Position Overview

We are seeking a Mechanical Engineer with experience in gas utility distribution, transmission, and facilities design to support critical infrastructure projects. This role will focus on engineering analysis, system design, and client coordination across a portfolio of natural gas projects. This is a high-impact opportunity for an engineer on the EIT-to-PE track who wants to take on more responsibility, client interaction, and technical ownership.

Key Responsibilities

• Lead and perform mechanical engineering design and analysis for gas utility systems, including:
• Gas distribution pipelines
• Transmission systems
• Gas facilities and LNG infrastructure
• Serve as a primary point of contact for clients, ensuring alignment on:
• Project scope
• Budget and cost controls
• Schedule and deliverables
• Support business development efforts by:
• Assisting with technical proposals and scopes of work
• Preparing cost estimates and project documentation
• Establish and define mechanical design criteria, including:
• Material selection
• Equipment sizing and specifications
• Design standards and best practices
• Lead and participate in design reviews with:
• Internal engineering teams
• Clients and stakeholders
• Regulatory agencies
• Ensure all designs meet:
• Client specifications
• Quality standards
• Applicable codes and regulations (e.g., pipeline and gas utility standards)
• Develop and coordinate:
• Construction packages
• Technical specifications
• Material requirements
• Collaborate with multidisciplinary teams (civil, electrical, construction) to deliver efficient and compliant solutions
• Provide technical mentorship and guidance to junior engineers
• Support resolution of complex engineering and design challenges

Required Qualifications

• Bachelor’s degree in Mechanical Engineering (or closely related field)
• 3–6 years of experience in:
• Mechanical design engineering
• Gas utility, pipeline, or energy infrastructure projects
• Strong understanding of:
• Gas distribution and/or transmission systems
• Engineering design principles and standards
• Experience working in both:
• Independent engineering roles
• Team-based, collaborative environments
• Proficiency with:
• AutoCAD
• Microsoft Excel
• Bluebeam

Preferred Qualifications

• Engineer-in-Training (EIT) certification; actively pursuing Professional Engineer (PE) license
• Experience with:
• Gas distribution and transmission systems
• Gas facilities and LNG projects
• Technical report writing and documentation
• Familiarity with:
• Utility client standards (e.g., major gas utilities)
• Regulatory requirements and compliance frameworks

What Makes This Role Compelling

• Direct exposure to major gas utility infrastructure projects
• Opportunity to take on client-facing responsibilities early
• Clear path toward PE licensure and technical leadership
• Involvement in full project lifecycle (design → construction support)
• Collaborative, project-driven environment with growth potential