MUHAMMD AZFAR SYAUKANI AZIZAN

Role Overview

As a Senior Structural Engineer based at the Head Office, I work closely with the highest-level plan approval team, overseeing the structural integrity and compliance of maritime and offshore assets. I am responsible for plan approval of oil tankers and offshore barges, including FPSOs and FSOs.

Key Responsibilities

• Lead design reviews of structural equipment and hull drawings in accordance with BV rules and guidelines and international standards.
• Conduct independent structural analyses for global and local scantling verification, covering yielding, buckling, and fatigue.
• Provide technical supervision and expert guidance throughout the plan approval process.
• Deliver training sessions and technical support to clients and Bureau Veritas surveyors.
• Collaborate with cross-functional teams to ensure high-quality, compliant engineering solutions.

Project Highlights

• FPSO Grandmorgu
  Class approval and independent structural analyses for a newly constructed FPSO. Scope included strength and fatigue assessments of mooring porches, riser balcony, and topsides integration with the hull.
• FSO Permata Dulang
  Conversion of a trading oil tanker into an FSO. Performed structural analysis of three cargo holds to verify compliance with Bureau Veritas Rules and guidelines.
• FSO Ledang
  Life Extension Study (RLE) for the FSO Ledang. Conducted fatigue analysis of hull structures and connection details in way of appurtenances, including crane pedestal and metering skid supports.

Role Overview

As a Senior Plan Approval Surveyor (Hull LPO)/Material and Equipment (BVN) Surveyor in the Marine and Offshore Division, I played a pivotal role in ensuring the structural integrity, safety, and compliance of maritime assets according to BV rules and guidelines, international standards such as IMO, SOLAS, MARPOL, MODU, IGC, IBC, and other recognized standards. My responsibilities cover ship structural strength and fatigue assessments, independent analyses, and comprehensive surveys and inspections of marine materials and equipment

Key Achievements

• Ensured rigorous adherence BV rules and international standards such as IMO, in plan approvals and design appraisals.

• Utilized Mars2000, VeristarHull and Femap for strength and fatigue assessment and independent analyses.

• Played a pivotal role in maintaining and enhancing the safety and integrity of maritime assets through diligent inspections and adherence to industry’s best practices.

• Prepared comprehensive technical and commercial reports, offering stakeholders valuable insights into asset status and outcomes of design appraisals and surveys.

Project Highlights

• FSO Nautica Tembikai
  Life extension study of a 173 m Oil Storage Offshore Service Barge owned by EA Technique. Performed 2D and 3D (3 cargo hold FEA) analyses for strength and fatigue assessment.
• FSO Mampu 1
  Life extension study of a 172 m Oil Storage Offshore Service Barge owned by MISC Berhad. Conducted 2D and 3D (3 cargo hold FEA) analyses for strength and fatigue assessment.
• FSO Sepat
  Life extension study of a 229 m Oil Storage Offshore Service Barge owned by PETRONAS. Performed 2D and 3D (3 cargo hold FEA) analyses for strength and fatigue assessment.
• FSO Orkid
  Life extension study of a 294 m Oil Storage Offshore Service Barge owned by MISC Berhad. Conducted 2D and 3D (3 cargo hold FEA) analyses for strength and fatigue assessment.
• FSO Al Shaheen
  FEED study for the conversion of a 330 m VLCC oil tanker into an FSO. Performed 3 cargo hold FEA using Veristar Hull for yielding and buckling assessment.
• FSO Sao Vang
  Conversion of a 249 m Aframax oil tanker into an FSO for the Sao Vang Field, Vietnam. Conducted 2D analysis for strength and fatigue assessment.
• FPSO Sepat
  Structural review of main deck plating and deck transverse web supports in way of a 6000 MT topside module.
• FPSO Layang
  Structural review of main deck structures in way of appurtenances such as crane pedestal, topside module, and metering skid.
• RMN Sea Base Jack-Up
  Full design review of accommodation rigs converted into ESSCOM sea base. Focused on main hull structure, legs, and supporting mat. Used ISYMOST and NSO for 3D modeling, strength analysis, and fatigue assessment.
• 7000 DWT Product/Chemical Tanker
  Full design review of the entire ship structure.
• 9000 DWT Product Oil Tanker
  Full design review of the entire ship structure.

Role Overview

As an Assistant Structural Engineer at Kansai Design Company, Ltd (KDC) in Osaka, Japan, I played a crucial role in supporting the Senior Engineer in the Structural Design Division. My responsibilities included adapting and applying engineering techniques, preparing calculations, conducting analyses, and generating reports in accordance with Japanese Industrial Standards (JIS) and the American Society of Mechanical Engineers (ASME).

Key Responsibilities

• Demonstrated versatility in independently managing projects, spanning case studies, modeling, evaluations, and reporting within the Structural Design Division.
• Executed precise calculations and analyses aligned with JIS and ASME standards, ensuring the accuracy and reliability of engineering deliverables.
• Provided essential support to the Senior Engineer, fostering a collaborative work environment and contributing to the overall efficiency of the team.
• Applied problem-solving skills to address engineering challenges, collaborating with the team to develop effective solutions and contribute to project success.
• Facilitated smooth information exchange through effective communication, ensuring alignment on project objectives and deliverables.
• Ensured strict compliance with JIS and ASME standards in calculations, analyses, and reports, maintaining high-quality engineering practices.

Project Highlights

• Nuclear Power Plant Cooling Fan: Stress analysis (FEMAP) & (NASTRAN)
• Crane Hook Stress Flow Characteristics: Stress analysis (FEMAP) & (NASTRAN)
• Commercial Filter Unit Beam Model: Stress analysis (FAP3)
• The Consolidated Model of Fire and Smoke Transport (CFAST): Research for company final year presentation

Role Overview

During my 2-week internship program in ship construction, I actively participated in various aspects of the shipbuilding process, gaining hands-on experience in both the foundational and intricate stages of construction. My role encompassed a range of tasks, from understanding basic design principles to delving into detailed aspects such as engine design and outfitting.

Key Responsibilities

• Developed a holistic understanding of ship construction, covering design fundamentals, engine intricacies, and outfitting details.
• Experienced welding and oxygen cutting techniques, ensuring safe and efficient execution in shipbuilding tasks.
• Acquired in-depth knowledge of ship engine design, participating in practical applications and discussions with industry professionals.
• Learned the art of outfitting, contributing to the functionality and aesthetics of ships through the installation of interior components.
• Embraced the required attitude and work ethic for success in ship construction, understanding the importance of precision and collaboration.
• Demonstrated effective collaboration with professionals and peers, positively contributing to the progress of construction projects.