Sound knowledge of drilling fluid systems, including high-density mud systems and reservoir-compatible fluid design.
Good understanding of managed pressure drilling (MPD) techniques, with the ability to operate effectively within narrow pressure windows.
Experience in managing severe losses and operating in depleted reservoir environments.
Strong understanding of well barrier philosophy and zonal isolation principles.
Ability to respond effectively to well control and loss scenarios, applying structured and disciplined decision-making in high-risk situations.
Proven experience in the design and execution of challenging cementing operations, including high-density cement systems, casing string gas seal (CSGS), and post-cement flow management.
Strong technical communication skills, with the ability to convey complex concepts clearly to both rigsite personnel and management.
Capability to distill and simplify complex technical issues for diverse audiences.
Demonstrated stakeholder management skills, including effective engagement with joint venture partners and service providers.
Proven ability to work collaboratively within multi-disciplinary teams, including subsurface, wells, and operations functions.
Experience in coordinating activities between the Remote Operations Centre (ROC), rigsite, and global technical experts.
Strong analytical capability, including root cause analysis and structured problem-solving.
Ability to conduct systematic troubleshooting of operational challenges such as losses, stuck pipe, and well control events.
Commitment to data-driven decision-making and performance optimization
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10+ years of operational and planning experience on offshore drilling units, particularly semi-submersible rigs, with a solid understanding of associated systems, constraints, and drilling practices.
Demonstrated experience in planning and designing extended-reach drilling (ERD), sidetrack, and complex well trajectories.
Proficiency in the use of industry-standard software such as StressCheck and WellCat for casing design, well architecture development, and contingency planning.
Solid understanding of pore pressure and fracture gradient (PPFG) concepts, including application in wellbore stability assessments and wellbore strengthening design.