HL Mando

Engineer

• Responsible for supporting the organization in developing and implementing functional safety concepts in the company’s automotive products, including brake and steering systems.
• Lead DFMEA (Design Failure Mode & Effect Analysis), FTA (Fault Tree Analysis), and other safety related analysis.
• Develop requirement traceability and test requirements and define the test requirements to satisfy safety goals.
• Apply ISO 26262 safety standards to automotive product development.
• Manage customer technical requirements through requirements tools.
• Make high level trade-offs to optimize system architecture.
• Perform design and safety analysis of systems to assess performance to requirements.
• Generate subsystem and component allocations to meet system level requirements.
• Be a technical representative to automotive customers for systems safety requirements.
• Coordinate systems safety technical activities among subsystem and component groups to meet system requirements.
• Read and understand microprocessors and other IC datasheets and apply them to safety concepts.
• Develop safety requirements for software and hardware design engineers.

Functional Safety Engineer III

QA Engineer

• Perform real-time in-line part defect analysis across the affected manufacturing process, identifying defect patterns, root causes, and containment actions (as necessary).
• Review dimensional, functional, and visual inspection results to prevent defect leaks to customer and maintain stable production quality.
• Lead cross-functional troubleshooting activities on the shop floor to promptly address abnormal conditions and quality alerts.
• Manage immediate containment activities, including segregation, generating sort or rework instructions, and communication with production teams.
• Develop, maintain, and continuously improve HL Mando’s enhanced inspection documentation, Quality Technician Inspection Questions, incoming inspection sampling plans to meet IATF 16949, ISO 9001, and OEM-specific requirements.
• Conduct process audits to assess compliance with standard operating procedures, control plans, specifications, and error-proofing systems.
• Execute product audits to verify product conformity, measurements, performance checks, dimensional validation, etc.
• Document audit findings, lead corrective actions and follow-ups, and ensure timely closure with verified effectiveness.
• Lead cross-functional teams using structured problem-solving activities using 8D, 5 Why, Ishikawa, etc.
• Conduct data analysis (SPC, capability studies, trend charts) to predict and prevent potential quality issues.
• Validate the effectiveness of solutions through corrective action follow-up audits, capability studies, review and KPI performance tracking.
• Monitor critical-to-quality characteristics in-line and control plan adherence to ensure stable and capable processes.
• Support new product launches, engineering changes, and process improvements through product validation and PPAP submissions.
• Serve as a technical contact for customer quality issues, warranty claims, and returned part analysis (as needed).

Quality Control Engineer

• Model systems and sub-system dynamics and create robust controls designs.
• Design and develop algorithms.
• Make high level trade-offs to optimize system architecture.
• Translate vehicle level requirements, objective and subjective, into system requirements.
• Generate subsystem and component allocations to meet system level requirements.
• Improve and rectify issues with the vehicle control systems.
• Develop next generation vehicle control systems.
• Develop algorithms for safe operation and protection of drive systems.
• Develop diagnostics and protection mechanisms.
• Develop requirements for system components, including position sensors and current sensors.
• Develop new control algorithms as needed.
• Perform stability analysis to ensure various operating modes of the vehicle.
• Work with customers to ensure stable and safe system operations.
• Help in identifying solutions to the problems encountered.
• Work with MDK for integrating the system level algorithms.
• Work under the direction of a Senior Engineer.

Controls Engineer

Production Engineer

• Lead HL Production System implementation using the twelve (12) lean HPS elements supporting standardization, people involvement, continuous improvement, built-in quality, flow, and flexibility.
• Develop, maintain, and communicate a vision and strategy for comprehensive Lean manufacturing systems and HPS with a focus on continuous improvement.
• Manage Continuous Improvement (CI) initiatives, including planning, initiation, and implementation of projects of considerable scope, variety, and complexity.
• Set expectations for a lean culture by leading direction and focus, ensuring a comprehensive understanding and implementation of HPS concepts that deliver quantifiable benefits.
• Establish priorities, recommend actions, execute tasks, verify results, and implement course corrections.
• Provide recommendations based on advanced knowledge of lean priorities and production systems across plant-wide processes, products, and functions.
• Assist in the development of annual business plans.
• Ensure adherence to TS-16949 and company procedures.
• Assist in establishing annual operational goals, objectives, and performance standards with management.
• Align plant objectives and KPIs with overall value stream Objectives, Goals, Strategy, and Measures (OGSM).
• Collaborate with Manufacturing Management to deploy resources (capital, technical support, etc.) to ensure business needs are met from a lean quality and service perspective.

Functional Safety Engineer III

Quality Control Engineer

Controls Engineer

Production Systems Engineer