Aero Turbine Design Intern

PROENERGY; Houston (TX); On-site; USD 27,552 - 49,593; Part time

Job summary

PROENERGY offers a Design Engineering Internship aimed at developing innovative aero turbine components. You will support reverse engineering, concept design, and mechanical analyses using SolidWorks or CREO, along with ANSYS simulations.

You’ll work under the Director of Engineering at our Sedalia or Houston campuses, gaining hands‑on experience in manufacturing and lifecycle care. Ideal candidates are engineering students with strong analytical skills, fluent English, and the ability to

Qualifications

• Undergraduate Mechanical/Aerospace Engineering student with Junior or Senior status by Summer.
• Strong analytical and problem‑solving skills.
• Effective written and verbal communication abilities.
• Must be able to speak, read, and write English fluently.
• US work authorization; visa sponsorship not offered.
• Pre‑employment drug screen and background check required.

Responsibilities

• Reverse engineering of OEM hardware and creating drawings with manufacturing in mind.
• Assist engineers with hand‑calculation and finite element analysis.
• Validate drawing changes using redlines to capture all requests.
• Analyze data and contribute to root‑cause investigations of field issues.
• Collaborate with quality, operations, supply chain, and repair engineering.
• Use ASANA to help engineers update project status.

Skills

Analytical thinking

Communication skills

English proficiency

Education

Undergraduate Mechanical/Aerospace Engineering (Junior or Senior by Summer)

Tools

SolidWorks

CREO

ANYSYS

Job description

PROENERGY offers a Design Engineering Internship aimed at developing innovative aero turbine components. You will support reverse engineering, concept design, and mechanical analyses using SolidWorks or CREO, along with ANSYS simulations.

You’ll work under the Director of Engineering at our Sedalia or Houston campuses, gaining hands‑on experience in manufacturing and lifecycle care. Ideal candidates are engineering students with strong analytical skills, fluent English, and the ability to