Pipeline Safety Intern: Field Audits & Compliance Analysis

Spire Inc.; Kansas City (MO); On-site; USD 22,000 - 28,000; Full time

Job summary

Spire Inc. seeks a Pipeline Safety Compliance Intern in St. Louis or Kansas City, MO. We seek an enthusiastic student or recent graduate to join our operations and learn through mentored projects in the natural gas industry.

As an Intern, you will complete assignments, develop compliance and data analysis skills, and contribute to regulatory audits while experiencing a collaborative, safety-focused culture within a real-world utility environment.

Qualifications

• Must be currently enrolled as an undergraduate rising junior, senior or graduate level student in fall 2027 pursuing a civil, chemical, industrial or mechanical engineering degree.
• Must be able to work 35-40 hours per week during the summer internship.
• Must have a cumulative GPA of 3.0 or higher.
• MS Office proficiency required.
• Must participate in All Inclusive Onboarding and Project Poster Symposium

Responsibilities

• Acquire knowledge of state and federal requirements affecting natural gas companies
• Support data analysis and reporting required for regulatory audits, pipeline system component maintenance and quality assurance activities
• Participate in field audits of pipeline construction and other field activities
• Review impact of proposed pipeline safety regulations on company operations
• Develop recommendations for process improvements
• All other duties as assigned

Skills

MS Office

Teamwork

Attention to detail

Education

Civil/Chemical/Industrial/Mechanical Engineering

Job description

Spire Inc. seeks a Pipeline Safety Compliance Intern in St. Louis or Kansas City, MO. We seek an enthusiastic student or recent graduate to join our operations and learn through mentored projects in the natural gas industry.

As an Intern, you will complete assignments, develop compliance and data analysis skills, and contribute to regulatory audits while experiencing a collaborative, safety-focused culture within a real-world utility environment.