Turbomachinery Engineering Intern — Hands-On Training

Baker Hughes; Firenze; In loco; EUR 6700 - 11.000; Part-time

Vantaggi offerti da questo lavoro

Mentorship

Training program

Buddy system

Descrizione del lavoro

Baker Hughes invites students and graduates to join its Turbomachinery Engineering internship, focusing on analysis, design, and performance assessment of critical rotating equipment in industrial energy applications.

You will support mechanical behavior, performance, reliability and life assessment, with opportunities in analytical modeling, simulations, experimental data interpretation, and method development, while being mentored by senior engineers.

Competenze

• Pursuing a Master’s Degree in Mechanical, Aerospace, Energy Engineering or related disciplines.
• Strong analytical and problem-solving abilities.
• Familiarity with engineering simulation tools or data analysis is a plus.
• Interest in turbomachinery, rotating equipment and energy systems.
• Excellent communication and teamwork skills.

Mansioni

• Support analyses related to rotating equipment and turbomachinery systems.
• Contribute to structural, thermal, dynamic, or performance analyses of mechanical components.
• Assist in developing and validating engineering methodologies and tools.
• Collect, process and interpret data from simulations and testing activities.
• Support reliability and lifecycle engineering for critical components.
• Collaborate with multidisciplinary teams across design, analysis, manufacturing, testing and technology development.
• Prepare technical documentation and present results.
• Participate in RCA and problem-solving activities.

Conoscenze

Analytical skills

Communication skills

Teamwork

English fluency

Formazione

Master’s Degree in Mechanical Engineering or related field

Strumenti

Simulation tools

Numerical methods

Descrizione del lavoro

Baker Hughes invites students and graduates to join its Turbomachinery Engineering internship, focusing on analysis, design, and performance assessment of critical rotating equipment in industrial energy applications.

You will support mechanical behavior, performance, reliability and life assessment, with opportunities in analytical modeling, simulations, experimental data interpretation, and method development, while being mentored by senior engineers.