ePVS + Your Job Position
Learn how you can use ePVS for your specific position
This page provides a description on how certain positions in the manufacturing environment would utilize ePVS.
Click on a Job Position below to expand the information.
Automation Engineer
The Automation Engineer would utilize ePVS to:
Detect improvements in the process
Evaluate time and overcycle occurrences
Task | Time | Tools in ePVS |
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Task | Time | Tools in ePVS |
---|---|---|
Daily performance | Daily | |
Test products in all phases of its life cycle | Shift | |
Monitoring functioning processes and testing of products | Shift | |
Ensure compliance of quality processes and standards | Shift | |
Monitoring for new opportunities for automation within the manufacturing process | Shift | |
Simulating and testing these processes or equipment to ensure they function as desired | Shift | |
Programming new automated components to the manufacturing process | Shift | |
Troubleshooting automated processes or equipment when errors occur | Shift |
Controls Engineer
The Controls Engineer would utilize ePVS to:
Detect improvements in the process
Evaluate time and overcycle occurrences by viewing deviations at the device level
Develop new control and monitoring systems confirming to ISA and CSI standards
Evaluate and analyze plant processes, design, and implement improvements
Task | Time | Tools in ePVS |
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Task | Time | Tools in ePVS |
---|---|---|
Daily performance | Daily | |
Troubleshoot and eliminate control systems issues and handle controls projects | Shift | |
Develop new control and monitoring systems confirming to ISA and CSI standards | Shift | |
Conduct pre-start up equipment walks to validate installation & | Shift | |
Understand process control issues and develop control solutions to enhance process with Manufacturing Engineer | Shift | |
Troubleshoot problems with current PLC control systems | Shift | |
Reverse engineer current systems and programs for performing failure recovery | Shift | |
Reply to downtime events impacting Production | Shift | |
Analyze plant processes, design and implement improvements | Hourly | |
Troubleshooting issues with hardware and processes | Hourly |
|
Plan preventative maintenance | Hourly |
Industrial Engineer
The Industrial Engineer would utilize ePVS to:
Detect improvements in the process
Evaluate time and overcycle occurrences by viewing deviations at the device level
Task | Time | Tools in ePVS |
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Task | Time | Tools in ePVS |
---|---|---|
Daily performance | Daily | |
Last 2 shift performance | Daily | |
Review notes from previous shifts | Daily | |
Message history | Daily | |
Time utilization | Daily | |
Hardware performance | Daily |
|
Evaluate changes from previous shift | Daily | |
Previous shift issues | Shift | |
Issues corrections from previous shift | Shift | |
Verify previous issues corrections | Shift | |
Current shift corrections | Hourly | |
Setup checks and monitoring | Hourly | |
Review last N cycles | Hourly |
Maintenance Manager
The Maintenance Manager would utilize ePVS to:
Review the daily performance of the factory and review any issues that may counteract the performance
Evaluate and record all issues to build a database for checks/maintenance for daily, weekly, monthly, and annual maintenance
Task | Time | Tools in ePVS |
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Task | Time | Tools in ePVS |
---|---|---|
Daily performance | Daily | |
Review the previous shift issue list and Notes | Daily | |
Check the current status of the performance and efficiency | Daily | |
Develop maintenance procedures | Shift | |
Ensure efficient repair schedules and review repair cost estimates | Shift | |
Prioritize the maintenance and repairs of company equipment and parts | Shift | |
Control and monitor inventory | Hourly | |
Carry out inspections of the facilities to identify and resolve issues | Shift | |
Check electrical and hydraulic systems of equipment to ensure functionality | Shift | |
Allocate workload and supervise upkeep staff | Hourly | |
Monitor equipment/parts inventory and place orders when necessary | Hourly |
|
Keep maintenance logs and report on daily activities | Hourly |
Manufacturing Engineer
The Manufacturing Engineer would utilize ePVS to:
Detect improvements and streamline manufacturing processes, procedures, and methodologies to improve product outcomes in the process
Evaluate all technical problems for projects and products
Task | Time | Tools in ePVS |
---|
Task | Time | Tools in ePVS |
---|---|---|
Daily performance | Daily | |
Optimizing each individual stage of the manufacturing process in turn | Shift | |
In new facilities or production set-ups, establishing systems and determining the best process of manufacture | Shift | |
Monitoring of equipment and identifying opportunities for improvements to increase productivity while maintaining product quality | Hourly | |
Analysis of necessary manufacturing processes to determine the most effective equipment | Shift | |
Optimization of machine and equipment use through ongoing analysis and identification of inefficiencies within the system | Hourly | |
General oversight and monitoring of machinery, including project coordination for maintenance, upgrades, and repair when needed | Hourly | |
Working with manufacturing staff to train on new equipment or optimization processes | Shift |
BEET
Beyond Equipment Efficiency and Throughput