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Blattner Company

Builds infrastructure and renewable energy projects

Lead Engineer – Instrumentation & Controls - Instrumentation & Controls, Gas Power Generation

Controls & Automation EngineeringConfirmed live in the last 24 hours
Full-timeRemote in USA

About the Job

Requirements

  • 10+ years of progressive engineering experience in instrumentation and controls design for industrial projects, with strong preference for power generation.
  • At least 5 years of experience with instrumentation, controls, and communications specification, procurement, installation, and commissioning.
  • A bachelor's degree in engineering or a related field from an ABET-accredited college is required, or relevant equivalent industry experience.
  • Knowledge of reciprocating engine and gas turbine equipment and associated balance of plant equipment and applications.
  • Knowledge of multiple communication protocols and their integration, including MODBUS, Profi-Bus, and Foundation Field-Bus.
  • Familiarity with tools and programs used for instrumentation and controls programming and commissioning of balance of plant equipment, communications protocols, vibration monitoring, instrumentation programming and calibration, and transformer monitoring.
  • Familiarity with Continuous Emissions Monitoring Systems specifications, regulatory protocols, equipment, commissioning, and certification.
  • Familiarity with emissions control systems, primarily Selective Catalytic Reduction specifications, regulatory requirements, equipment, controls design, commissioning, and safety compliance.
  • Familiarity with engineering standards and best practices related to power generation.
  • Ability to influence and persuade groups toward common objectives.
  • Effective oral, written, listening, and presentation communication skills for working with owners, vendors, and employees.

Responsibilities

  • Understand client design criteria and intent, and determine how clients and the energy market are evolving on design trends, philosophy, and criteria for gas generation plant design.
  • Travel to client offices and/or project sites as required to foster client relationships, propagate ideas, and solve problems; travel increases during construction and commissioning.
  • Provide root cause analysis support for the company’s engineering and instrumentation and controls items.
  • Ensure safety standards are followed for the gas generation engineering program and the company by verifying equipment controls and protection are implemented according to design and using Management of Change as needed.
  • Ensure projects comply with applicable and prudent industry standards, including provisions for reciprocating engine and combustion turbine installations and fuel gas systems.
  • Verify the design basis for all power block instrumentation and controls through commissioning processes and documentation, and support development of those processes and documents.
  • Collaborate with and ensure integration with Blattner business units responsible for electrical design and commissioning, including protection and generation control; generator step-up and auxiliary transformers; medium voltage switchgear and collection; generator protection and synchronizing; station service and emergency power; grounding and lightning protection; cable and raceway systems; and lighting.
  • Review electrical interface design for balance of plant equipment, including fuel gas conditioning and compression, inlet air and filtration systems, lube oil and cooling systems, water treatment, emissions control equipment, fire protection and detection, and plant control system integration.
  • Stay current on new technologies and industry practices, and seek opportunities to add value through applying the best available technology to projects.
  • Support creation and maintenance of design-basis document libraries for all company segments, and ensure procurement managers are current on client and scope design bases before project estimating kick-off meetings.
  • Provide an available technical resource to support engineering leads in reviewing owner, contractor, and company scopes for completeness and identifying gaps or overlaps, particularly at interfaces among generating equipment suppliers, balance of plant vendors, and company scope.
  • Support constructability reviews of engine and turbine power block layouts, modular and skid-mounted equipment, and pre-assembled cable and conduit systems to reduce field labor and improve installation quality.
  • Support onsite instrumentation and controls requirements for plant startup, first fire, synchronization, and performance testing; ensure commissioning requirements are understood and followed; and review commissioning documents.
  • Verify complete equipment protection and controls for the power block and balance of plant.
  • Serve as the escalation point for instrumentation and controls commissioning issues, including protection and control settings, monitoring systems, controls testing, and controller interfaces.
  • Perform preliminary engineering through final review of design, installation, and commissioning for power generation block and balance of plant instrumentation and controls.
  • Review redundancy of instrumentation, controls hardware, and logic design.
  • Review winterization for instrumentation and control devices.
  • Review control loop diagrams, instrument loop diagrams, and controls narratives and logic.
  • Own controller communication protocol and interface implementation, including the distributed control system at power block level and original equipment manufacturer controllers.
  • Verify data historian configuration and representation of available data points, including internally configured points, and ensure the distributed control system provides points for the historian.
  • Mentor junior engineers and support development of internal instrumentation and controls engineering standards and design practices.
  • Read and understand instrumentation and controls project scopes in early project phases, and develop plans incorporating redundancy, reliability, and cost efficiency into each proposal.
  • Work with internal and external stakeholders to develop clear and concise instrumentation and controls scopes of work; review change implications, provide recommendations, and serve as a technical resource for preconstruction and operations teams throughout the project lifecycle.
  • Provide contract and subcontract reviews, including supplier reviews, and comments related to instrumentation and controls scope; identify opportunities to streamline work and reduce waste.
  • Adhere to the company’s cultural basics and the National Society of Professional Engineers’ code of conduct, prioritizing ‘We’ over ‘Me’.
  • Travel up to 25% of the time pre-construction and 70% during construction to project sites, client offices, and utility offices, subject to changing needs.

Desired Qualifications

  • A Professional Engineering license is preferred but not required.

About the Company

Blattner Company

Builds infrastructure and renewable energy projects

Blattner Company designs and builds critical infrastructure with a strong emphasis on renewable energy, delivering solar, wind, and energy storage projects. Using an EPC (engineering, procurement, and construction) approach, Blattner provides turnkey solutions for utilities and developers. With over 115 years of construction experience, the company blends traditional infrastructure know-how with renewable energy expertise and operates under the Quanta Services umbrella via Blattner Energy and D.H. Blattner & Sons. Its goal is to support America’s energy transition by delivering large-scale, reliable infrastructure projects that power the country’s grid.

Company size
201-500
Company stage
Not listed
Total funding
Not listed
Headquarters
Avon, MN
Founded
Not listed

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