Lead Subsea Controls Engineer Job Description
As a Lead Subsea Controls Engineer, you will play a pivotal role in developing and executing scopes aligned with customer and project requirements and priorities. This entails defining Cost Time Resource (CTR) requirements for engineering planning and forecasting purposes.
Key Responsibilities:
* Developing and executing scopes in line with customer and project requirements and priorities
* Define Cost Time Resource (CTR) requirements for engineering planning and forecasting purposes
* Driving engineering and team activities to ensure timely completion
Additionally, key responsibilities include collaborating during design reviews, working with the Controlled Titles at all stages during project execution, inputting into the project risk matrix and driving mitigation activities. Furthermore, you will collaborate with key personnel to assess the manpower required for offshore installations, provide planning support, and input procedures for the offshore installations and lead the offshore teams during commissioning and start-up.
The role involves ensuring deliverables meet Customer technical specifications, regional Technical Regulations and Standards for Australia. You will also be responsible for disposition, review, and approval of product clarifications, procedures, and technical reports. Lastly, providing technical engineering support and leadership during business and non-business hours, including rota based 24-7 engineering on-call.
Requirements
To be successful in this role, you must possess a Degree in Instrumentation and Control Systems Engineering, or Industrial Computer Systems Engineering or related discipline or an equivalent combination of qualifications and relevant experience. You should also have at least +10 years of engineering experience within the subsea industry or related service organisation. Domain expertise in SCADA systems, PLC operations, Instrumentation product design and operation is also essential.
Furthermore, domain expertise in subsea control systems including but not limited to the subsea and topside Software development and communication protocols, good domain knowledge in the operational requirements associated with DCS, MCS, PCDMs, SCMs, SEMs, HPUs, XTs and umbilicals, and EPC Project and Control System Design, system test and commissioning activities from product FAT through to Control System eFAT and offshore commissioning are required.