Electrical Engineer: Building Systems & Energy Leadership

Georgetown University; Washington (District of Columbia); On-site; USD 85,000 - 110,000; Full time

Benefits offered by this job

Medical Insurance

Dental Insurance

Vision Insurance

Disability Insurance

Life Insurance

Retirement Savings

Tuition Assistance

Work-life Balance Benefits

Employee Discounts

Voluntary Insurance Options

Job summary

Georgetown University is seeking an Electrical Engineer to provide technical expertise for multi-discipline building projects in the Washington, DC area. You will manage electrical programs from concept to implementation and collaborate with the Georgetown Energy Partnership.

The role oversees electrical system maintenance and ensures code compliance while supporting cost-effective designs and reliable power distribution across campus.

Qualifications

• Bachelor's degree in Electrical Engineering and 3+ years of progressive experience in operations, design, or construction.
• EIT or PE certification preferred.
• Preferences for CEM, BCxP, CCP, or LEED certifications.

Responsibilities

• Provide technical expertise and analysis for multi-discipline building projects.
• Manage electrical programs from concept to implementation.
• Oversee electrical system maintenance and ensure code compliance.
• Coordinate with the Georgetown Energy Partnership.

Skills

Electrical Engineering Analysis

Project Management

Energy Efficiency

Code Compliance

Medium Voltage Systems

Low Voltage Systems

Preventive Maintenance

Cost Benefit Analysis

Design Standards

Technical Writing

Education

Bachelor's degree in Electrical Engineering

EIT or PE certification

Job description

Georgetown University is seeking an Electrical Engineer to provide technical expertise for multi-discipline building projects in the Washington, DC area. You will manage electrical programs from concept to implementation and collaborate with the Georgetown Energy Partnership.

The role oversees electrical system maintenance and ensures code compliance while supporting cost-effective designs and reliable power distribution across campus.