OFS Malaysia

Purpose:

To independently define the concepts, design, prepare and deliver residual Process Engineering deliverables for the assigned project (may include Construction, Commissioning and Offshore assignment) effectively and efficiently according to the specified technical requirements, timelines and budget, and independently deal with and resolve all issues of the project.

Responsibilities:

  • Understands the project specific specifications and requirements of the assigned project (may include Construction, Commissioning and Offshore assignment) and Industry Standard, Classification Society and Regulatory requirements
  • Develops design philosophies, engineering specifications, PFD, P&ID drawings, data sheets, calculations, and equipment sizing specific to the assigned project and validates them with the Lead Engineer.
  • Independently evaluates the process aspect of all the bids received for packages from various suppliers, involves in technical bid evaluation process to ensure that selected vendors meet technical/engineering requirements as stipulated in the project specifications and gives assessment in consultation with Lead Engineer to the Package Engineer.
  • Independently prepares the technical reports (flare & blow down, flare radiation, process simulation basis, heat and material balance, process control description, utility summary, line list, and set point list), safe chart and Process C&E for the assigned project.
  • Independently develops solutions to technical/engineering and related problems by analyzing the issues/data, interpreting the analysis and evaluating various options/measures using experience, precedents and professional references.
  • Participates in safety meetings, explains the process system to the committee and closes the observations and recommendations in a timely manner.
  • Participates in key stakeholder (Client / Supplier / Sub-contractor I Class) meetings, reviews stakeholders' documents and addresses interface/implementation/execution issues, and escalates where necessary to ensure that the project proceeds timely and smoothly.
  • Provides technical /engineering support and advice to Construction/Commissioning work at site, trouble shoots and follows up to rectify the gaps or problems. Where necessary, provides off-site support and advice.
  • Is responsible for capturing lessons learned in his/her functional area, entering in MIMS, and closing out project related MIMS actions.
  • Guides junior Engineers
  • Complies with the MODEC HSSEQ Code of Conduct as described in the HSSEQ Policies, the 14 HSEQ Standards, and the HSEQ Procedures to protect people and the environment at all times. Has a duty of care to ensure that all personnel work in a manner that is not harmful to their own health and safety and the health and safety of others.
  • Complies with MODEC Group's Code of Business Conduct & Ethics and Policies to ensure business activities and decisions conform to the laws and regulations and demonstrates high standard of ethical behaviour.

Requirements:

  • Bachelor's in chemical engineering or Master of Engineering. Alternatively, Diploma in Engineering with several years of relevant working experience. - Minimum 7 years of relevant working experience in Process engineering in oil and gas sector for graduates or at least 12 years of relevant working experience for diploma holders. For Master degree holder, minimum of 6 years relevant working experience.
  • Must be familiar with the applicable industry standards, Company standards, specifications and procedures for his/her functional area.
  • Knowledge on the following technical competencies:
    - Handling independently of technical/engineering matters - Deals with constraints while having to comply with the stringent timelines
    - Deals with challenges related to dealing with internal stake holders such as Engineering contractors, other discipline interfaces Softwares knowledge:
  1. MS Office
  2. AVEVA Engineering
  3. Process simulation (e.g., UNISIM Design, etc.)
  4. Flare system hydraulics (e.g., UNISIM Flare, etc.)
  5. Piping system transient analysis and hydraulics (e.g., Flowmaster, etc.)
  6. Fire water system hydraulics (e.g., Pipenet, etc.)
  7. Separation vessel performance (e.g., MySep, etc.)