Engineering Intern - Turbocharging & Gas Exchange

INNIO Group; Jenbach; Presencial; EUR 28 000 - 34 000; Tempo integral

Vantagens oferecidas por esta oferta de emprego

Health canteen

Location in the Alps

Resumo da oferta

INNIO Group in Jenbach, Tirol, Austria, invites a motivated Mechanical Engineering student to join a full-time internship of at least six months starting in 2027. You will work with a dynamic engineering team to improve the steady-state and transient performance of internal combustion engines through simulation and testing.

The role covers 1D simulation with focus on turbocharging and gas exchange, in-house testing on single- and multi-cylinder engines, data interpretation, literature research,

Qualificações

• Currently enrolled in a Mechanical Engineering program.
• Self-motivated and able to work independently.
• Good basic knowledge of internal combustion engines.

Responsabilidades

• Work in a motivated engineering team to improve steady-state and transient performance of internal combustion engines through simulation and testing.
• Support innovative gas engine development projects with focus on performance improvements, cost out, and operating strategies.
• Support 1D simulation activities with emphasis on turbocharging and gas exchange.
• Support in-house testing on single- and multi-cylinder engines, focusing on mixture preparation, gas exchange, and turbocharging.
• Analyze investigation results and field data, including interpretation, conclusions, and reporting.
• Conduct literature research to support ongoing projects.
• Cooperate closely with other functions such as controls, design, mechanical engineering, exhaust gas aftertreatment, and test benches.

Conhecimentos

Independent work

Internal combustion engines

English proficiency

Team collaboration

Formação académica

Mechanical Engineering student

Descrição da oferta de emprego

INNIO Group in Jenbach, Tirol, Austria, invites a motivated Mechanical Engineering student to join a full-time internship of at least six months starting in 2027. You will work with a dynamic engineering team to improve the steady-state and transient performance of internal combustion engines through simulation and testing.

The role covers 1D simulation with focus on turbocharging and gas exchange, in-house testing on single- and multi-cylinder engines, data interpretation, literature research,