10+ years of LM6000 gas turbine controls and PLC commissioning experience
In-depth technical experience in process instrumentation and controls
High proficiency in supporting distributed control systems and PLCs
Working knowledge of electrical equipment and systems
Ability to work outdoors in various weather conditions
Willingness to travel up to 85%, including internationally
Fluency in English required
Responsibilities
Perform testing and commissioning of LM6000 gas turbine control systems
Verify and tune plant control loops as per design requirements
Optimize process control parameters to enhance safety and efficiency
Interpret P&IDs and work with instrumentation/control equipment
Develop and implement sustainable control algorithms
Support collaboration among technical teams and vendors at project sites
Provide technical expertise during commissioning and startup efforts
Benefits
Flexible working arrangements in a remote role
Opportunities for international travel
Hands-on experience with cutting-edge technology in power generation
Professional development and skill enhancement opportunities
Engagement in high-level problem-solving in diverse environments
Full Job Description
Controls Startup Lead
Position Summary
The Controls Startup Lead is responsible for the installation, testing, and commissioning of field-based PLC and turbine control systems for LM6000 gas turbine power generation projects. This role requires deep expertise in process control, programming, and system integration, and demands frequent travel to project sites for hands-on implementation and support.
Reports To: VP Startup Services
Work Location: Remote United States
Position Responsibilities
Expert-level experience with Allen Bradley RSLogix platforms
Perform or coordinate the testing of all LM6000 gas turbine control system, indication, and annunciation loops.
Verify, modify and tune plant control loops per revised design requirements.
Demonstrates a high level knowledge in process controls including detailed understanding of the process, ability to optimize the parameters and optimize the measurable outcomes while minimizing risks of hazards.
Proficient in reading and interpreting P&IDs and working with instrumentation/control equipment in industrial environments.
Demonstrates, optimizes and instructs an expert knowledge of the control methods, analog and discrete and the critical components to developing sustainable control algorithms.
Performs programming and configuration on LM6000 Gas Turbine Controls systems.
Implement control methodologies across PLC, and HMI platforms, with proficiency in multiple programming languages and adaptability to new platforms.
Collaborate with instrument technicians, operations, maintenance, construction personnel, and vendors to provide technical assistance, field support, and guidance in solving problems and implementing improvements, at the site.
Support commissioning, startup, and construction efforts with technical expertise.
Required Qualifications
10+ years of LM6000 gas turbine controls and PLC commissioning experience.
In-depth technical experience in process instrumentation and controls, including familiarity with pressure, temperature, level and flow measurement technology.
High proficiency in supporting distributed control systems and programmable logic controllers.
Working knowledge of electrical equipment and systems.
Frequent walking, standing, bending, and working in tight or elevated spaces on active construction sites.
Must be able to work outdoors in various weather conditions
Willingness to travel up to 85%, including international travel.
Must be able to speak, read, and write English fluently.
US work authorization is a precondition of employment. The company will not consider candidates who require sponsorship for a work-authorized visa.
Successful candidate will need to satisfactorily complete pre-employment drug screen and background check.
Desired Qualifications
Familiarity with various industrial control programming and system design (GE, Woodward, Ovation, etc.).
Experience with GE aeroderivative gas turbines, programming, and sequencing.
Technical knowledge of industrial networks and communication protocols.
Ability to manage multiple projects simultaneously in a matrixed team environment.
