Safety Control Systems Engineer

About the role

The Toyota Production Engineering Battery Department is seeking a Safety Control Systems Engineer to support a critical safety compliance and validation group.

Responsibilities

• Develop detailed area project plans and schedules
• Audit Safety Control Systems (SCS) for compliance to ISO 13849 and ANSI B11
• Identify and document non-conformities within SCS (safety control system) designs
• Design and verify countermeasures to achieve target control category and performance levels
• Manage an 3rd Party consultant group by milestones, concerns, and key performance indicators
• Lead cross-functional communication and collaboration to ensure issue resolution
• Provide written and verbal project status reports to management and stakeholders
• Audit SCS design modifications to ensure correlation with intended design
• Support the Control Reliability team through mentorship and technical coaching
• Perform hands-on troubleshooting and implementation as needed
• Demonstrate a positive, team-oriented attitude and contribute to cross-functional success

Requirements

• Functional Safety Certification, such as TÜV Functional Safety or Engineer or equivalent functional safety engineer certifications
• 3+ years of experience in functional safety engineering within automotive, manufacturing, industrial automation, machinery, aerospace and defense, pharmaceutical manufacturing, or similar sectors
• In-depth knowledge of ISO 13849-1, ANSI B11, and other relevant standards
• Strong Proficiency with Microsoft Excel (VLOOKUP’s and PivotTables) and PowerPoint
• Safety PLC programming experience, including the ability to read, interpret, modify, and configure logic
• Experience with PLC/SPLC communication protocols and system integration
• Availability to support weekends, off-shifts, and holidays and ability to work during scheduled shutdowns as required (July and December)
• Ability to safely lift, push, or pull up to 25 pounds
• Experience with risk assessment tools
• Experience with Failure Mode Effects Analysis and Failure Mode Effects and Diagnostic Analysis (FMEA/FMEDA) methodologies
• Proficiency with one or more Safety PLC platforms, including: Allen-Bradley GuardLogix, Omron - Sysmac (Safety), Keyence - GC Configurator, Toyopuc – PCWin Safe, Siemens TIA Portal / Step 7 (Safety)