Systems Engineer/Energy Analyst

Seabrook Solutions Alley, Missouri, United States

Defense & Space · 201-500 employees

4 h ago

Senior (5-10 yrs) Full-time United States

About the role

The Systems Engineer/Energy Analyst is responsible for analyzing and optimizing Building Automation Systems and HVAC equipment to improve energy efficiency and operational performance. They will monitor utility consumption and develop performance reports to identify cost-saving opportunities.

What they look for

Building Automation Systems HVAC Energy Analytics Data Analysis Energy Efficiency Utility Systems Performance Monitoring KPI Development Chillers Boilers Air-handling Units VAV Systems Control Strategies Energy Reporting

Requirements

This is an incumbent-only position restricted to current employees supporting the FOMSS II Contract. Candidates must possess expertise in engineering principles, energy analytics, and the evaluation of complex building systems.

Full description

IMPORTANT NOTICE – INCUMBENT-ONLY POSITIONThis position is only open to current employees supporting the FOMSS II Contract. Applications from individuals who are not currently incumbents on this contract will not be considered.

The Systems Engineer/Energy Analyst is responsible for analyzing, optimizing, and improving the performance of Building Automation Systems, HVAC equipment, utility systems, and building energy consumption. This position uses BAS data, engineering principles, energy analytics, and system performance information to identify opportunities for improved reliability, energy efficiency, operational performance, and cost savings.

Key Responsibilities

· Analyze BAS data to evaluate HVAC, utility, and building system performance.

· Monitor and analyze energy consumption for electricity, chilled water, hot water, natural gas, and other utilities.

· Identify energy-saving opportunities through analysis of equipment operation, schedules, setpoints, sequences, and control strategies.

· Develop energy-performance reports, dashboards, trends, and key performance indicators (KPIs).

· Analyze BAS trends to identify abnormal equipment operation, excessive energy consumption, and system inefficiencies.

· Evaluate HVAC systems including chillers, boilers, air-handling units, pumps, fans, cooling towers, VAV systems, and associated controls.