Gas Power Engineering Intern — Co-op

GE Vernova; Greenville (SC); On-site; USD 46,000 - 91,000; Part time

Benefits offered by this job

Relocation assistance

Housing allowance

Employee assistance program

GE Retirement Savings Plan

Job summary

GE Vernova invites standout students to join as Gas Power Co-op/Interns in Greenville, SC, to tackle design and analysis challenges across turbines, engines and generators. Candidates must be in an accredited engineering program with one to two semesters remaining, in fields such as Aeronautical, Aerospace, Chemical, Electrical, Material Science, or Mechanical Engineering.

Responsibilities include developing new design concepts, collaborating with drafting and manufacturing teams, and gaining

Qualifications

• Must have one to two semesters left prior to graduation and be enrolled in a full-time undergraduate or graduate program in an engineering discipline.
• Majors eligible: Aeronautical Engineering, Aerospace Engineering, Chemical Engineering, Electrical Engineering, Material Science Engineering, Mechanical Engineering.

Responsibilities

• Receive technical training, mentorship, and coaching from world-class technologists and experienced technical managers.
• Grow technical expertise in chosen field and expand skills in new areas.
• Engineering interns in Gas Power experience technically challenging assignments in areas such as Systems, Analysis, Design, Quality, Reliability, Digital, and Integration & Test.
• Perform design and analysis of product lines in areas such as steam turbine, gas turbines, gas engines and generators.

Skills

Self-motivation

Analytical thinking

Curiosity

Willingness to learn

Leadership

Team player

Strong communication

Education

Aeronautical Engineering

Aerospace Engineering

Chemical Engineering

Electrical Engineering

Material Science Engineering

Mechanical Engineering

Job description

GE Vernova invites standout students to join as Gas Power Co-op/Interns in Greenville, SC, to tackle design and analysis challenges across turbines, engines and generators. Candidates must be in an accredited engineering program with one to two semesters remaining, in fields such as Aeronautical, Aerospace, Chemical, Electrical, Material Science, or Mechanical Engineering.

Responsibilities include developing new design concepts, collaborating with drafting and manufacturing teams, and gaining