Safety & Reliability Engineer

As part of Leonardo, Kopter currently develops the AW09, a next generation single-engine helicopter that offers the largest cabin and cargo hold in its category, increased modularity and modern electronic systems. The AW09 delivers latest safety standards as well as more performance and comfort at low operating costs.
Kopter is set to become Leonardo’s Centre of Excellence for new light helicopters and an incubator of new technologies, contributing to the development of hybrid and electrical propulsion systems. Kopter’s 320 talented team members are primarily based in Switzerland, near Zurich and in Mollis (Canton of Glarus).

Your responsibilities

Conduct safety activities according to Kopter safety programs, time and cost effective

Prepare system safety documentation, such as SFHA, P/SSA following Kopter’s defined methodologies

Review of suppliers’ safety and reliability documentation for the assigned systems

Liaise with engineering design departments, airworthiness department, customer support and suppliers for safety and reliability subjects

Your qualifications & experience

A degree (Bsc or Msc) in mechanical engineering, aerospace engineering or equivalent

Minimum 5 years of experience in safety in aviation industry, experience in rotorcraft industry an asset

Good knowledge of one or more systems: Avionic, Electrical, Fuel, Environmental Control, and/or Hydraulic

Familiar with Isograph FaultTree+ or PTC Windchill

Knowledge of SAE ARP4761 and ARP4754A

Knowledge of aviation regulations (CS23, CS25, CS27 or CS29) 

English spoken and written minimum B2 level

Our offer

We are offering an exciting job opportunity in an entrepreneurial environment with room to grow in every dimension.

Your next step

If you are interested, please submit your complete application documents in English including the following attachments:

– Cover letter
– CV
– Diplomas
– Employment references

Department of Engineering located in CH-8620 Wetzikon

To apply for this job please please complete the following form.