Graduate Electrical Engineer

Overview

Assist in designing power, lighting, and signal systems for commercial projects.

Key Responsibilities

• power analysis
• lighting selection
• site visits
• arc flash
• photometric analysis
• electrical design

Tasks

-Use power analysis software to calculate voltage drop, short circuit currents and arc flash boundaries. -Coordinate and attend meetings with clients, consultants, owners, and internal staff members on projects. -Select lighting fixtures and lighting control systems to comply with energy codes -Perform site visits to document existing electrical installations to identify impact for proposed renovations, as well as during construction to confirm the installation meets the contract documents -Perform studies and reports on arc flash, coordination, equipment assessments as well as energy efficiency improvements -Perform photometric analysis of lighting systems -Assist in cost estimate and specification preparation -Design electrical distribution systems starting from the utility source to the customer panelboards then to receptacles and equipment loads

Requirements

• eit
• nec
• ee degree
• revit
• autocad
• interpersonal

What You Bring

-Engineer in Training certification or the ability to receive within one year -Knowledge of the National Electrical Code -Knowledge or experience with construction drawings and specifications. -Degree in Electrical Engineering from an ABET-accredited program -Proficiency in Revit or AutoCAD and Microsoft Office. Other relevant programs could include Bluebeam, AGI-32, SKM Power -Excellent interpersonal & communication skills - Connections are a critical part of how we work.

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About Baird, Hampton & Brown

-Grew into a multi‑disciplinary firm providing civil, structural, MEP engineering, land surveying, landscape architecture, and environmental services. -Operates primarily across Texas but undertakes projects throughout the United States. -Handles a range of projects from infrastructure upgrades and site development to building systems in industrial, healthcare, educational, and commercial sectors. -Typical projects include school additions, commercial renovations, municipal infrastructure, and specialized facilities like labs and computer rooms. -Their integrated approach brings survey, civil, structural, and MEP teams together under one roof for cohesive design solutions. -Notable for combining technical depth with principal‑level involvement at every stage of project execution.

Sector Specialisms