Industrial Reliability & Asset Integrity Engineer

ATS•Tupelo, MS

11h•Onsite

About The Position

Your day at a glance You start by walking the floor, modeling ATS’s safety culture and checking on predictive maintenance dashboards. By mid-morning you’ve aligned with maintenance on preventive and precision tasks, then stepped into a quick session to refine Work Execution Management (WEM) improvements. After lunch, you partner with internal and external customers on engineered solutions that lift throughput, draft the ROI for a capital replacement, and close the day by updating leadership on ATS/Customer KPI alignment and documenting a Fault Tree Analysis for a stubborn bad actor. What you’ll do Champion and adhere to the ATS safety culture. Ensure compliance with regulatory requirements and ATS policies and procedures. Collaborate with internal/external customers to design engineered solutions that boost reliability and throughput. Spot opportunities for capital equipment replacement and build the ROI case. Apply deep knowledge of operating systems, critical elements, and best practices to advance a precision reliability culture. Use common precision tools and practices effectively. Partner with peers on reliability centered maintenance deliverables, including equipment specific maintenance plans (ESMP). Work closely with maintenance to employ predictive, preventive, and precision strategies to control risk before failure and optimize execution. Collaborate on failure mode and effects analysis (FMEA). Understand WEM and drive improvements identified through reliability strategy sessions. Perform ATS Root Cause, Bad Actor, and Fault Tree Analysis. Communicate with leadership to align ATS and customer KPIs.

Requirements

Bachelor’s degree in engineering (ABET accredited) or equivalent heavy industrial maintenance, reliability, or operations experience.
At least one year of reliability experience.
Proficiency with reliability tool sets.
Hands-on experience performing Root Cause Analysis (RCA).
Involvement with RCM and FMEA.
Master-level proficiency in predictive technology.
Vibration I Certification.
Intermediate proficiency in machine health monitoring.
Experience with Work Execution Management.
Solid technical grasp of electrical or mechanical components, tools, and designs.
Ability to partner with peers to complete FMEA, cause-and-effect diagrams, root cause failure analysis, life-cycle costing, and risk analysis.
Capacity to research and apply new equipment technologies/trends.
Strong problem-solving, math, analytical, and decision-making abilities.
Computer and maintenance systems savvy, including Microsoft Office.
Intermediate verbal communication, facilitation, and presentation skills.
Excellent reporting and technical writing.
Skill in building and sustaining positive, professional relationships.

Nice To Haves

Interest in growing into a leadership role.
Background in data trend analysis, vibration analysis, motor current analysis, oil analysis, lubrication and hydraulic testing, laser alignment, nondestructive testing, infrared thermography, ultrasound technology, acoustic reliability technology, Weibull analysis, and Six Sigma or Lean Manufacturing.
Knowledge of cGMP, NETA, EPA, and OSHA.
Leadership experience leading cross-functional teams.
Infrared I, Ultrasound I, Maintenance Lubrication Analyst I certifications.
CMRP/ARP/CRP/CRL certifications.
Green Belt certification.
STS certification.

Responsibilities

Champion and adhere to the ATS safety culture.
Ensure compliance with regulatory requirements and ATS policies and procedures.
Collaborate with internal/external customers to design engineered solutions that boost reliability and throughput.
Spot opportunities for capital equipment replacement and build the ROI case.
Apply deep knowledge of operating systems, critical elements, and best practices to advance a precision reliability culture.
Use common precision tools and practices effectively.
Partner with peers on reliability centered maintenance deliverables, including equipment specific maintenance plans (ESMP).
Work closely with maintenance to employ predictive, preventive, and precision strategies to control risk before failure and optimize execution.
Collaborate on failure mode and effects analysis (FMEA).
Understand WEM and drive improvements identified through reliability strategy sessions.
Perform ATS Root Cause, Bad Actor, and Fault Tree Analysis.
Communicate with leadership to align ATS and customer KPIs.