simulator

VR educational

T-Soft

Dive into a real technological environment without risk to the personnel and plant.

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Stats That Matter

Problem №1

Problem №2

Problem №3

Solution:

Enables streamlined practice of high-risk scenarios in a safe environment, standardising training across all sites. Transitioning from one-time briefing to regular practice of actions according to the protocol; measuring progress in LMS.

High levels of physical trauma on HIF plants

Reduces injury rates by

63%

Solution:

Regular training of emergency situation behaviour (i.e. neutralization & evacuation) without disruption to on-site operations & real-life threats. Systematic training by unified checklists; reducing protocol violation & unsafe actions during control exercises.

Conventional courses lack involvement and real practice

Increase in threat awareness & adequate response

≈30%

Increase in practical results

+33%

Solution:

Immersive VR simulation improves memorization of proper actions both in normal and dangerous situations, threat detection on site and correctness of responses.

Production factors are a cause of >70% of additional risk for plant workers.

Awareness

≈30%

VR Simulator Allows For:

Safe Training

Practice emergency response without the need for real-life equipment.

Fast-tracking to on-site positions

Training before entering the plant, ensuring equipment & environment knowledge, learning production action sequences.

Equipment Commissioning & Modernization

Dry run starting/stopping equipment, familiarize with new units and assemblies.

Standardised Practice Between Sites

Unified practice and scoring between branches and shifts.

Integration & Reporting

Transferring results to LMS, connection to SCADA/HMI interfaces.

Key Features

Maximum Compatibility with T-Soft’s OTS:

Accuracy

Adaptation of mathematical model parameters to the specific plant.

Action Without Risk

Practicing safe control of the plant during startup/stoppage, standard operations, emergency situations as well as simulation of consequences of wrong decisions made by the personnel.

Any emergency, failure, breakdown

Unprecedented set of emergencies and an ability to expand didactic properties and create new emergencies

DCS & AEPS

Converting the original projects of DCS and AEPS with support for configuration files

Automatic Control

An ability for complete automatic control and assessment of the personnel

Expand Without Additional Licensing

Increasing the number of workspaces for users without purchasing additional software licenses within a project

Accuracy of 3D Modelling

Models are built using P&ID, EDMS, point clouds created using highly accurate laser scanner Leica RTC360 as well as photo/video recording. This allows us to achieve a level of accuracy with ~3 mm. deviation, which makes our models as close to reality as possible.

Interactive Modes of Training

Modes like "training", "tutoring", "exam" and "mistake analysis". Control points, checklists, timings, protocol violations and wrong actions — everything is recorded.

Multiplayer

Team scenarios with role distribution: operator, mechanic, observer. The instructor sees all the participants, pauses, returns to control points, notices errors.

Recording & Analysis of Team Conversations via Radio

Voice commands and key phrases. Support for "operator — mechanic — supervisor", recording the conversations and putting them in the report for analysis.

Realistic Interaction with Virtual Environment

Virtual hand and instruments behave as they should: you can touch, grab, hold, rotate, swap. No "one button press" to do those actions. Objects have weight, inertia, friction and react to user interactions.

Practice Team Operations Using AI Bots

If the user is in training alone, the roles of other team members can be taken by bots. They act by protocol, react to voice commands, wait for confirmations, perform actions in sequences and help practicing teamwork without risk.

Integration Process

01

02

03

04

Goal assessment & data collection

Definition of the project goals, reception of P&ID, regulations, assessment of the modelling volume, on site laser scanning and photo/video recording, creation of the VR simulator scenarios.

Result: short TA, training KPI, scenario document describing what users are going to train inside the simulation.

Development

Development of standard/emergency operations, checklists, control points, creation of new mechanics specific to the case. 3D scene and first VR prototype creation. Checking CTC functions and eliminating shortcomings.

Result: a demo for coordination.

Integration, testing and trial operations

Installation and setup of both hardware and software on site. Regular joint testing. Elimination of problems and inaccuracies found during joint testing.

Result: Alpha release.