The future is what we make it.

When you join Honeywell, you become a member of our global team of thinkers, innovators, dreamers, and doers who make the things that make the future. That means changing the way we fly, fueling jets in an eco-friendly way, keeping buildings smart and safe and even making it possible to breathe on Mars.
 
Working at Honeywell isn’t just about developing cool things. That’s why all our employees enjoy access to dynamic career opportunities across different fields and industries.

Are you ready to help us make the future?

• Establish the best maintenance practices for specific pieces of equipment and/or equipment types. 

• Evaluates and quantifies the impact projects such as equipment reconfigurations, design changes, equipment quality, will have on ability to meet customer needs. 

• Generate and utilize Pareto Charts to identify and analyze equipment failures to prioritize maintenance functions and equipment improvements. 

• In SAP, update equipment data, preventive maintenance task lists, critical spare parts lists and diagnostic methods as necessary to improve reliability. 

• Perform root cause failure analysis on equipment failures and develop strategies to prevent recurrence. 

• Risk assessment and risk mitigation methodologies (FMECA, HAZOP, RCM, …) 

• Responsible for the reliability and failure minimization of all equipment in the respective area to which it is assigned. 

• You coordinate multi-disciplinary teams consisting of Production Managers, Maintenance Managers, Project Engineers, Supervisors, Operators and craftsmen, using RCM, FME and other methodologies. 

• You realize this by maximizing the reliability of the equipment at an economically Total Cost of Ownership 

• You organize proactive Reliability Centered Maintenance (RCM) sessions and reactive root cause analyses. 

• Manage site relief device program, piping, boiler, vessel, and tank inspection programs. 

• Evaluate corrosion rates and remaining life and recommend changes to inspection frequencies and methods. 

• Lead engineer for API inspectors 

• Participates in the final check out of new installations. 

• Analyze data (failure, cost, uptime,) using appropriate reliability analysis tools to develop & implement improvement plans 

• Ability to locate and/or rank problem assets to lower maintenance costs and prioritize recapitalization. 

RESPONSIBILITIES:

• Manage plant implementation and adoption. 

• Manage master data. 

• Administer new employee training. 

• Assist plant manufacturing production, maintenance, and reliability teams with data analytics and reporting necessary to maintain and improve daily plant manufacturing performance. 

• Implement changes in collaboration with asset owner and maintenance personnel to optimize PMs. 

• Apply appropriate reliability tools to drive improvements, optimizing costs, and improve Asset Effectiveness (i.e., Bad Actor Program, FMEA, RBI, RBM, RCM, Reliability Roadmap) 

• Oversee the Bad Actor Program along with the Operational Excellence Engineer and create action plans for improving reliability. 

• Guide Asset Effectiveness improvements through the identification of lost availability and poor reliability 

• Evaluate and execute improvements to plant physical assets to minimize total cost of ownership considering asset replacement, business priorities, and capital expenditures. 

• Work with Reliability Experts from other sites and within the industry to continue development of a multi-year reliability improvement plan. 

• Maintain all reliability maintenance records and files for the analysis and reporting of all reliability maintenance-related business matters. 

• Support of all EH&S policies and procedures; specifically, around PSM and Mechanical Integrity Program 

• Systematically review and implement long term solutions to improve the reliability of the plant’s fixed equipment and eliminate unscheduled downtime. 

• Properly measure, test, and analyze equipment condition and develop an appropriate preventative maintenance schedule to reduce premature equipment failures. 

• Develop engineering solutions to maintenance problems, including ways of reducing or eliminating the need for maintenance through equipment replacement or improvement work. 

• Analyze the effects of preventive maintenance on equipment reliability and maintenance costs for evaluation as a basis for equipment design decisions. 

• Review code and engineering standards related to project design requirements. 

• Identify opportunities and implement solutions which lead to equipment and process improvements.