Building on our past. Support the design and specification of instrumentation and control systems used in industrial facilities, including:
Contribute to or review P&IDs, control narratives, cause-and-effect diagrams, loop diagrams, and instrument specifications
Support the design and specification of industrial telecommunications and operational technology (OT) infrastructure, including:
Contribute to defining project scope, execution strategies, schedules, and resource plans Participate in technical risk management, design change management, and project reviews Support procurement activities, vendor technical evaluations, construction support, and commissioning
Support the development of best practices and engineering excellence across project teams
Provide technical leadership for electrical, instrumentation, controls, and industrial communications engineering across multiple projects
Guide the development and review of complete engineering design deliverables that support safe, efficient, and constructible facilities
Strong understanding of electrical power systems, instrumentation, control systems, and industrial communications infrastructure
Experience supporting engineering, procurement, and construction activities within industrial or infrastructure environments
Familiarity with relevant engineering codes and standards such as IEEE, NEC, IEC, NFPA, ISA, API, and ASME
Experience with engineering and design tools such as:
Experience with similar or equivalent engineering tools will also be considered.
Bachelors degree in Electrical Engineering, Controls Engineering, or a related engineering discipline is required.
12+ years of progressive engineering experience, including design and technical leadership responsibilities on complex projects is required.
Experience leading or contributing to multidisciplinary engineering teams is required.
Ability to communicate technical concepts clearly with clients, stakeholders, and project teams is required.
Professional Engineer (PE) license in the US (strong preference).
Masters degree in Electrical Engineering, Controls Engineering, or a related field preferred.