Work Orders
Knowing What Needs to be Done and When
Creating Work Orders is
EASY AS 1-2-3!
TYPES OF WORK ORDERS
1. Maintenance Work Orders
Maintenance work orders are formal documents that pertain to the upkeep, repair, or inspection of assets within an organization. They serve as important tools for facility and equipment management, ensuring that necessary maintenance tasks are executed in a structured and timely manner. Maintenance work orders detail the scope of work, required resources, and any safety considerations, documenting and streamlining the maintenance process.
The primary purpose of maintenance work orders is to preserve the functionality, reliability, and longevity of assets, preventing breakdowns, defects, or safety hazards. Whether it's a piece of machinery on a production line or the physical infrastructure of a building, maintenance work orders play a vital role in ensuring that assets remain in optimal working condition.
Common Maintenance Work Order Examples
1. Equipment Maintenance Work Orders
These work orders involve the regular inspection, repair, and servicing of machinery and equipment used in manufacturing, production, or industrial processes. Examples include CNC machines, pumps, conveyors, and HVAC systems. Properly maintained equipment leads to increased productivity, reduced downtime, and improved product quality.
2. Facilities Maintenance Work Orders
Facilities maintenance work orders focus on the upkeep of buildings, offices, and other physical structures. This category includes tasks such as plumbing repairs, electrical maintenance, painting, and general building maintenance. Proper facilities maintenance ensures a safe and comfortable environment for employees and visitors.
2. Service Work Orders
Service work orders are used in service-oriented industries to manage and deliver a wide range of services to clients or customers. Whether it's technical support, repairs, installations, or on-site assistance, service work orders help provide prompt and high-quality services while maintaining a structured workflow.
The purpose of service work orders is to streamline service delivery, ensuring that the necessary tasks are completed efficiently and quickly with customer satisfaction as the primary objective. These work orders contain important information, such as the client's request, service details, assigned personnel, required resources, and timelines. Service work orders act as a roadmap for service providers, guiding them through the entire service process to achieve client satisfaction and operational excellence.
Different Types of Service Work Orders
1. Repair Service Work Orders
These work orders address clients' requests for fixing or restoring a malfunctioning product, equipment, or system. Repair service work orders detail the issue, required replacement parts, and the expertise needed to rectify the problem efficiently.
2. Installation Service Work Orders
For new equipment or systems, installation service work orders provide a step-by-step guide for setting up and integrating the equipment or product into the client's environment. They include details on assembly, configuration, and testing to ensure successful installation.
3. On-site Support Service Work Orders
On-site support work orders are issued when clients require assistance at their location. It may involve technical troubleshooting, training sessions, or hands-on help from service technicians.
4. Preventive Maintenance Service Work Orders
Similar to maintenance work orders, preventive maintenance service work orders focus on scheduled inspections and proactive maintenance to prevent future issues and extend the life of the equipment or system.
Best Practices for Handling Service Work Orders
- Prompt Response: Respond to service requests promptly to show clients that their concerns are being addressed and prevent any issues from escalating.
- Clear Communication: Maintain clear and consistent communication with clients throughout the service process, providing updates on progress and any changes in the timeline or scope.
- Streamlined Workflow: Implement a streamlined workflow for service work orders, from creation to execution to ensure efficiency and minimize delays.
- Real-time Tracking: Utilize digital systems to track service work orders in real-time, allowing supervisors to monitor progress, assign tasks, and address any bottlenecks promptly.
- Service Technician Training: Ensure that service technicians are well-trained and equipped with the necessary skills and knowledge to deliver high-quality service.
- Customer Feedback and Follow-up: Gather customer feedback after the service is completed and follow-up to ensure client satisfaction and address any further needs or concerns. A great way to collect feedback is through customer surveys.
- Knowledge Base and Documentation: Maintain a comprehensive knowledge base and documentation for common service issues, resolutions, and best practices, aiding in faster issue resolution and consistency.
WORK ORDER LIFECYCLE
PHASE 1 : Work Order Initiation
The work order life cycle begins with work order initiation, where maintenance requests are submitted and assessed before being converted into work orders. This phase ensures that maintenance tasks are identified, prioritized, and approved in a systematic manner. It allows managers to assess if the work is actually necessary and identify duplicates before work is assigned. The following are key steps involved in work order initiation:
1.1 Request Submission
The work order process starts with the submission of maintenance requests. These requests can come from various sources, including employees, occupants, or automated monitoring systems that detect equipment issues. Requests can be submitted through different channels, such as maintenance request forms, emails, helpdesk software, or facility management systems.
1.2 Initial Assessment and Prioritization
After receiving maintenance requests, the maintenance team conducts an initial assessment to understand the nature and urgency of each issue. The requests are then prioritized based on factors like safety concerns, impact on operations, and the potential for equipment damage or failure. Urgent or critical issues are given higher priority and addressed promptly.
1.3 Work Order Approval Process
Once the initial assessment and prioritization are completed, maintenance work orders that require approval are routed through an approval process. The approval process involves obtaining authorization from relevant stakeholders, such as facility and maintenance managers or department heads. This step ensures that the maintenance tasks align with organizational goals and budgets before proceeding.
Example:
Upon receiving a maintenance request for a malfunctioning air conditioning unit in an office building, the maintenance team conducts a preliminary assessment of the issue's severity. If the issue poses a significant risk to occupant comfort or can lead to further damage to the HVAC system, the work order is prioritized as "High." The work order then goes through an approval process, where the Facilities Manager reviews and authorizes the work order before the maintenance team begins repairs.
PHASE: 2 Work Order Planning and Scheduling
Once the work order is approved, it moves into the planning and scheduling phase. This phase involves creating a detailed plan to execute the maintenance task efficiently and effectively. Key steps in this phase include:
2.1 Resource Allocation and Availability
The maintenance team identifies the required resources, including people, tools, materials, and equipment needed to complete the maintenance task. They also ensure that these resources are available.
2.2 Work Sequencing and Dependencies
The maintenance team arranges the tasks in the most logical and efficient order to minimize downtime and avoid disruptions to ongoing operations. They also identify any dependencies between tasks to ensure smooth workflow.
2.3 Assign a Realistic Timeline
A realistic timeline is established for each task, considering the complexity of the maintenance work, the availability of resources and any constraints. The timeline is communicated to all involved parties to set clear expectations.
Example:
For the approved HVAC repair work order, the maintenance team allocates two technicians with the necessary HVAC diagnostic equipment and replacement parts. They plan the work to begin on the next available date and estimate that the repairs will be completed within three days.
PHASE: 3 Work Order Execution
The execution phase is where the actual maintenance work takes place. It involves carrying out the tasks as per the planned schedule, closely adhering to safety protocols and quality standards. Key steps in this phase include:
3.1 Communicating Work Details to Assigned Personnel
The maintenance team communicates the work order details, including the scope, tasks, and safety considerations to the assigned personnel. This ensures that everyone is aware of their responsibilities and follows proper procedures.
3.2 Tracking Progress and Updates
Throughout the execution phase, the maintenance team tracks the progress of each task and updates the work order status. Real-time updates are necessary for effective communication and to address any unexpected challenges promptly.
3.3 Handling Change Requests
In cases where unforeseen issues arise or the scope of work needs adjustment, change requests may be required. The maintenance team evaluates change requests and updates the work order accordingly, ensuring that all changes are documented.
Example:
During the execution phase, the HVAC technicians begin the repairs following the planned sequence. As they dismantle the faulty unit, they discover additional damage that requires a part replacement not initially accounted for in the work order. The maintenance team submits a change request to the facilities manager for approval, and upon receiving authorization, they proceed with the necessary repairs.
PHASE: 4 Work Order Completion and Closure
The final phase of the work order life cycle involves the completion and closure of the maintenance task. This stage ensures that all work is satisfactorily executed and documented for future reference, record keeping and reporting. Key steps in this phase include:
4.1 Final Inspection and Quality Control
The maintenance team conducts a final inspection to verify that all maintenance tasks are completed according to the specifications and quality standards. They test the repaired equipment to ensure it functions as intended.
4.2 Obtain Client or Requester’s Approval
In some cases, particularly for external clients or tenants, obtaining approval and sign-off from the requester are necessary to confirm that the maintenance work meets their satisfaction.
4.3 Documentation and Archiving
The maintenance team records all relevant data, including work performed, materials used, costs incurred, and any observations during the maintenance process. This information is archived for future reference, reporting and compliance purposes.
Example:
Upon completing the HVAC repairs, the maintenance team performs a final inspection to confirm that the system is functioning correctly and that the issue is resolved. The requester and the facilities manager approve the work order after reviewing the inspection report. The maintenance team then archives the work order documentation for record-keeping.
USING A CMMS TO MANAGE WORK ORDERS
1. Standardizing Work Order Processes
Standardizing work order processes helps maintain consistency and efficiency in maintenance operations. A Computerized Maintenance Management System (CMMS) is a great tool for work order management by providing a centralized platform for creating, managing, and tracking work orders. Here is how a CMMS improves standardization:
1.1 Work Order Creation
A CMMS offers customizable work order templates, ensuring that each work order contains information such as task details, assigned personnel and due dates, following a standardized format.
1.2 Approval Workflow
With a CMMS, the approval process becomes streamlined and automated. Authorized personnel can easily review and approve work orders directly from the system, eliminating delays caused by manual approvals.
1.3 Task Execution Guidelines
A CMMS allows maintenance teams to attach detailed work instructions, documents, or images to work orders, ensuring that technicians have clear guidelines for executing tasks.
1.4 Reporting and Documentation
The CMMS automatically generates comprehensive reports, documenting work order history, maintenance activities, and performance metrics, facilitating standardized documentation.
2. Establishing Clear Communication Channels
Effective communication is critical for effective work order management. A CMMS improves communication by providing a centralized platform for all stakeholders to interact and share information. Here is how a CMMS helps improve communication:
2.1 Centralized Communication Platform
A CMMS serves as a centralized hub for communication, allowing maintenance teams, supervisors, and requesters to exchange messages, updates, and notifications in real-time. Role-based Notifications: A CMMS can send automated notifications to relevant personnel based on their roles, ensuring that everyone receives timely updates on work order statuses and changes.
2.2 Feedback
CMMS software comes with built-in feedback mechanisms like work order rating systems or comment sections, enabling maintenance technicians and clients to provide input and suggestions.
2.3 Transparent Reporting
Through customizable dashboards and reports, a CMMS provides stakeholders with real-time insights into work order progress, facilitating transparent reporting.
3. Implementing Preventive Maintenance Strategies
Preventive maintenance is made more efficient with the support of a CMMS, as it helps schedule, plan, and manage preventive tasks effortlessly. Here is how a CMMS helps with the implementation of preventive maintenance strategies:
3.1 Scheduling Maintenance
A CMMS enables the creation of preventive maintenance schedules based on equipment specifications and performance data, ensuring that maintenance and upkeep are being performed according to manufacturer guidelines.
3.2 Condition-based Monitoring
Integrating condition monitoring sensors with a CMMS allows for real-time data collection, triggering maintenance work orders when equipment parameters deviate from acceptable ranges.
3.3 Data-driven Decision Making
CMMS analytics and reporting capabilities help maintenance teams analyze historical data to make data-driven decisions and optimize preventive maintenance plans.
3.4 Proactive Asset Management
A CMMS stores comprehensive asset information, including maintenance history, warranties, bill of materials (BOM) and O&M manuals streamlining asset tracking and facilitating asset management.
4. Tracking and Analyzing Work Order Data
A CMMS significantly improves the ability to track, analyze, and learn from work order data, providing valuable insights for continuous improvement. The following are ways a CMMS improves data tracking and analysis:
4.1 Key Performance Indicators (KPIs)
A CMMS automatically calculates and generates KPIs, such as MTTR and MTBF, allowing maintenance teams to monitor performance and identify areas for improvement.
4.2 Historical Data Analysis
CMMS data analytics tools enable in-depth historical data analysis, helping detect recurring issues, patterns and trends for proactive maintenance planning.
4.3 Root Cause Analysis
With work order history readily available in a CMMS, performing root cause analysis becomes possible, aiding in identifying and resolving the underlying reasons for failures.
4.4 Predictive Analytics
CMMS predictive maintenance capabilities use advanced algorithms to forecast maintenance needs, optimizing resource allocation and preventing unplanned downtime.
5. Continuous Improvement and Feedback
A CMMS facilitates a culture of continuous improvement by providing platforms for feedback and knowledge-sharing among maintenance teams. Here are some ways a CMMS enables continuous improvement efforts:
5.1 Regular Team Meetings
CMMS reporting features enable data sharing during team meetings, helping maintenance teams collaborate, analyze performance, and strategize improvements.
5.2 Feedback Surveys
CMMS-integrated survey tools allow organizations to gather feedback from maintenance technicians, clients, and requesters, gathering valuable insights for process refinement.
5.3 Training and Skill Development
Some CMMS software can track training and certification records, ensuring that maintenance teams are adequately trained and up-to-date with relevant skills.
5.4 Continuous Learning
CMMS knowledge bases and forums facilitate knowledge-sharing among maintenance teams, promoting a culture of continuous learning and growth.