Electrical Systems Analyst – Airports & Facilities Design

Kimley-Horn; Indianapolis (IN); Hybrid; USD 60,000 - 90,000; Full time

Benefits offered by this job

Exceptional Retirement Plan

Comprehensive Health Coverage

Time Off

Financial Wellness

Professional Development

Family-Friendly Benefits

Job summary

Kimley-Horn in Downtown Indianapolis, IN is seeking Electrical Engineering graduates to join our team. You will help plan and design electrical systems for airports and facilities, including power distribution, airfield lighting, solar, and low voltage distribution.

The role uses AutoCAD and REVIT daily, requires ABET-accredited EE degree by Summer 2026, strong communication, and collaboration across multi-disciplinary teams.

Qualifications

• ABET-accredited Electrical Engineering degree required by Summer 2026.
• Proficiency with AutoCAD and REVIT for design deliverables.
• Strong written and verbal communication; ability to collaborate across teams.
• Knowledge of Microsoft Office and data handling for reports.

Responsibilities

• Utilize AutoCAD and REVIT software design programs on a regular basis to design engineering documents.
• Conduct research to develop equipment and material recommendations
• Develop familiarity with electrical codes and standards to be applied to our client's programs and visions
• Manage data and perform complex engineering calculations
• Prepare electrical plans, reports, and specifications for multiple projects

Skills

AutoCAD

REVIT

Electrical design

Microsoft Office

Education

ABET-accredited Electrical Engineering degree (Bachelors or Masters) by Summer 2026

Job description

Kimley-Horn in Downtown Indianapolis, IN is seeking Electrical Engineering graduates to join our team. You will help plan and design electrical systems for airports and facilities, including power distribution, airfield lighting, solar, and low voltage distribution.

The role uses AutoCAD and REVIT daily, requires ABET-accredited EE degree by Summer 2026, strong communication, and collaboration across multi-disciplinary teams.