Location: Kuala Lumpur, Malaysia

Type of hiring: Contract

Accountabilities

• Deliver near real-time formation evaluations to support drilling operations and provide guidance on data acquisition strategies.
• Plan and manage cost-effective logging and coring programmes, including the design and analysis of RCAL/SCAL laboratory results, ensuring quality control and assurance.
• Perform advanced petrophysical evaluations using well logs, core samples, and other subsurface data to identify hydrocarbon-bearing zones and assess reservoir properties.
• Liaise with core laboratories to specify petrophysical analysis requirements and recommend best practices to ensure the acquisition of high-quality data.
• Undertake reservoir characterisation studies to understand rock and fluid properties, developing rock typing from core and log data.
• Plan, execute, and oversee petrophysical studies for reservoir characterisation and volumetric resource assessments.
• Provide input for the development of both static and dynamic reservoir models.
• Present findings and recommendations to multidisciplinary teams, senior management, Joint Venture Partners, and host authorities.
• Implement innovative techniques to enhance petrophysical evaluations and workflows.

Qualifications

• A Bachelor's or Master's degree in Petroleum Geology or Earth Sciences.
• A minimum of 10 years' experience in an exploration and production company or a service-related logging firm.
• In-depth knowledge of MWD/LWD, wireline logging tools, and formation evaluation techniques.
• Extensive experience in planning and overseeing data acquisition programmes, particularly well logging.
• Proven experience in designing and ensuring quality control for laboratory analysis of rock properties.
• Expertise in screening carbonate and coal formations, determining VSH/VCL, and optimising methods for log porosity and permeability calculations, calibrated against RCA/SCAL and DST data.
• Proficiency in determining methods for water saturation calculations, including the use of saturation height functions and the calibration of J-Functions with log water saturation at observed contacts.
• Skilled in the use of industry-standard petrophysical interpretation software such as Geolog, Techlog, and IP.
• Familiarity with the evaluation of vintage logs.
• Strong communication skills, with experience working in multinational environments.
• A self-motivated individual capable of working independently with minimal supervision.
• Demonstrated skills in negotiation, organisation, communication, and interpersonal relations.
• Local candidates will be primarily considered.