Lead Instrumentation and Controls Engineer - Lead Systems Engineer

Honeywell•Houston, TX

2d•Hybrid

About The Position

The Lead Instrumentation and Controls Engineer owns the end-to-end instrumentation and controls design of integrated gas skid and station solutions that support safe, reliable fuel-gas supply for mission-critical data center gas power infrastructure. Fuel gas skids and station solutions include fuel gas conditioning skids, gas flow metering skids, pressure regulation and monitoring skids and gas composition analysis stations. This role delivers safe, reliable, constructible, and cost-effective designs for large projects. The engineer integrates gas metering, pressure regulation, gas-quality analysis, fixed gas detection, flow computing, and process instrumentation to ensure dependable fuel-gas supply, accurate energy measurement, protection of critical equipment, and continuous operational visibility. Success in this role is demonstrated through delivering complete and accurate design packages on schedule while ensuring compliance with customer, safety, quality, and regulatory requirements; minimizing design-related rework during fabrication, installation, and commissioning; effectively managing technical risk, scope, cost, schedule, and interfaces; achieving successful factory and site acceptance with reliable system performance; and driving continuous improvements through standardization, design reuse, and enhanced engineering efficiency.

Requirements

Bachelor’s degree in Controls Engineering, Instrumentation Engineering, or a closely related discipline.
6 or more years of experience supporting complex, multidisciplinary capital projects with accountability for design, technical scope, schedule, cost, quality, and risk.
Progressive experience designing industrial instrumentation and control systems for packaged equipment, process skids, metering or regulation stations, power generation, energy infrastructure, or comparable engineered-to-order solutions.
Ability to read and develop piping and instrumentation diagrams, control narratives, cause-and-effect matrices, I/O lists, instrument data sheets, loop diagrams, wiring drawings, and system architecture documents.
Understanding of natural-gas flow measurement, pressure regulation, gas-quality analysis, detection, and pressure and temperature compensation.
Knowledge of applicable safety practices, hazardous or classified-location design principles, and engineering codes and standards.
Experience supporting multidisciplinary projects through design, procurement, fabrication, testing, installation, and commissioning.
Strong technical writing, problem-solving, stakeholder-management, and decision-making skills.
Ability to manage multiple priorities and travel to supplier, customer, fabrication, and project sites as required.

Nice To Haves

Experience with natural-gas metering and regulation stations, fuel-gas systems for reciprocating engines or gas turbines, data center critical infrastructure, or mission-critical facilities.
Familiarity with applicable ISA, IEC, API, AGA, and customer-specific requirements.
Experience with control-system software development, simulation, testing, and version control.
Experience with modular, prefabricated, or engineered-to-order equipment and supplier integration.
Professional Engineer licensure, Engineer-in-Training certification, Certified Automation Professional credential, or equivalent technical certification.

Responsibilities

Own instrumentation and controls design and technical execution for large gas skid or station projects supporting data center applications.
Translate customer specifications, process requirements, mechanical designs, equipment data, and site constraints into an integrated controls solution.
Develop and maintain the controls design basis, control philosophy, functional specifications, control narratives, cause-and-effect matrices, I/O lists, instrument indexes, data sheets, loop drawings, wiring and interconnection drawings, panel layouts, network architecture, cable schedules, and bills of material.
Specify and integrate gas flow meters, flow computers, pressure-control regulators, safety valves, gas-quality analyzers, fixed gas-detection systems, pressure and temperature transmitters, actuated valves, control panels, PLC or DCS hardware, HMI interfaces, and communications equipment.
Design control, alarm, interlock, permissive, shutdown, and monitoring strategies that support safe operation, reliable gas delivery, accurate measurement, equipment protection, and rapid fault diagnosis.
Define data and communications interfaces with generator packages, facility controls, supervisory systems, and remote monitoring platforms using appropriate industrial protocols.
Coordinate hazardous-area requirements, functional-safety considerations, equipment ratings, grounding, power, signal segregation, cybersecurity requirements, and environmental conditions with the responsible engineering and safety authorities.
Lead design reviews, technical clarifications, risk assessments, interface reviews, and constructability discussions with customers and multidisciplinary project teams.
Review supplier proposals, calculations, drawings, software documentation, and technical submittals for compliance with project specifications, quality expectations, schedule, and cost targets.
Develop and execute verification and validation plans, including software simulation, panel inspection, loop checks, factory acceptance testing, site acceptance testing, commissioning, and performance testing.
Support fabrication, installation, startup, troubleshooting, punch-list closure, training, and turnover to operations.
Manage technical scope, schedule commitments, risks, assumptions, changes, and configuration control while maintaining accurate project documentation.
Drive standardization, modularization, lessons learned, and continuous improvement across the gas skid and station portfolio.