Functional Safety Engineer

Description

Our client is a world leader in renewing machines for heavy industry, specializing in the largest and most intricate applications. Our expertise encompasses distributing, servicing, repairing, designing, and manufacturing electric rotating machines. Additionally, we take pride in offering cutting-edge AI-powered condition-based monitoring, customized controls, seamless systems integration, and advanced automation solutions.

We are seeking a highly skilled and motivated Functional Safety Engineer to join our client's Carmel, Indiana team specializing in Autonomous Solutions within the mining and heavy industry sector. You will be responsible for ensuring the products delivered by our team are at as low a risk level as reasonably practicable (ALARP) and compliant with the applicable local and international safety regulations and standards. In this role you will also coordinate effective investigations into incidents on machines supported in the field by our client.

Key Responsibilities

• Facilitates risk assessment workshops for new products, updates to products, and works with clients on risk assessments required by management-of-change protocols


• Define the functional requirements pertaining to the autonomous solution products’ safety and ensure they are submitted into the product’s validation checklists


• Define controls that need to be in place to ensure that the product is at as low a risk profile as reasonably practicable


• Audits Flanders’ automation products as per required schedules against the relevant international standards


• Recommends improvements to safety management system, including its management of change component


• Reviews completed risk assessments, audits actions and functional requirements resulting from previous risk assessments


• Lead the Incident Investigation process to ensure that it is followed and update the functional safety validation accordingly


• Where necessary, drive the execution of safety bulletins


• Sign off that actions generated from risk assessments or incident investigations have been validated as safe