Engineering Manager - Production Optimisation

Wood Group; Kuala Lumpur; On-site; MYR 320,000 - 600,000; Full time

Job summary

Wood Group in Malaysia seeks an Engineering Manager to lead the Production Optimisation team within Consulting. The role requires technical leadership across flow assurance, process engineering and multi-disciplinary interfaces, ensuring safe and reliable operations for onshore/offshore assets.

You will develop talent, drive client delivery, and apply innovative digital tools to improve efficiency, safety and cost.

Qualifications

• Solid foundation in flow assurance and process engineering for hydrocarbon systems.
• Integrated systems focus across upstream and downstream with multiple interfaces.
• Familiarity with industry standards, codes and guidelines.
• Customer focus with client-facing experience and delivery to budget/schedule.
• Strong influencing skills for clients and external parties.

Responsibilities

• Lead the Production Optimisation business unit and steer the team.
• Ensure safe, reliable operations and client satisfaction through leadership.
• Demonstrate innovative, solution-minded leadership in a fast-paced environment.

Job description

Remarkable people, trusted by clients to design and advance the world.

Wood has a requirement for an Engineering Manager join their Production Optimisation team within the Consulting business in Malaysia.

Wood has the largest independent team of specialists within its Production Optimisation Consulting business, which includes flow assurance, multiphase flow simulation, computational fluid dynamics (CFD), process simulations, production chemistry, operations troubleshooting and metering & allocation.

Our specialist team supports our customers with innovative technology, sound engineering practices, and robust analytics and field-proven digital tools. Our expertise spans all project stages for onshore and offshore assets. We understand and mitigate key flow assurance issues through our technical consulting services, from design to operations. We are focused on improving efficiency, safety and cost. For more than two decades, we have successfully delivered on over 4,000 flow assurance and related consulting services projects for 200+ companies worldwide.

We are actively applying our multi-disciplinary consulting skillset and are technology focussed. To support our continued growth, we are searching for a solution-orientated and creative leader who has the technical knowledge and people leadership skills to steer our Production Optimisation business unit.
The Engineering Manager leads by example, consistently displaying and enforcing the Company’s values and behaviours, and commitment to the highest standards of safe and ethical behaviour, to ensure safe and reliable operations and client satisfaction. The successful candidate will require an innovative attitude and imagination to continue build on our success in a fast-paced, challenging and fulfilling working environment.

Wood is an inclusive and diverse global community of inquisitive minds and recognised industry innovators, partnering to create new possibilities.

Join a culture of innovation, pushing the boundaries of what is possible to seek the best solutions for our clients.

#LI-Onsite

You must have:

• A solid career foundation in flow assurance and process engineering for hydrocarbon systems
• An integrated systems focus with demonstrable knowledge of the upstream (process) and downstream (wells, reservoir) aspects and the ability to manage multiple interfaces
• Familiarity with industry standards, codes and good practice guidelines
• Customer focus with client-facing experience, proven study management and delivery to budget and schedule expectations
• Strong influencing skills, specifically for clients and or external parties

Further areas of technical experience are desirable:

• Operations experience
• Experience in the design and / or operation of CCS systems, be familiar with different elements of the value chain and have a focus on CO2-rich fluid transport and storage
• Experience in addressing challenges associated with transport of CO2-rich fluid, including phase equilibria and thermodynamics, thermophysical properties of such fluids and the impact of impurities, thermo-hydraulic aspects and chemical reactions