldwide. With over 130 years of pioneering experience, GE offers two HVDC technologies, Line Commutated Converters (LCC) and Voltage Source Converters (VSC), to support a broad range of applications and deployable in different schemes including overhead line (point to point), back to back, submarine/land cable, and offshore. Every HVDC solution is tailored and designed based on a project-by-project assessment of the customers' individual requirements, whether it's for connecting offshore wind generation, long distance power transmission, or energy trading between independent networks.
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