Mechanical Engineer
Pubblicato il 12-08-2026 - Schindler Group in Lombardia
Schindler is one of the world's leading providers of elevators, escalators and moving walkways. With operations in more than 100 countries and over a billion people transported every day, we design, engineer, maintain and modernize mobility systems that shape urban life. We offer a dynamic, forward‐looking environment that enables our employees to grow, innovate and excel.
Why Schindler?
- Shape the Future: Contribute to the mechanical integration and quality of elevator interiors, ensuring precision and premium fit & finish.
- Global Impact: Deliver solutions that directly affect the passenger experience worldwide.
- Collaborate with Experts: Work within international project teams across R&D; and engineering disciplines.
- Continuous Learning: Grow in an environment focused on engineering excellence, detail accuracy and product quality.
Join Schindler as a Mechanical Engineer – Interior Design (m/f/d)
We are seeking a Mechanical Engineer for Interior Design to strengthen our R&D; Mechanical Engineering team.
In this role,
you will act as a technical specialist responsible for the mechanical integration, precision and perceived quality of interior components, ensuring that all elements inside the elevator cabin are aligned, robust and compliant with quality expectations.
You will work on components such as panels, handrails, mirrors, ceilings, lighting frames, skirting and interfaces, ensuring consistent gaps, alignment and high‐quality execution from design to validation.
Location: Milan, Lombardy, Italy (Hybrid: 1 day/week working from home)
Company: Schindler Group
Your Responsibilities
As a Mechanical Engineer – Interior Design, you will contribute to the development and validation of interior mechanical solutions.
Your responsibilities include:
- Providing technical solutions and design concepts for the integration of interior components, ensuring alignment, consistent gaps and premium fit & finish
- Designing interfaces between mechanical structures and interi