FEM & CAD Engineer – Elevator Car & Door Design

KONE; Pero; On-site; EUR 32,000 - 39,000; Full time

Benefits offered by this job

Incentives based on performance

Comprehensive benefits

Job summary

KONE Technology & Innovation is seeking a Mechanical Engineer to support the Car & Door Configurable Models and Mechanism team in Pero, Italy. The role combines FEM simulations with hands-on product development to optimize elevator car and door components.

The candidate will work on structural analysis, translate results into practical design choices, and contribute from concept to serial production in a multinational setting.

Qualifications

• MSc degree in Mechanical Engineering, Aerospace Engineering, Automation Engineering, or equivalent.
• 0 to 3 years of experience in FEM analysis, structural simulation, mechanical design, or product development.
• Knowledge of FEM tools such as Ansys or equivalent.
• Good CAD skills, preferably with Creo, and ability to create clear engineering documentation.
• Fluent in Italian and English.

Responsibilities

• Perform FEM simulations to evaluate, validate, and optimize elevator car and door components.
• Translate simulation and test results into practical design recommendations.
• Develop CAD models, drawings, and technical documentation in Creo.
• Support testing, industrialization, supplier collaboration, and manufacturing readiness.
• Manage engineering changes and contribute from concept development to serial production.

Skills

FEM analysis

Structural simulation

Mechanical design

Creo CAD

English & Italian

Education

MSc in Mechanical Engineering

Tools

ANSYS

Creo

Job description

KONE Technology & Innovation is seeking a Mechanical Engineer to support the Car & Door Configurable Models and Mechanism team in Pero, Italy. The role combines FEM simulations with hands-on product development to optimize elevator car and door components.

The candidate will work on structural analysis, translate results into practical design choices, and contribute from concept to serial production in a multinational setting.