Executive leadership role responsible for directing enterprise-wide strategies that maximize asset uptime, operational efficiency, and overall equipment effectiveness (OEE).
Responsibilities
Develop and execute a multi-year enterprise reliability operating model
Transition multi-site operations to proactive, predictive and condition-based maintenance
Establish standardized RCFA, FMEA and Bad Actor elimination programs
Standardize work planning, scheduling, spare parts inventory control and contractor execution frameworks
Identify operational bottlenecks and optimize throughput
Requirements
Bachelor of Science in Engineering (Mechanical, Electrical, Chemical, Industrial, or related field)
Business Administration / Operations Management
Nice to have: Master of Business Administration (MBA)
Nice to have: Master of Science in Engineering Management
Provide reliability engineering leadership for the Elkton propulsion manufacturing campus, focusing on improving availability, maintainability, safety, and lifecycle performance of facilities infrastructure, utilities, manufacturing support systems, and critical plant assets.
As Principal Facilities Engineer 3 or Sr. Principal Facilities Engineer 4 you will ensure that all buildings, systems, and infrastructure operate safely, efficiently, and cost‑effectively while driving innovation, sustainability, and continuous improvement across the campus.
Lead the implementation of Riverside’s Asset Reliability Program to ensure production equipment operates at optimum efficiency and effectiveness through Best-in-Class Asset Reliability Methods.
Compensation
$85,000—$95,000 CAD
Responsibilities
Demonstrate and uphold Riverside’s Core Values
Understand and enforce Health and Safety policies and procedures
Understand and enforce Riverside’s Food Safety policies and procedures
Assist in annual maintenance budget preparation
Assist in the development of annual maintenance priority objectives and vision
Requirements
Undergraduate degree in Engineering
Nice to have: food manufacturing environment experience
Provide direct onsite engineering and technical support to the Naval Surface Warfare Center, Philadelphia Division, conducting Reliability-Centered Maintenance analyses and supporting shipboard instrumentation and calibration programs.
Responsibilities
Perform Reliability-Centered Maintenance analyses on shipboard instrumentation and control systems
Develop and maintain Calibration Requirements Lists (CRLs)
Create and update calibration procedures for permanently installed instrumentation and shipboard machinery control systems
Review new machinery/system designs and modifications to assess calibration impacts
Analyze Hull, Mechanical, and Electrical system metrics where instrument calibration influences performance or maintenance outcomes
Requirements
Bachelor’s degree in Industrial Engineering or a related discipline (Mechanical, Electrical, Naval Engineering, or similar fields)
Lead maintenance planning and reliability initiatives for the Rockville campus, serving as site owner for IBM Maximo CMMS and managing a team of maintenance planners and coordinators.
Compensation
The anticipated salary range for this position in Maryland is $113,025 to $150,700 plus annual bonus, when eligible.
Responsibilities
Serve as the site administrator and subject matter expert for the Maximo CMMS system.
Ensure the accuracy, integrity, and timeliness of maintenance data, asset records, work orders, and preventive maintenance programs.
Drive continuous improvements to CMMS processes, workflows, and system utilization to support operational excellence across two cGMP facilities.
Lead the planning, scheduling, and coordination of preventive, corrective, and predictive maintenance activities.
Collaborate with Facilities, Metrology, Engineering, and Operations teams to optimize maintenance schedules and resource allocation.
The Facilities Engineer (Preventive Maintenance) is responsible for planning, scheduling, and executing preventive maintenance programs to ensure the reliability, availability, and optimal performance of facility assets and utility systems.
Responsibilities
Develop, implement, and maintain preventive maintenance (PM) schedules, work orders, and maintenance plans for facility and utility equipment.
Monitor preventive maintenance completion rates and ensure maintenance activities are executed according to established schedules and standards.
Evaluate the effectiveness of PM programs and recommend improvements to enhance equipment reliability and asset performance.
Analyze equipment failures, maintenance history, and performance trends to identify recurring issues and implement corrective actions.
Support predictive and condition-based maintenance initiatives through data analysis, inspections, and equipment monitoring.
Provide unified leadership for Technology and Engineering to define and execute the technology roadmap for automation, robotics, digital manufacturing, and industrialisation across the Singapore Component Repair operations.
Responsibilities
Define and lead the multi-year technology strategy for the Singapore Component Repair plants, aligning automation, robotics, and digital manufacturing with business growth, competitiveness, and customer needs.
Lead Special Processes, Automation & Robotics, Machining, Tooling, and NPI/isation under a cohesive strategy, standards framework, and talent model.
Ensure robust process capability, methods, and problem-solving that support quality, delivery, and cost objectives.
Own and execute a Smart Factory roadmap that covers automation and robotics deployment, MES/PLM/SCADA integration, data architecture, and connectivity for critical processes and value streams.
Identify, prioritize, and industrialise high-value digital and AI/ML use cases (e.g., predictive maintenance, anomaly detection, process optimization, automated inspection) that measurably improve SQDC.
Requirements
Bachelor’s degree in Engineering (Mechanical, Electrical, Mechatronics or related field)
Develop and improve reliability-centered maintenance and preventive-maintenance programs
Analyze equipment performance, work-order history, process-control data, and failure reports to identify systemic risks
Support capital planning, equipment selection, design reviews, commissioning, and lifecycle-cost decisions
Drive corrective actions and continuous improvement across facilities and maintenance operations
Requirements
Bachelor’s degree in Reliability Engineering, Mechanical Engineering, Electrical Engineering, Industrial Engineering, Facilities Engineering, or a related STEM discipline
Master’s degree in Reliability Engineering, Mechanical Engineering, Electrical Engineering, Industrial Engineering, Facilities Engineering, or a related STEM discipline
Ph.D. in a related STEM discipline
Nice to have: Certified Reliability Engineer (CRE)
Nice to have: Certified Maintenance and Reliability Professional (CMRP)
Enable the highest standards in energetic manufacturing through design, selection and installation of facilities and process equipment.
Champion reliability, energy‑performance, and regulatory compliance.
Lead the end‑to‑end planning, detailed design, and supervision of plant‑wide machinery, building systems, and supporting facilities.
Review, update, and optimize HVAC, electrical, plumbing, fire‑life‑safety, and building‑automation systems; perform load calculations, energy modelling, and lifecycle‑cost analyses to maximize performance and extend asset life.
Requirements
B.S. (or higher) in Mechanical / Industrial / Electrical / Facilities Engineering, Building Science, or related field
Nice to have: E.I.T. Credentials
Nice to have: PMP Credentials
Nice to have: Revit
Nice to have: CMMS and work order systems experience