WHAT DOES A PRODUCTION ENGINEER DO?
Published: Dec 24, 2025 - The Production Engineer strengthens manufacturing performance by aligning process capability, equipment reliability, and quality requirements across the production line. This role drives continuous improvement through technical problem-solving, performance metrics, and disciplined standard work to prevent recurring failures and reduce waste. The engineer also enables smooth scale-up and change implementation by coordinating cross-functional support, documenting procedures, and training operators to sustain safe and efficient operations.
A Review of Professional Skills and Functions for Production Engineer
1. Production Engineer Duties
- Cross-Interface: Become the primary interface between the Production and Engineering departments
- Issue Resolution: Act as a focal point for all production-related engineering issues, using knowledge and expertise to solve them effectively
- Fault Analysis: Determine which issues are escalated to the Engineering team for further investigation, providing detailed fault analysis
- Root Cause: Identify problems with the established production process, carrying out root cause analysis to ensure the correct solutions are implemented
- Design Support: Work closely with the Engineering team throughout the design process of new products to ensure that the final deliverable will be manufacturable and testable
- Release Support: Become a key member of the product release process, ensuring a smooth transition from Engineering to Production
- Process Design: Design new production processes and systems
- Process Improvement: Develop the existing production processes and techniques to improve capacity, quality and reliability
- Safety Awareness: Take an active role in the H&S of the production department by identifying any unsafe operations and practices, and suggesting ways to improve
- Quality Control: Acts as a quality gatekeeper for New Product Introduction
- Test Support: Supporting off-site test and subcontract manufacturing activities
- Task Support: Carry out any other reasonable requests
2. Production Engineer Details
- Mechanical Design: Responsible for the design, specification, selection, and services relating to mechanical equipment and storage tanks, in the onshore and offshore oil and gas project environment
- System Evaluation: Evaluates mechanical and electromechanical systems and products by designing and conducting research programs
- Engineering Principles: Applying principles of mechanics, thermodynamics, hydraulics, heat transfer, and materials
- Material Estimation: Estimate the total required material for a specific thickness and length from drawings and manage the cutting layout with optimum use of material or plates
- Feasibility Testing: Confirms system and product capabilities by designing feasibility and testing methods, testing properties
- Quality Testing: Assures system and product quality by designing testing methods
- Product Testing: Testing finished product and system capabilities, confirming fabrication, assembly, and installation processes
- Process Development: Develops manufacturing processes by designing and modifying equipment for fabricating, building, assembling, and installing components
- Report Preparation: Prepares product reports by collecting, analyzing, and summarizing information and trends
- Team Contribution: Contributes to team effort by accomplishing related results
- Design Appraisal: Control and submit the design appraisal to maintain the validity
- ISO Compliance: Promote ISO 9001, other relevant quality, product standards and certifications maintained by the Company
- Schedule Coordination: Coordinate between production and the painter to achieve the delivery schedule
3. Production Engineer Responsibilities
- Process Support: Supports Siemens Energy Tampa Operations in Process Engineering and Manufacturing aspects
- Safety Compliance: Ensures all technicians under their control abide by all safety-related policies and immediately escalates any perceived unaddressed workplace hazards to the appropriate responsible person, including issuing “stop work” orders
- Shopfloor Support: Provides real-time shop floor manufacturing support including leading or participating in lean and automation projects
- Team Supervision: Provides direct supervision of hourly technicians to ensure adherence to approved processes and ensures appropriate on-floor staffing levels are present at all times
- Daily Leadership: Acts as the primary daily lead of technicians in their assigned area
- Ownership Culture: Lead by example and exhibit a high level of personal responsibility to create an “ownership culture” amongst their team members
- Work Instructions: Takes part in generating shop floor work instructions and creating manufacturing standards
- Data Analysis: Performs process data analysis, leads Six Sigma and lean continuous improvement projects, and facilitates ongoing process improvement
- Management Coordination: Works closely with the executive site management
4. Production Engineer Accountabilities
- Operations Supervision: Organize, supervise and optimize blending, filling and warehouse operations
- SSHE Compliance: Ensure Blending, Filling and Warehouse are compliant with the requirements of SSHE or OIMS or CIMS or GPIMS
- SSHE Implementation: Implement the polices or requirements of SSHE or OMIS to maintain a good environment of SSHE
- Team Communication: Keep a good communication channel with the line operational personnel to encourage them to involve the LPS and the sunshine program
- Control Compliance: Implement the policies or requirements of Controls CIMS, HCP, SMC, etc., and coordinate the owned control catalog
- Control Administration: Administer in line control activities to maintain a good control environment in blending, filling and the warehouse
- Data Analysis: Gather and analyze operational data for MEI to monitor the overall production efficiency and reliability, and find improvement opportunities
- Process Troubleshooting: Provide process troubleshooting support, make technical recommendations, improve process engineering tools and develop process procedures
- Supply Chain: Collaborate with Production Planning, Deployment and Distribution for achieving a robust supply chain
- Inventory Planning: Build best practices and functional expertise around planning and inventory management
- Cost Savings: Design and implement strategies to track and identify the potential cost savings
- Opex Control: Monitor and control the operation expense according to the Opex target
- Personnel Management: Personnel management and training, performance appraisal for direct reports and contractors
- Team Coordination: Responsible for the coordination and collaboration within operations and engineering teams
- Workflow Optimization: Optimized workflow with operation and project teams
5. Production Engineer Functions
- HSE Improvement: Develop and implement systems to improve and sustain value in the areas of health, safety, environment, production rates, equipment reliability, cost and quality
- Operations Direction: Follow and direct day-to-day plant operations
- CI Leadership: Participate and/or lead Continuous Improvement teams and subteams
- Project Scoping: Develop initial scope and business case for improvement projects
- Capital Support: Support Capital projects through the FEL process
- Startup Planning: Assist in developing commissioning and start-up procedures for new equipment
- Root Cause: Lead root cause analysis studies to resolve plant process and equipment-related issues
- Environmental Data: Provide technical data for Environmental events such as process leaks and ECAT tasks
- MOC Approval: Participate, lead, and approve MOCs and PSSRs
- PHA Support: Participate in PHAs
- Audit Closure: Responsible for review and resolution of action items as a result of HES, ISO, Insurance audits and PHA studies
- Statistical Monitoring: Monitor intermediate and product analyses and statistical data
- Process Approval: Responsible for specifying or approving process conditions to produce new or modified products in conjunction with the Quality representative
- Complaint Investigation: Assists in the investigation and resolution of customer complaints and nonconforming products
- Procedure Review: Develop, modify and/or review operational procedures
- Trial Coordination: Help coordinate and plan special product trials
6. Production Engineer Overview
- Project Coordination: Carries out the overall project interdisciplinary coordination between members of the operations support groups, throughout one or more project phases of detail design, fabrication, offshore installation and hook-up
- Progress Reporting: Carries out progress reporting on the project
- Contract Scope: Understands the full contractual scope of work, contract type and milestone schedules
- Constructability Review: Reviews constructability and ensures the work execution plan is based on the most productive option
- Lookahead Planning: Conducts fabrication look-ahead meetings and prioritizes materials and drawings to suit
- Change Control: Responsible for documenting all scope of work changes (change orders) and coordinating AFC estimate updates
- Technical Resolution: Solves technical problems and initiates site queries to ensure work disruption is minimized and productivity is optimized
- Fabrication Forecast: Forecast fabrication requirements (deliverable inputs) to meet the project contract schedule
- Issue Escalation: Highlights issues to the Senior Production Engineer or Fabrication Operations Engineer
- Workpack Coordination: Coordinates with MTO, warehouse, and drafting teams to issue work packs
- Workpack Issuance: Issues work packs and follows up on all activities for work pack execution
- Task Listing: Prepare project-specific task listing
- Status Updates: Appraises Senior Production Engineer or Fabrication Operations Engineer of any project issues that affect the forecasted progress, productivity and schedule commitments
7. Production Engineer Details and Accountabilities
- Workpack Priorities: Develops a work pack index and sets priorities and deliverable dates for the discipline teams
- Schedule Impact: Reviews input deliverable dates (material and drawings) and advises on the impact on the fabrication schedule
- Client Queries: Authorizes technical queries or correspondence to be issued to the client
- Execution Planning: Participates in the development of the project fabrication execution plan to meet contract requirements most productively
- Lessons Learned: Prepares project fabrication lessons learnt
- Risk Management: Identifies project risks and opportunities
- Client Relations: Establishes a productive working relationship with client representatives
- Field Guidance: Provides field guidance to meet project specifications, schedule and targets
- Meeting Feedback: Participates and provides feedback in regular site and look-ahead meetings
- Subcontract Coordination: Coordinates with subcontractors for the completion of works
- Team Coordination: Coordinates with the construction engineering team
- QHSES Support: Participates in QHSES initiatives and drives the achievement of objectives
- Policy Compliance: Follow the company policies
8. Production Engineer Tasks
- Process Troubleshooting: Monitoring modifications, upgrades, and troubleshooting existing processes
- Method Evaluation: Investigate, justify and recommend new techniques, equipment or tools, and manufacturing methods to meet competitive business needs
- Efficiency Analysis: Analyse and improve process quality and efficiency
- Data Reporting: Summarize data or information to be used to present and communicate with the team
- Technical Support: Performs technical support activities to maintain reliable and safe manufacturing systems
- Design Coordination: Interface with other internal parties to ensure a coordinated design and complete engineering deliverables
- Abnormality Reporting: Report and document any engineering-related or process abnormalities
- Root Cause: Analyse data to identify root causes of process problems and implement appropriate countermeasures
- CAPA Guidance: Advice on corrective and preventive actions
- Process Improvement: Develop and implement process improvement to optimize the tools and equipment capability
- Productivity Improvement: Continuously to improve processes regarding Productivity, Lead time, FROT, quality and cost
- Statistical Studies: Perform statistical process studies
9. Production Engineer Roles
- Production Optimization: Ensuring continuity and optimization of production
- Project Coordination: Coordinating projects on the manufacturing places as safety, quality, productivity, cost improvement and digital transformation activities
- Problem Solving: Conducting problem-solving activities
- Layout Planning: Machinery planning (line and layout planning, workplace ergonomics)
- Capacity Planning: Product and process planning (Capacities and Invest or Disinvest)
- KPI Planning: Coordinative tasks, long-term investment and strategic planning for KPIs
- Process Improvement: Optimization and general improvement of processes and procedures
- Project Validation: Scheduling the project, carrying out validations according to process instructions, and presenting the results to the customer
- Machine Commissioning: Commissioning and release of new machines or new customer type
10. Production Engineer Additional Details
- Rejection Logging: Log the rejection and find a suitable solution for the part
- Process Planning: Responsible for creating detailed Proplans and using these within the workings to find the correct and most efficient solution, utilising OEM specifications and in-house work procedures
- Shopfloor Support: Resolve shop floor issues, which vary from having an expired CMM, incorrect Proplans, extra work editions, process recovery to spec and providing general advice
- Nonconformance Control: Ensure all non-compliances are managed efficiently to ensure accurate reporting, timely closure and robust containment and corrective actions are in place
- Tooling Development: Lead the development of tooling requirements in accordance with regulatory requirements, including design, maintenance, reliability and repeatability in accordance with business procedures
- Lean Sigma: Lead the lean sigma initiatives in a facilitating or support capacity to identify and eliminate waste activity, promote thorough standardisation and drive out operating and working capital cost
- Training Coordination: Coordinate and assure delivery of the technical training within the value stream including the technical review outputs associated with SBs, ADs, Process specs and or CMM updates
- OEM Liaison: Liaise with SAFRAN OEM engineering in the progression of new repairs and concessions
- Workload Planning: Plan workload effectively, at all times, utilising the time to process map and identify improvements
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This content is part of Lamwork's career intelligence platform and is developed using structured analysis of real-world job data, including publicly available job descriptions, skill requirements, and hiring patterns.
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