Our contribution to each project varied but included some of the following:

• Developed compliant functional safety work products (IEC 61508/61511) and led functional safety lifecycle activities for subsea HIPPS projects.
• Managed HAZOP, LOPA, HIPPS architecture studies to identify potential hazards and develop mitigation strategies.
• Led the development and implementation of software solutions for process automation projects in the oil and gas industry.
• Utilized Monte Carlo simulations to assess system reliability and identify critical failure modes and conducted SIL assessment and sensitivity studies for competing HIPPS architectures.
• Developed fault tree models and performed dynamic fault tree analysis to evaluate potential safety hazards in subsea production process, leading to the implementation of key safeguards.
• Conducted reliability/risk analysis studies including FMEDA, cyber-security risk management, and quantitative risk analysis/ SIL verification using various RAMS modelling tools (GRIF, exSILentia, Reliasoft, Saphire, etc) to ensure safety and compliance.
• Provided consultation on HPHT components design and qualification for subsea 20K HIPPS application.
• Redesigned JDA HIPPS architecture, reducing complexity and achieving significant CAPEX reduction and improved reliability.
• Implemented comprehensive approaches used for protecting infrastructure and securing data, including risk analysis and mitigation, cloud-based security, and compliance.
• Designed network architecture for IT/OT integrating SCADA systems and DCS/ and SIS.
• Collaborated with cross-functional teams including engineers, programmers, and operations personnel.

CSI also provided Reliability Analysis and SIL Verification studies for various General Electric (GE) Gas/Steam Turbines Safety Instrumented Functions (SIFs).