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Quality Management System

Chess Subsea Engineering is proud to announce that we have been awarded ISO 9001 certification, an internationally recognised standard that ensures we meet the needs of our clients through an effective quality management system.Throughout the accreditation process we have developed and implemented a robust quality management system which has enabled us to improve our overall performance and maintain a high level of quality in everything we do. In working towards gaining ISO 9001 accreditation not only demonstrates our strong focus on providing our customers with the highest level of service possible, but also our commitment to investing in the latest technology and developments.

To become ISO 9001 compliant, we underwent an evaluation process that included quality management system development, a management system documentation review/audit and a full assessment.The ISO 9001 certification clearly demonstrates that we have robust and defined procedures in place in all our business areas. So, we can proudly state that Chess Subsea Engineering services are delivered with quality and transparency in mind.

Quality is at the heart of everything we do, and we continuously challenge ourselves to improve our services to meet or exceed the needs and expectations of our customers, while always complying with regulations and specifications

Chess Subsea Engineering is committed to Quality, Health, Safety and Environment (QHSE). Our services are carried out according to the quality management principles of ISO 9001, ISO 14001 and OHSAS 18001.

Our distant learning ecourses are structured based on:

  • BSI/ISO 29993 -2015: Learning services for nonformal education and training- Basic requirements for service providers
  • ANSI/IACET 12013: Standard for Continuing Education and Training
  • ANSI/ISO/IEC 17024: 2012 Conformity Assessment—General Requirements for Bodies Operating Certification of Persons
  • ANSI/ISO/IEC 17024: 2012 Conformity Assessment of outcome of learning services guidance
  • ISO 29992 2018: Assessment of outcome of learning services guidance
  • ASTM E2659-15: Standard Practice for Certificate Programs
  • ISO 9001:2015: Quality Management System
  • ISO-10015 (ISO/TC 176): First edition 199912-15 Quality management — Guidelines for training
  • BS/ISO 29994 – 2021: Education and learning services – requirement for distance leaning

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9 inch Subsea Production Riser Steep Wave Configuration ORCAflex Simulation

8 inch Subsea Production Riser Lazy S Wave Configuration ORCAflex Fatigue Simulation

8 inch Subsea Production Riser Lazy S Wave Configuration ORCAflex Fatigue Simulation

Transient Flow Over a Cylinder : Pressure Contour

Live Testimonials from some of our Candidates

Transient Flow Over a Cylinder : StreamLine Velocity

Engineering of Subsea Production Systems Level 1 and Level 2

Transient Flow Over a Cylinder : Eddy Viscosity

Subsea Hydraulic Flying Leads & Cable Cutters Engineering Design

Steel Catenary Riser & Hook Up Components Engineering Design

SURFs Carousel Engineering Design 3D Animations

Piggyback Block Render & Subsea Bend Restrictor Engineering Design

16 inch Subsea Pipe Pull In Installation Simulation with ORCAFLEX

16 inch Subsea Lazy S Riser with Mid Water Arch Orcaflex Simulation

8 inch Subsea Production Pipeline S Lay Installation Simulation via Articulated Stinger

Subsea Riser Bouyancy Modules 3D Front End Engineering Conceptual Design & Simulations

10 inch Production Pipeline S Lay Installation Simulation via Articulated Stinger ORCAflex Explicit

16 inch Subsea Pipeline Davit Lift Orcaflex Simulation

8 inch Subsea Production Steel Catenary Riser ORCAflex Simulation

2 x 10 inch Subsea Production Riser Pliant Wave Configuration ORCAflex Simulation

ENGINEERING COMPETENCE AT ITS BEST!

From talent development and organizational performance to engineering and operational needs, we are driven by one goal: improve your performance through innovative solutions.

Continuing Professional Development

Our Renewable Energy, Offshore & Subsea Engineering CPD OJT courses are structured for engineers seeking to attain or maintain Chartered Status. Get to know more.

Computational Fluid Dynamics (CFD)

Using CFD, you are able to analyze complex aerodynamics and hydrodynamics problems involving fluid-fluid, fluid-solid or fluid-gas interaction.

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