I&C Engineer II: Water & Wastewater Automation

W.M. Lyles Co

Sacramento (CA)

On-site

USD 80,000 - 110,000

Full time

14 days+

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Job summary

Advanced Integration & Controls in California seeks an interdisciplinary engineer to lead and support automation system design for water and wastewater projects, including control panels, wiring, MCCs, and communication networks. You will translate plans into detailed engineering deliverables and collaborate across PM, Production, Purchasing, and Field Services.

The role requires a Bachelor's in electrical/controls/industrial or computer engineering, 1–4 years in automation design, proficiency

Qualifications

Bachelor's degree in electrical, controls, industrial, or computer engineering, or related field.
Minimum of 1-4 years of experience in design analysis of automation systems.
Proficient knowledge of PLCs and SCADA.
Knowledge of the Water and Wastewater Treatment Process.
Ability to interpret process & instrumentation diagrams, electrical schematics and construction drawings.
Manage multiple priorities in a fast-paced, deadline-driven environment.
Ability to negotiate, persuade and work collaboratively with customers and staff.
Self-motivated and able to work autonomously and meet deadlines.
Excellent written and verbal communication skills.
Ability to work on an active construction site.
Knowledge of Health, Safety and Environment standards.
Familiarity with industry standards, regulatory requirements, quality systems, and lean manufacturing.
Strong understanding of NEC, OSHA, NFPA 70E/820 and industry standards.
Excellent organizational skills.
Proficiency in AutoCAD Electrical.
Proficiency in Microsoft Office.
Knowledge of Bluebeam Revu.
Design-Build experience preferred but not required

Responsibilities

Participate lead review meetings during Pre‑Sales and Initiation phases to assess project scope, constraints, risks, customer requirements and resource needs.
Develop project‑specific work breakdown structures and cost setup forms.
Interpret customer specifications and plans and translate them into defined engineering scope and deliverables.
Develop detailed engineering documentation including single‑line and three‑line diagrams, panel elevations, general arrangements, communication diagrams and wiring schematics.
Perform electrical‑related calculations.
Prepare and review Electrical Distribution and Controls (EDC) submittal packages, including marked‑up specifications, deviation lists, drawings, and bills of material.
Develop Field Instrumentation (FI) submittal packages, including instrumentation data sheets, component selections, and cut sheets.
Prepare and submit Release to Production packages upon customer approval of design submittals.
Draft and compile Seismic Anchorage Calculations reports and submittals, coordinating with structural engineers as needed.
Create Interconnect Diagrams and Loop Diagrams to support installation and commissioning activities.
Prepare and review Factory and Field Test Plans to validate hardware and software deliverables.
Apply redlines from factory and field testing to ensure documentation reflects as‑built and as‑installed conditions.
Provide training plans to support customer requirements.
Compile and submit Operation and Maintenance (O&M) manuals, coordinating with other disciplines to gather required documentation.
Update company database with final project documentation, including redlines and lessons learned.
Complete/support all phases of engineering process to ensure timely approvals and manufacturing drawings.
Lead third‑party companies to convert engineering concepts into working schematics.
Provide technical support during workshops, project meetings, and customer‑facing design reviews.
Support field personnel during startup and commissioning activities, resolving design issues as needed.
Occasional on‑site support and investigation.
Assist with warranty support and address scope changes with agility and professionalism.
Coordinate with Automation Engineering, Production, and Field Services for seamless integration.
Attend formal training, review industry publications to develop new skills.
Maintain personal billable rate of 80%.
Commit to Zero Accident Culture by implementing site safety protocols and OSHA standards.