Systems Reliability Engineer I
Company Name:-
Niagara Bottling
Job Location:-
Diamond Bar, CA 91765
Job Summary:-
At Niagara, were looking for Team Members who want to be part of achieving our mission to provide our customers the highest quality most affordable bottled water.
Consider applying here, if you want to:
Work in an entrepreneurial and dynamic environment with a chance to make an impact.
Develop lasting relationships with great people.
Have the opportunity to build a satisfying career.
We offer competitive compensation and benefits packages for our Team Members.
Systems Reliability Engineer I
The Systems Reliability Engineer I is responsible for designing Condition Based Monitoring programs for all of Niagaras fixed assets.
These includes working on condition monitoring technologies and develop continuous health monitoring systems to ensure all predictive maintenance related metrics and projects are maintained and completed.
Essential Functions
Develop Predictive analytic systems through Continuous Monitoring of critical asset parameters
Design, construct, install, test and maintain highly scalable data management systems
Ensure systems meet business requirements and industry practices
Build high-performance algorithms, prototypes, predictive models and proof of concepts
Research opportunities for data acquisition and new uses for existing data
Develop data set processes for data modeling, mining and production
Integrate new data management technologies and software engineering tools into existing structures
Create custom software components (e.
g.
specialized UDFs) and analytics applications
Employ a variety of languages and tools (e.
g.
scripting languages) to marry systems together
Recommend ways to improve data reliability, efficiency and quality
Collaborate with data architects, modelers and IT team members on project goals
Develop systems for asset reliability for all manufacturing assets across all Niagara plants.
Support with reliability knowledge the execution of the asset criticality, as part of the Asset Health Assurance Model.
Determine the function, capability, functional failure modes, probability of failure, impact severity and acceptable risk for assets to define the right maintenance requirements to eliminate functional failures and their effects.
Establish a systematic PM/PdM review process wit
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