E-Fuels Engine Development Internship & Simulation

INNIO Jenbacher GmbH & Co OG; Jenbach; On-site; EUR 35,000 - 42,000; Full time

Benefits offered by this job

Flexible working time model

Health We Care program

Good public transport connections

Transportation cost support

Canteen with healthy meals

Alpine location for outdoor activities

Job summary

INNIO Jenbacher GmbH & Co OG in Tirol invites motivated mechanical engineering students for a six-month internship in engine development. Work in an engineering team to improve the steady state and transient performance of our internal combustion engines using both simulation and testing.

The role offers hands-on experience with 1D simulations, in-house engine testing, data interpretation, and collaboration across controls, design and test benches.

Qualifications

• Student of mechanical engineering or similar.
• High motivation and ability to work independently.
• Good communication skills in English.

Responsibilities

• Work in a motivated engineering team to improve steady state and transient performance of internal combustion engines using simulation and testing.
• Support gas engine development projects focusing on performance improvements, cost-out and operating strategies.
• Assist 1D simulation activities focusing on e-fuels.
• Participate in in-house testing on engines with emphasis on mixture preparation and combustion.
• Analyze results and report findings; conduct literature searches as needed.
• Collaborate with controls, design, mechanical engineering and test benches.

Skills

Motivation

Independent work

English communication

Team collaboration

Education

Mechanical engineering student

Tools

GT Suite

Job description

INNIO Jenbacher GmbH & Co OG in Tirol invites motivated mechanical engineering students for a six-month internship in engine development. Work in an engineering team to improve the steady state and transient performance of our internal combustion engines using both simulation and testing.

The role offers hands-on experience with 1D simulations, in-house engine testing, data interpretation, and collaboration across controls, design and test benches.