Instrumentation Engineer IV

Quanta Power Solutions, LLC•Hoover, AL

About The Position

Quanta Power Solutions is seeking a senior-level Instrumentation Engineer IV to lead the design, development, and implementation of instrumentation, controls, and automation systems for power generation, renewable energy, battery energy storage systems, data centers, substations, transmission, and industrial infrastructure projects. The role independently executes complex engineering assignments, provides technical leadership, and supports multidisciplinary EPC teams from conceptual design through commissioning and startup. The position leads instrumentation and control system design, including development and review of engineering documentation and specifications, field instrument selection, and ensuring compliance with client requirements and applicable standards. It also leads integration of PLC, DCS, SCADA, and HMI systems; develops control architectures and automation strategies; and supports cybersecurity and industrial network reliability. The engineer serves as a technical lead, performs complex analyses and reviews, establishes engineering standards, and advises project teams and clients. Responsibilities span project execution, multidisciplinary coordination, construction and commissioning support, quality and compliance, and mentorship of junior engineers. Travel of up to 25% may be required for meetings, site visits, commissioning, client interactions, and field support.

Requirements

Bachelor’s degree in Electrical Engineering, Mechanical Engineering, Chemical Engineering, Control Systems Engineering, or a related engineering discipline.
Minimum 8–12 years of instrumentation and controls engineering experience.
Experience supporting EPC projects in power generation, industrial, utility, renewable energy, or infrastructure sectors.
Advanced knowledge of industrial instrumentation and process control systems; PLC, DCS, SCADA, and HMI platforms; industrial communication protocols and network architectures; process automation and control strategies; safety instrumented systems; and instrument installation and commissioning practices.
Experience with instrument indexes and I/O databases, loop diagrams and wiring schematics, P&IDs and process control documentation, cause and effect matrices, control system architecture development, and functional design specifications.
Strong understanding of ISA standards, NEC, NFPA, IEEE, applicable industry standards, and industrial cybersecurity principles.
Proficiency with AutoCAD, SmartPlant Instrumentation, Aveva Instrumentation or similar platforms, and Microsoft Office Suite.
Strong leadership and technical decision-making abilities; analytical, troubleshooting, and problem-solving skills; written and verbal communication; organization and project management; and ability to manage multiple priorities in a fast-paced EPC environment.
Ability to interact effectively with clients, vendors, and project teams, and commitment to safety, quality, and engineering excellence.
Ability to travel up to 25% for project meetings, site visits, commissioning activities, client interactions, and field support.
Ability to sit, stand, or walk for extended periods and work in active industrial facilities, power plants, construction sites, and outdoor environments.

Nice To Haves

Engineer-in-Training (EIT) certification.
Professional Engineer (PE) license or actively pursuing licensure.

Responsibilities

Lead design and development of instrumentation and control systems for power generation, industrial, renewable energy, and infrastructure projects.
Develop, review, and approve instrument indexes and I/O lists; instrument data sheets and specifications; control system architecture diagrams; loop and wiring diagrams; cause and effect matrices; functional design specifications; control narratives and operating philosophies; instrument installation details; and P&ID reviews and instrumentation markups.
Specify and evaluate field instrumentation, including pressure, temperature, flow, and level instruments; analytical instrumentation; control valves, actuators, and positioners; safety instrumented systems; and process monitoring and control devices.
Ensure designs comply with client requirements, project specifications, company standards, and applicable industry standards, codes, and regulations.
Lead development and integration of PLC, DCS, SCADA, and HMI systems.
Develop control system architectures, communication networks, and automation strategies; guide control logic development and programming requirements; and support cybersecurity and industrial network reliability initiatives.
Coordinate control system integration with electrical, process, and mechanical systems, and evaluate emerging automation technologies.
Serve as the technical lead for instrumentation and controls engineering; conduct complex analyses and technical evaluations; review vendor packages and designs; develop standards and best practices; and support troubleshooting and root cause analysis.
Provide technical recommendations to project managers, clients, and leadership teams.
Lead instrumentation engineering through conceptual design, detailed engineering, procurement, construction, startup, and commissioning.
Develop project scopes, budgets, schedules, and engineering estimates; review deliverables; support planning and resource allocation; participate in client meetings and design reviews; and communicate risks, scope changes, and mitigation strategies.
Coordinate designs with electrical, mechanical, process, civil, structural, and construction teams; lead interdisciplinary design reviews and constructability assessments; resolve complex interface issues; and ensure facility-wide system integration.
Provide senior engineering support during construction, startup, and commissioning; lead FAT, SAT, and system validation; support loop checks, calibration, functional testing, and troubleshooting; respond to RFIs and field issues; and support commissioning plans, turnover documentation, and operational readiness reviews.
Mentor Instrumentation Engineer I, II, and III personnel; guide designers and engineering support staff; support recruiting, onboarding, and training; promote safety and continuous improvement; and assist with departmental standards and procedures.
Perform technical reviews and approvals, maintain engineering documentation and revision control, and support continuous improvement and lessons-learned programs.