Remote Construction Engineer: Utility Planning&Forecasting

GCS Recruitment; Philadelphia (TN); Remote; USD 90,000 - 140,000; Full time

Job summary

GCS Recruitment is seeking a Construction Engineer with strong experience in utility planning, load analysis, and infrastructure forecasting. This role focuses on evaluating power capacity, analyzing utility trends, supporting long-range planning initiatives, and providing data-driven recommendations for network growth and optimization.

Responsibilities include performing utility load and capacity analysis, developing forecasts and long-range planning models, analyzing power utilization trends,

Qualifications

• Experience with utility planning, capacity planning, or load analysis.
• Strong analytical and problem-solving skills.
• Experience working with utility metrics, forecasts, and engineering calculations.
• Proficiency with Excel and data analysis tools.
• Excellent communication and presentation skills.
• Ability to work independently in a remote environment.

Responsibilities

• Perform utility load and capacity analysis.
• Develop forecasts and long-range infrastructure planning models.
• Analyze power utilization trends and identify future capacity needs.
• Collaborate with utility providers, vendors, and internal engineering teams.
• Create reports, presentations, and engineering documentation.
• Recommend solutions to improve efficiency, reduce power consumption, and optimize infrastructure.

Skills

Load analysis

Forecasting

Analytical thinking

Excel proficiency

Communication

Tools

Data analysis tools

Job description

GCS Recruitment is seeking a Construction Engineer with strong experience in utility planning, load analysis, and infrastructure forecasting. This role focuses on evaluating power capacity, analyzing utility trends, supporting long-range planning initiatives, and providing data-driven recommendations for network growth and optimization.

Responsibilities include performing utility load and capacity analysis, developing forecasts and long-range planning models, analyzing power utilization trends,