Product Engineering Intern — Mechanical Systems & FEA

Elliott Company; Jeannette (Westmoreland County); On-site; USD 28,000 - 39,000; Full time

Job summary

Ebara Elliott Energy is seeking a Product Engineering Intern to support our Jeannette, PA team for a twelve-week program. You will gain hands-on experience in the Product Engineering department, working on real-world projects and attending meetings with leadership and customers.

Responsibilities include performing Finite Element Analysis, standardizing design frameworks, and analyzing design data across cryogenic pump models to improve workflows and accuracy.

Qualifications

• Majors in Mechanical or Aerospace Engineering, minimum junior year in Bachelor’s program.
• Pursuing Master’s in Mechanical or Aerospace Engineering is encouraged.
• Authorized to work in the United States on a full-time basis; sponsorship not provided.

Responsibilities

• Perform Finite Element Analysis (FEA) and geometric calculations to validate casing pressure ratings and mechanical standards across core compressor lines.
• Standardize and automate design frameworks for mechanical support systems to streamline workflows.
• Compile and analyze design data across cryogenic pump models to establish centralized, standardized clearance guidelines.
• Update engineering calculation tools, transmittals, and forms to integrate design corrections and lessons learned.

Skills

FEA

Geometric calculations

Design automation

Data analysis

Education

Bachelor’s in Mechanical or Aerospace Engineering (junior year)

Master’s in Mechanical or Aerospace Engineering (pursuing)

Job description

Ebara Elliott Energy is seeking a Product Engineering Intern to support our Jeannette, PA team for a twelve-week program. You will gain hands-on experience in the Product Engineering department, working on real-world projects and attending meetings with leadership and customers.

Responsibilities include performing Finite Element Analysis, standardizing design frameworks, and analyzing design data across cryogenic pump models to improve workflows and accuracy.