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case study Canadian FMC - CM Labs Simulations · PDF fileFMC Schilling Robotics also engineers...

Date post: 06-Mar-2018
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FMC Technologies Schilling Robotics ROV Simulation Client success FMC Technologies Schilling Robotics is the world’s leading supplier of subsea remotely operated vehicles (ROVs), manipulator systems, and subsea control systems. The company has a sterling reputation as a supplier of robotic products, primarily for the subsea oil and gas industry. FMC Schilling Robotics also engineers and manufactures high- quality simulators for ROV pilot training. When they developed their newest generation of ROV simulators, they wanted to ensure that they reflected the latest in Schilling Robotics ROV capabilities. Along with new simulation models and scenarios, they were particularly interested in the possibility of dynamically linking simulated cranes, vessels, and ROVs, to provide situation-based team-training capabilities. They also wanted more training scenarios to simulate equipment faults, and more interactions between pilots and simulation assets. Steve Cohan, FMC Schilling Robotics’ Vice President of Controls Technology, needed to find a solution. He was already familiar with the excellent reputation of Vortex Dynamics, the software developed by CM Labs Simulations. Vortex has become an industry standard in offshore and subsea simulation for operator training and virtual planning and testing. It is the most widely used dynamics simulation engine for offshore and subsea simulation applications, and is the core of successful projects throughout the industry. The Company FMC Technologies Schilling Robotics is the leading supplier of subsea remotely operated vehicles (ROVs), manipulator systems, and subsea control systems. The Solution Vortex Dynamics, the industry standard in offshore and subsea simulation for operator training and virtual planning and testing. The Results Powered by Vortex, the FMC Schilling Robotics ROV simulator is an ultra-realistic ROV pilot training system that builds real operations skills and reduces project risk. The Situation FMC Schilling Robotics was lookingm to build a next-generation ROV pilot training solution.
Transcript

FMC Technologies Schilling Robotics

ROV Simulation

Client success

FMC Technologies Schilling Robotics is the world’s leading

supplier of subsea remotely operated vehicles (ROVs),

manipulator systems, and subsea control systems. The

company has a sterling reputation as a supplier of robotic

products, primarily for the subsea oil and gas industry.

FMC Schilling Robotics also engineers and manufactures high-

quality simulators for ROV pilot training. When they developed

their newest generation of ROV simulators, they wanted to

ensure that they refl ected the latest in Schilling Robotics ROV

capabilities. Along with new simulation models and scenarios,

they were particularly interested in the possibility of dynamically

linking simulated cranes, vessels, and ROVs, to provide

situation-based team-training capabilities. They also wanted

more training scenarios to simulate equipment faults, and

more interactions between pilots and simulation assets. Steve

Cohan, FMC Schilling Robotics’ Vice President of Controls

Technology, needed to fi nd a solution. He was already familiar

with the excellent reputation of Vortex Dynamics, the software

developed by CM Labs Simulations. Vortex has become

an industry standard in o� shore and subsea simulation for

operator training and virtual planning and testing. It is the

most widely used dynamics simulation engine for o� shore and

subsea simulation applications, and is the core of successful

projects throughout the industry.

The CompanyFMC Technologies SchillingRobotics is the leading supplier of subsea remotely operated vehicles (ROVs), manipulator systems, andsubsea control systems.

The SolutionVortex Dynamics, the industry standard in o� shore and subseasimulation for operator training and virtual planning and testing.

The ResultsPowered by Vortex, the FMCSchilling Robotics ROV simulator is an ultra-realistic ROV pilot training system that builds real operationsskills and reduces project risk.

The SituationFMC Schilling Robotics was lookingm to build a next-generation ROVpilot training solution.

[email protected] +1 514 287 1166

@vxsim

youtube.com/vortexsim

company/cm-labs-simulations

facebook.com/vxsim

Vortex® is a Canadian registered trademark of CM Labs Simulations, inc

Not only was Vortex a feasible solution for FMC Schilling Robotics’ immediate requirements—Vortex also made sense for

long-term collaboration. That’s because the CM Labs experts have signifi cant experience integrating Vortex software with

complex control systems for hundreds of applications worldwide, ranging from industrial robotics to military and security

systems. Given the depth of their expertise, CM Labs was clearly up to the challenge of integrating Vortex with their ROV

control system. This would enable pilots to use the ROV simulator to familiarize themselves with both the equipment user

interface and ROV troubleshooting approaches. The Vortex team was brought on board to perform the integration, and

immediately made an impression by virtue of their commitment to the project. “The urgency of action was very high,” says

Cohan.

The ROV simulator, powered by Vortex, is now

deployed in FMC Schilling Robotics’ training

departments in Davis and Aberdeen, and

in use all over the world. Training exercises

for the simulator include FM installation

seal test, HP cap retrieval, SCM retrieval,

and UCON installation. The ROV simulator

provides the highest fi delity simulation of ROV

hydrodynamics, propulsion system, tethers,

manipulators, and on-board sensors available.

In addition to emulating precision operations

with manipulators, the ROV simulator program

features sonar, cameras, and transponders

for the most-realistic interactions imaginable.

Instructors have full control of a feature-

rich training “ The capabilities of the Vortex

software are really good.

Functionally, it delivers.” Steve Cohan, VP, Controls

Technology, FMC Schilling environment that allows

them to adjust environment conditions, such as

current and visibility, as well as to create fault

conditions and challenges for the student. Steve

Cohan says he is looking forward to working with

CM Labs Simulations again. “The Vortex team is

collaborative, technically competent, and results-

oriented,” he says.


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