Hydraulics Design Engineer for Mobile Machinery & EVs

Normet Group; Iisalmi; Hybrid; EUR 60,000 - 90,000; Full time

Benefits offered by this job

ePassi for lunch and Flex benefits (スポ

occupational health care and insurance

niveau 10 paid study days per year

Job summary

Normet Group is seeking a Design Engineer, Hydraulics in Iisalmi, Finland to design and develop hydraulic systems for mining and tunnelling equipment, including battery electric vehicles and automated work processes. The role collaborates with engineering, production, purchasing, and support teams, with an option for remote work from Kuopio.

Ideal candidates include engineers with relevant degrees, experience in mobile hydraulics, and proficiency in E3 or Inventor, plus fluent Finnish and

Qualifications

• B. Eng. or M. Sc (Tech.) education in relevant field.
• Previous working experience in mobile machinery hydraulics & mechanics is an advantage, but you may also be just graduating.
• Experience with E3 design software or similar and Inventor is an advantage.
• Full working proficiency with both Finnish and English.
• Readiness to work both individually and as part of a team.
• Openness to learn the necessary skills related to mobile machinery.

Responsibilities

• Design and development of Normet equipment hydraulics.
• Hydraulic calculations and measurements.
• Supporting global production, sales and service organizations.
• Participating in proto equipment tests with our testing team.
• Co-operation with our Indian hydraulic design team.

Job description

Normet Group is seeking a Design Engineer, Hydraulics in Iisalmi, Finland to design and develop hydraulic systems for mining and tunnelling equipment, including battery electric vehicles and automated work processes. The role collaborates with engineering, production, purchasing, and support teams, with an option for remote work from Kuopio.

Ideal candidates include engineers with relevant degrees, experience in mobile hydraulics, and proficiency in E3 or Inventor, plus fluent Finnish and