Civil Engineer in Training EIT

Overview

Design and analyze civil infrastructure projects for municipal and private clients.

Key Responsibilities

• design software
• hydraulic calculations
• survey analysis
• load computation
• site grading
• project reporting

Tasks

-Communicate project status with the Project Manager, client, and other relevant parties, including preparing reports, data, and project activities. -Plan and design transportation or hydraulic systems and structures, following construction and government standards using design software -Analyze and produce designs for stormwater, sewer, pipeline, parking, sidewalks, roadway, etc. using design software -Analyze and interpret survey reports, maps, drawings, blueprints, aerial photography, and other topographical or geologic data to plan projects -Compute load and grade requirements, water flow rates, or material stress factors to determine design specifications -Prepare site grading and utility plans, coordinating with municipal parties. Perform hydraulic calculations and prepare construction documents for permitting

Requirements

• 2-3 yrs
• autocad
• civil 3d
• civil engineering
• eit
• communication

What You Bring

-2-3 years of experience in designing civil projects; commercial, industrial, retail, education, municipal, roadways, & utilities -Excellent interpersonal & communication skills -Degree in Civil Engineering from an ABET-accredited program -Engineer in Training certification -Proficiency in AutoCAD Civil 3D and Microsoft Office

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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