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Using WorkPacks for completions offers a transformative approach to streamline your tasks. You can visualize system work packaging, directly link ISOs to systems, and gain insights into work execution status by the system. Whether you prefer a graphical or non-graphical representation, WorkPacks allows you to define a system completion work package. Moreover, it provides the flexibility to customize constraints, encompassing vital parameters like quality checks or physical system tests, ensuring a comprehensive completion process.

WorkPacks was designed to operate and deliver value at all scales of project size and type. WorkPacks has successfully been deployed in small-cap to giga projects. WorkPacks’s first deployment was for covering small-cap brownfield and maintenance turnaround projects at an International Oil Company’s regional project office, handling short-duration projects less than 100 million USD in Total Installed Cost (TIC).
WorkPacks tools for collaborative Path of Construction (POC) can use 2D plot plans and other basic engineering documents such as Process Flow Diagrams, frequently the only type of documents that are available for brownfield/turnarounds, to drive constructability planning. A 3D model and full digital engineering are not needed to use WorkPacks for these projects. Data integration tools, WorkPacks Delta, are used to tie existing information, data sets, and document repositories into the 2D model to tie package information into the work breakdown structure and packages with the platform.
Specifically for brownfield projects, WorkPacks has trade contractor management tools to help with planning, packaging, and trackability of bulk trades typically done without the benefit of fully digital detailed engineering. With Work Packs, facilities management teams and construction managers can open the WorkPacks environment for trade contractors, allowing the contractor to build Installation Work Packages (IWPs) according to the constructability plan and work breakdown structure defined through the POC established in WorkPacks.

Owner Oversight involves the end client organization maintaining visibility and control in steering the project execution while at a level often removed from the detailed work generated by collaborative suppliers within the contract quilt: Engineering, Procurement and Contractors (EPCs), fabricators, equipment suppliers, material supply chain elements, and field trade contractors.
The data integration tools allow these partners to maintain their separate data environments and rely on the existing tools and pass reporting data sets, in their native format, into the WorkPacks platform. With WorkPacks’ data integration tools, existing data sets generated by each partner can be mapped through digital threads and be pulled into the WorkPacks platform via customizable automated workflows. For a single project or across projects, an Owner Operator can use WorkPacks to aggregate project data for the progression of engineering, construction, and completion, establishing a reporting platform for management of the portfolio.

WorkPacks is an instrumental catalyst in elevating project execution productivity. By centralizing information and fostering seamless collaboration, it bridges gaps between stakeholders, ensuring every team member has real-time access to the essential data they need.
Its innovative features allow for robust planning, tracking, and optimization of workflows, minimizing bottlenecks and ensuring tasks proceed as scheduled. The platform’s ability to integrate with other tools and provide visual dashboards ensures informed decision-making, cutting down on costly mistakes and rework. In essence, WorkPacks addresses the chaotic realm of project execution and drives efficiencies at every phase.
AWP implementation, particularly through WorkPacks, has been found to increase project productivity by as much as 25%. Adopting WorkPacks showcases not just a commitment to best practices but also to leveraging the best AWP tool in the market.

WorkPacks enhances collaboration by acknowledging that each user type, each partner on a project, has different needs and different use cases. Additionally, each partner needs a certain degree of control or domain over the data they produce and share with the project.
WorkPacks has been deployed on Giga projects with each project stakeholder, owner, engineer, and contractor with their own data environment. By each partner maintaining a sovereign data environment, each partner controls the degree of information they wish to publish to the other, controlling how and when the data is published.

Data acquisition and transformation within the WorkPacks platform is easy. Partners do not need to waste time translating their data sets between applications. WorkPacks’ automated flows and Digital Threads (DTs) facilitate the data exchange through the use of standard data templates, enabling applications to exchange data based on purpose rather than format. As such, partners can pick when and how they exchange data and do not need to worry if their data sets are in different native formats.

WorkPacks actively supports your project’s sustainability goals by leveraging the principles of Advanced Work Packaging (AWP). AWP inherently promotes sustainability by ensuring projects are executed efficiently, reducing wastage of resources and minimizing the need for rework.
By optimizing processes and minimizing missteps, WorkPacks ensures that materials and resources are used judiciously, leading to less waste and a reduced carbon footprint. Additionally, the streamlined workflows mean fewer idle machinery and equipment hours, which translates to less energy consumption.
Through enhanced collaboration and a structured approach to project execution, WorkPacks not only ensures that your projects stay on track but also that they are executed in a manner that aligns with the broader sustainability aspirations of today’s construction and engineering landscape.

WorkPacks can significantly enhance safety at your project sites. By emphasizing detailed and comprehensive planning, WorkPacks ensures that all necessary resources, materials, tools, and information are available when and where they’re needed. Such meticulous preparation minimizes instances of ad-hoc decision-making or improvisations on-site, which often lead to safety incidents.
WorkPacks’ systematic sequencing of tasks guarantees that operations are conducted in the safest and most logical order. This not only enhances efficiency but also reduces potential hazards arising from overlapping activities or unexpected interferences. With clear visibility into every step of the work process, workers are better informed, leading to heightened situational awareness and a safer working environment.
Additionally, WorkPacks helps manage the flow of personnel and equipment on-site, preventing overcrowding and congestion. By ensuring that only the necessary teams and machinery are present at any given time, it reduces the chances of accidents. Overall, the predictability and clarity provided by WorkPacks contribute to both improved productivity and an enhanced safety culture, fostering a safer workspace for all involved.

AWP implementation, particularly through WorkPacks, has been found to reduce safety incidents by as much as 20%, leading to a safer work environment for all involved. Adopting WorkPacks showcases not just a commitment to best practices but also to leveraging the best AWP tool in the market.

WorkPacks can significantly contribute to the reduction of the total installed cost (TIC) of your projects. By emphasizing efficiency, clarity, and predictability in project execution, it ensures that resources, whether manpower, machinery, or materials, are optimally utilized. This focused utilization minimizes idle time and wastage, leading directly to substantial cost savings.
Furthermore, early identification and proactive mitigation of potential risks and issues, made possible through WorkPacks, prevent costly delays and reworks. A well-structured work process, facilitated by this platform, diminishes the chances of execution errors, saving rectification costs.
In addition, WorkPacks’ integration capabilities across different document management systems, coupled with its robust revision control, ensure that all project stakeholders work from the latest information, reducing discrepancies and the high costs that might arise from potential misunderstandings or conflicts.
Moreover, the platform enhances communication and collaboration among teams, ensuring efficient decision-making. This efficiency, combined with real-time insights, allows projects to adapt swiftly, avoiding the steep costs associated with late-stage changes.

AWP implementation, particularly through WorkPacks, has been found to reduce the total installed cost (TIC) by as much as 10%, leading to more competitive project bids and improved profit margins. Adopting WorkPacks showcases not just a commitment to best practices but also to leveraging the best AWP tool in the market.

WorkPacks delivers tremendous value to both small- and large-scale projects in both the early planning and execution phases.
Risk reduction and value scenarios / benefits in early planning
• Improved incorporation of constructability into the design
• Clarity of information requirements/standards (plan for data quality)
• Alignment of procurement and engineering strategy with field/fabrication and startup strategy
• Improved clarity of priorities
• Improved visibility into constraints during Path of Construction Planning
• Improved shared understanding of the scope
• Earlier guidance to engineering and procurement on need by dates for design/information deliverables

Risk reduction and value scenarios/benefits in project execution
• More granular tracking of progress by work packages
• Improved change management
• Improved identification and resolution of RFIs before field execution
• Reduction in number of RFIs
• Reduction of punch lists in the field
• Fewer last-minute purchases/decreased expediting
• Improved transition from bulk construction to systems completion and testing
• Improved leverage of digital design models for procurement, construction, and startup

WorkPacks provides visibility of plan vs actual in a suite of dashboards reports to provide oversight and monitoring of the planning process, constraint management and progressing. Example dashboards to improve visibility and reduce risk include AWP implementation oversight, CWP readiness over 3 month look ahead; CWP release plans, procurement readiness, module readiness, IWP look ahead and many more. Having a up to date virtual construction model (VCM) in WorkPacks provides project teams with situation awareness they need to reduce risks and drive predictable cost, schedule, safety, and quality outcomes.
With the availability of up-to-date and accurate information in WorkPacks, projects can drastically improve the probability of hitting their schedule. An example would be going from a P-50 to a P-90 schedule. In short, WorkPacks reduces uncertainty and improves predictability.