Reservoir Management Strategy and measure plan to assess its effectiveness.
Produces work of accurate and presentable quality in the appropriate formats.
Provide technical recommendations on how future reservoir modelling is carried out.
Support the development team with subsurface and production input for the purposes of CAPEX & OPEX budget and business planning process.
Identify key risks and uncertainties associated with development options, quantify their impact and create comprehensive risk assessment with associated mitigation actions.
Manage reservoir engineering studies conducted by consultants and third-party contractors.
Concise reports for reservoir studies, maintaining comprehensive, accessible, and up-to-date records of input and interpreted data.
Cost effective Surveillance Plan to reduce uncertainty, mitigate subsurface risks to deliver production plan, improve development strategy and verify reservoir management effectiveness.
Mobilize to client’s office, when appropriate, abroad or in country, to support team and activities.
Develop and appraise field development opportunities for consideration of the client.
Effectively and openly shares information with the wider organization in support of the overall business goals.
The postholder is expected to adhere to all Legislative requirements the Petrofac 9 Lifesaving Rules and the Petrofac Values.
Builds strong constructive working relationships with a wide range of people both within the local organization and externally.
Overall responsible for reservoir description and modelling, ensuring that models stay current and updated with the latest production, well data and geoscientist interpretation.
Identify and act upon any areas of efficiency in a timely manner with a view of delivering cost savings without risk to safety or production
Provide reservoir and subsurface data to annual field report and reserve reporting process.
Ensure reservoir models are fit for purpose to evaluate development options, like infill drilling, changes in exploitation strategy or recovery mechanisms.
Review and verify legacy reservoir data and models.
Assist asset production team with production forecasting and package uplift planning and scheduling workflow.
Define and implement reservoir management strategy that demonstrably enhance production and optimize resource recovery.
Work with and provide mentor support to personnel as part of Technical Services Contract requirements.
Collaborate closely with Production Engineers on production optimization efforts, identification of opportunities for production enhancement and debottlenecking production, leading well by well reviews and contributing with process optimisation efforts.
Prepare detailed business cases to support opportunities to increase production and/or add resources.
Setting priorities and developing integrated project scopes from multiple inputs from the conception
Ensure optimal delivery of budgetary commitments.
Collaborate within a multidisciplinary subsurface team to assess incremental production and reserves potential of identified opportunities.
Responsible for performing all duties with due regard to the health, safety of self, others and of the environment in which they are undertaken.
Requirements
degree qualified
geomodelling
reservoir simulation
well intervention
production engineering
communication
Able to produce high quality written work and formal presentations which match identified requirements.
Must be able to demonstrate continuing personal and professional development. Professional membership as applicable supported
Ability to communicate formally and informally with a wide range of people.
Ability to work effectively within a team environment.
Comfortable working in multidisciplinary and multicultural teams and various parts of the organization and service lines.
Ability to frame and solve engineering problems with appropriate, innovative solutions.
Ability to lead and work in a team, resolving day-to-day issues as they occur.
Ability to manage system issues and liaise with external support teams to bring resolutions.
Engineering Skills
Knowledge of well intervention equipment and well services operations.
Self-motivated and able to deliver in a goal orientated working environment.
Strong drive to learn and develop own abilities and able to work independently but seek guidance when needed.
Degree qualified or with significant experience working in the oil and gas industry or similar industry in a similar position.
Few years of experience in similar roles
Ability to engage with multidisciplinary teams to explain complex technical issues in a clear manner, to support operational and project management decisions.
Excellent knowledge of geomodelling and reservoir simulation packages.
Good organizational skills, SMART working methods and can demonstrate personal effectiveness in previous roles.
Able to manage priorities and seek support when required.
Working knowledge of the theoretical and practical aspects of production engineering and well servicing.
Knowledge of sand face and upper completion design; sand control (e.g. OHGP) / Cased and perforated / standard, artificial lift completions etc.
Ability to manage multiple work scopes, prioritising and allocating resources as required for the best outcome for the client .
Strong personal values and willing to take clear personal accountability for actions.
Demonstrated verbal and written communication and presentation skills. This requires the ability to articulate in a clear, concise and constructive manner at the appropriate level for the intended audience.
Can demonstrate examples of delivering high quality work, both as an individual and working with a team.
Communication Skills
Benefits
Production forecasts: short term (3 months), medium term (18 months), long term (5 years) for operational and business planning purposes, as well as Life of field profiles for reserves reporting.
Training + Development
Information not given or found
Interview process
Information not given or found
Visa Sponsorship
Information not given or found
Security clearance
Information not given or found
Company
Overview
1981
Year Founded
Established in 1981, the company has been providing services to the energy sector for over four decades.
Provides services to the oil, gas, and energy industries, focusing on engineering and construction.
Operates globally, working with major energy players on projects ranging from design to operations.
Services span engineering, procurement, construction, and maintenance across onshore and offshore facilities.
Has delivered a wide range of projects, including refineries, gas processing plants, and offshore platforms.
Recognized for expertise in complex, large-scale projects, with a particular focus on the energy sector.
Known for building long-term relationships with clients, contributing to the sustainable development of energy infrastructure.
Innovative solutions and technology-driven approach set it apart in the competitive global market.
Culture + Values
Driven – we aim higher, delivering the best result every time; invest in knowledge and capability to become experts; look beyond the easy route to inspire others; unwavering focus on service quality
Agile – we have a responsive mindset and problem‑solving culture; anticipate change, evaluate risk and adapt quickly; combine curiosity and creative thinking to navigate obstacles; embrace innovation and partner on technology
Respectful – we are good corporate citizens; if it’s not the right thing, we don’t do it; care about, respect and protect our people, host communities and the environment; invest in long‑term, trusted relationships with high standards
Open – we work together for success; create an inclusive environment where different opinions, ideas and experiences can thrive; encourage honesty, active listening, and facing challenges as a team; value collaboration and continuous improvement
Environment + Sustainability
Net Zero by 2030
Scope 1 & 2 Emissions
Aiming to achieve net zero in Scope 1 and 2 emissions by 2030 or sooner through strategic initiatives like renewable energy adoption and energy efficiency improvements.
3% annual reduction
Emissions Intensity
Targeting a 3% annual reduction in Scope 1 & 2 emissions intensity over the next three years as part of broader sustainability efforts.
49% reduction
Flare Intensity
Achieved a 49% reduction in flare intensity at Block PM304 through operational improvements and a dedicated flare-reduction taskforce.
25% reduction by 2030
Scope 3 Emissions
Aiming for a 25% reduction in Scope 3 emissions by 2030, focusing on supply chain engagement and low-carbon procurement practices.
Committed to being a net zero company in Scope 1 and 2 emissions by 2030 or sooner
Net Zero Strategy based on ‘Reduce, Transform, Enable’: implementing energy efficiencies, phasing in hybrid/electric vehicles, switching to renewable electricity, fitting smart-building tech, embedding emissions targets in management scorecards
Switching to renewable grid energy (UK ~90% already; Mumbai office fully on renewables); aim for 20% renewable energy globally by 2030
Energy-efficiency initiatives to reduce power consumption 30% by 2030
Operational improvements aiming for 25% reduction in flaring/venting/fugitive emissions by 2030; achieved 20% group reduction in Malaysia site
Transport emissions (6% of footprint) to be cut by 30% by 2030 via fleet efficiency and EV adoption
Working on Scope 3 baseline and engaging supply chain on low-carbon procurement