The role as an Integrated Logistics Support (ILS) Senior Engineer, to be part of the Systems Engineering Team to play a pivotal role in ensuring the effective and efficient operation of training and simulation project systems by integrating logistics considerations throughout its lifecycle.

This role requires a blend of technical expertise, analytical skills, and project management capabilities to support the planning, development, implementation, and sustainment of logistics support solutions.

Be Part of Our Success

To assume the lead role of ILS Lead for the assigned projects

Logistics Planning: Develop comprehensive logistics plans in coordination with project managers and stakeholders to ensure seamless integration of logistics support throughout the system lifecycle
Configuration Management: Manage configuration baselines and ensure that logistics requirements are integrated into the overall configuration management process
Supply Chain and Obsolescence Management: Collaborate with partners, suppliers, and original equipment manufacturers to optimize inventory levels, minimize lead times, ensure timely availability of spare parts and materials, and to trigger discussion for solutions to equipment that are reaching end-of-life
Reliability Engineering: Analyze system reliability data to identify trends, failure modes, and opportunities for improvement to enhance system availability and performance
Maintenance Planning: Develop maintenance schedules, procedures, and strategies to minimize downtime and maximize system availability while optimizing maintenance costs
Technical Documentation: Oversee the development and maintenance of technical documentation, including manuals, training materials, and support documentation, to facilitate effective operation and maintenance of the system
Training and Support: Coordinate training programs and provide technical support to end-users, maintenance personnel, and other stakeholders to ensure proficiency in system operation and maintenance tasks
Life Cycle Cost Analysis: Conduct life cycle cost analyses to assess the total cost of ownership and identify opportunities for cost reduction and performance improvement throughout the system lifecycle
Risk Management: Identify logistics-related risks and develop mitigation strategies to minimize potential disruptions to system operation and support activities
Continuous Improvement: Drive continuous improvement initiatives to enhance logistics processes, optimize resource utilization, and streamline logistics support activities

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