Gas Engine R&D Intern — Flexible Hours, Alpine Location

INNIO; Jenbach; On-site; EUR 28,000 - 34,000; Full time

Benefits offered by this job

Health We Care program

Flexible working hours

International environment

Public transport access

Transportation cost support

Canteen

Job summary

INNIO is offering a full-time internship in the Mechatronics/Mechanical Engineering sector in Tirol, Jenbach, starting early 2027. The role focuses on improving engine performance via simulation and testing, with exposure to 1D simulations and gas exchange studies.

The successful candidate is a Mechanical Engineering student with strong motivation, independence, and an interest in internal combustion engines, plus good English communication.

Qualifications

• Student of Mechanical Engineering or similar.
• Motivation and ability to work independently.
• Enthusiasm and basic knowledge of internal combustion engines.
• Ability to work in a global matrix organization.
• Good communication skills in English.

Responsibilities

• Work in a motivated engineering team to improve engine performance through simulation and testing.
• Support gas engine development projects focusing on performance improvements, cost-out and operating strategies.
• Support 1D simulation activities focusing on combustion and gas exchange.
• Assist in-house testing on single and multi-cylinder engines, focusing on mixture preparation, gas exchange, ignition and combustion.
• Support spark plug development on engine tests, inspections and materials analysis.
• Analyze investigation results and field data, including interpretation and reporting.
• Conduct literature research for background data relevant to the project.
• Cooperate with controls, design, mechanical engineering, exhaust treatment and test benches.

Skills

Mechanical Engineering

Independent work

English communication

Education

Student in Mechanical Engineering

Job description

INNIO is offering a full-time internship in the Mechatronics/Mechanical Engineering sector in Tirol, Jenbach, starting early 2027. The role focuses on improving engine performance via simulation and testing, with exposure to 1D simulations and gas exchange studies.

The successful candidate is a Mechanical Engineering student with strong motivation, independence, and an interest in internal combustion engines, plus good English communication.