, , united arab emirates, United Arab Emirates Unknown Posted 8 days ago
$240,000 – $480,000
Job Responsibilities
Perform engineering control solutions based on the project specification and produce Functional Design Specification Basis of Design Document and define philosophy A design authority and specialist in steam turbine speed load control extraction controls compressor anti-surge and performance controls hydraulic actuator systems generator excitation control and field instrumentation to produce specifications and testing strategies for the project
Responsible for design and approval of the project team s development and implementation of configuration and control logic Interface with customers on technical details and queries during project execution
Advise and develop test procedure and support project team s Pre-FAT test FAT test and Integrated-FAT Review project documentation ensuring all technical documents are properly documented and QA controlled
Ensure scope and technical solutions match project budgetary and schedule requirements
Ability to manage in-house teams external sub-contractors interface with remote project teams and liaise with other key stakeholders
Perform other related duties such as customer site support on assigned project and start-up activities
Acquire and maintain knowledge of Schneider Electric EcoStruxure systems including Triconex Modicon and Foxboro systems engineering processes best practices and industry standards
Lead a team of technicians engineers to carry out pre-assigned tasks during site installation and site commissioning
Lead responsibility for the technical implementation of the project resolution of all technical issues and directs the effort of the technical project team
Participate in engineering reviews of selected assigned tasks such as
Review of design documentation and drawings monitoring for quality quantity of incoming equipment and material
Review system hardware design engineering including panels cabinets etc
Review system control architecture standards
Review graphic building display configuration
Support systems staging integration and testing
Lead site activities
Complete assigned projects to meet pre-defined criteria of time cost quality and scope
Responsible for the implementation of the assigned technical portion of the project and interfaces with the customer engineering team
Provide complex application and process control engineering support including hardware engineering and software configuration for all process industry
Translate customers requirements into project requirements documents such as Functional design specifications narratives logic diagrams
Assist the Project Manager in the implementation and resolution of technical issues that are selected assigned
Provide Sales and Proposals with technical support in preparation of local and regional quotations for tendered projects
Perform all engineering procedures in accordance with the engineering procedures and QA requirements
Development of Engineering Standards and Templates to improve configuration efficiency and repeatability
Development of Schneider Electric TMC application library designs enhancements and coordination of specialist community communication and feedback on libraries
Contribute to Schneider Electric global community and Center of Practice CoP through active interaction and engagement with knowledge building and sharing
Qualifications
A professionally qualified engineer with a Degree / Master s in Electrical Engineering or related engineering discipline.
At least 10-20 years of related experience in industrial process controls, including configuration and commissioning of PLC logic solver-based applications.
Ability to design, coordinate and execute engineering designs and site-based activities for project delivery independently without higher technical support.
Ability to communicate and promote TMC within the local and regional TMC engineering and sales organizations.
Specialist knowledge of Turbomachinery Controls, Rotating Equipment Controls, Mechanical Hydraulic applications, Generator controls, industry regulations, standards, and best practice implementation.
Prior knowledge of Safety Instrumented Systems and Functional Safety aspects would be advantageous.