Licensed Instrumentation and Controls Engineer

Responsibilities

• Provide firm-level technical leadership for critical I&C, SCADA, OT, control-system architecture, modernization, commissioning, resilience, and risk decisions
• Define technical direction for the I&C Team, including standards, design frameworks, reference architectures, specification strategy, review expectations, and governance methods
• Guide critical design, integration, commissioning, cutover, startup, and turnover approaches for high-risk water and wastewater projects
• Advise project managers, discipline leaders, client-service leaders, and executive leadership on technical strategy, risk posture, staffing approach, fee assumptions, and recovery actions
• Serve as a senior advisor to clients, owners, project partners, contractors, vendors, and firm leadership on complex technical issues, disputes, claims support, and failure investigations
• Establish QA/QC expectations for I&C deliverables, technical reviews, standards application, root‑cause analysis, corrective actions, and lessons learned
• Lead coordination across I&C, process, electrical, mechanical, civil, structural, operations, IT/OT, cybersecurity, vendor, contractor, and owner stakeholders on major projects
• Represent the firm externally through industry leadership, committees, technical guidance, publications, presentations, and client forums

• Bachelor’s degree in electrical engineering, chemical engineering, mechanical engineering, computer engineering, or another engineering discipline relevant to instrumentation and controls design from an ABET‑accredited program
• Active Professional Engineer license (P.E.)
• 15+ years of relevant experience in instrumentation and controls, SCADA, OT systems, automation, utilities, industrial facilities, infrastructure, or related technical design work
• Recognized technical authority with significant impact on standards, quality, governance, risk controls, and complex I&C/SCADA decisions
• Advanced knowledge of engineering drawings, specifications, P&IDs, instrument indexes, I/O lists, loop diagrams, control narratives, control architecture, instrumentation, electrical interfaces, SCADA/OT systems, commissioning, and construction documentation
• Experience defining process control and SCADA strategy for modernization, migration planning, alarms and interlocks, redundancy, telemetry, HMI requirements, cybersecurity coordination, resilience, and operational readiness
• Experience establishing QA/QC expectations, technical review practices, standards application, root‑cause analysis, corrective actions, and quality improvement
• Executive‑level communication skills with clients, leadership, project teams, contractors, vendors, and interdisciplinary stakeholders