Operator Training Simulators

The Operator Training Simulators market research delivers current market analysis plus a five-year market and technology forecast. The research covers operator training, simulators, virtual reality simulation, 3D/Immersive, AI spacial simulation, process simulation, control simulation, virtual control systems, digital twins, fidelity level, strategic analysis, market size, industry trends, historical analysis.

Technologies for Operator Training Simulators Continue to Mature

ARC Advisory Group market size and forecast research on Operator Training Simulators is a great way to keep up to date on what new technologies are available from the suppliers of operator training simulators. Generative AI technology has created incredibly realistic virtual reality simulations that can be viewed on the latest generation of VR headsets, on computer screens or in full-scale rooms that have high resolution screens. AI is being used to generate training scenarios and optimize the learning experience. Companies are building unified learning platforms that combine the simulator with other training tools. Operator training simulators can help organizations reduce training costs by allowing operators to learn and practice new skills without the need for expensive equipment or materials. They can also help organizations reduce downtime by allowing operators to train on new equipment or processes before they are implemented in the field. Companies are building unified learning platforms that combine the simulator with other training tools, like video-based training, VR, and in-person instruction, to create a comprehensive and cohesive training program.

Operator Training Simulators Market Trends

In addition to providing a five-year market forecast, the Operator Training Simulators Market Report provides detailed quantitative current market data and addresses key strategic issues as follows.

Generic Simulators for Teaching Fundamental Behavior of Unit Operations

Generic simulators can be a significant development effort for each unit operation that is simulated but have the advantage of not needing to be maintained to match plant changes. Suppliers with a large collection of unit operation simulations can offer these products on a cloud platform available to users at multiple plant sites. 3D spatial simulations using virtual reality and animation technologies can be very effective training tools. The high-resolution spatial simulations are also expensive to develop and require powerful computers and possibly expensive headsets or display systems but once developed they can be used by many different companies as part of an effective training program. The problem with unit-specific simulations is the cost of developing a unique high-fidelity simulation that is significant and is limited to just one plant site. Unit specific simulations also require periodic updates to stay synchronized with new process piping, new reactor catalysts, new distillation trays, modified pumps or valves, and new control strategies or safety logic. These simulation updates require continued maintenance, whereas generic simulations do not require this maintenance.

Cloud Based Training Simulators

The COVID-19 pandemic sent many workers home and applications like Teams, Zoom, and Webex have skyrocketed, changing what people believed possible to accomplish remotely. OTS systems are inherently computer-based and hosting the OTS on a cloud platform can provide a solution for remote learning. Cloud environments tend to be more secure and professionally managed than on-premise networks.

Simulators Must Be Flexible and Up to Date

Operator training simulators can help organizations reduce training costs by allowing operators to learn and practice new skills without the need for expensive equipment or materials. They can also help organizations reduce downtime by allowing operators to train on new equipment or processes before they are implemented in the field. Consider the lifecycle costs of a simulator and plan for maintenance and support. In the past, some greenfield projects used an OTS for initial operator training and abandoned it just a month after startup, wasting a significant investment that only trained new operators when the plant was first started. Use simulation technology for multiple purposes and keep it alive for the life of the plant. Using management of change procedures, changes to the actual running control, safety, or HMI displays can be promptly updated in the OTS to keep the OTS up to date. The OTS simulation can be used for engineering evaluations, testing control systems, control system validation, FAT, console operator training, and field operator and maintenance training. In some plants, process steady-state models are used in conjunction with operations for improved planning, scheduling, or plant optimization and to be effective these models must be kept accurate, often by material balance reconciliation. There is an advantage if the steady-state process models can easily be kept synchronized with dynamic OTS models. Operator training simulations should be continuously (periodically) kept up to date with the plant for the life of the plant.