3D Modelling and Simulation

1) Manage projects from pre-design through to completion, ensuring designs meet client requirements, functionality, and environmental sustainability standards. ​ 2) Review and validate designs to comply with local building codes and regulations, obtaining necessary approvals and ensuring adherence throughout the project lifecycle. 3) Coordinate with clients, consultants, and authorities to ensure clear communication and alignment with design intent and regulatory requirements. 4) Provide design clarifications and support during construction to uphold design integrity and resolve issues as needed. 5) Provide guidance and supervision to junior architects and architectural executives, fostering professional development and ensuring high-quality outputs in line with organisational standards.

1) Develop comprehensive project plans, coordinate with clients, architects, engineers, and contractors, and ensure projects are completed on time and within budget. ​ 2) Lead the architectural design process, review and approve project designs, plans, and construction documents, and ensure they meet client requirements and regulatory standards. ​ 3) Ensure all projects comply with local building codes and regulations, and liaise with relevant authorities for necessary approvals. ​ 4) Conduct site visits to monitor construction progress, ensure quality of work, and resolve any issues that arise during construction. ​ 5) Identify potential risks in project execution, develop mitigation strategies, and proactively address challenges to ensure project success. ​

1) Create and present preliminary design drafts for client approval, ensuring alignment with project specifications. 2) Develop designs that meet safety, structural, and industry-specific standards to ensure reliability and compliance. 3) Generate detailed Solid and Surface CAD models using specialized software like AutoCAD to support engineering and construction projects. 4) Provide various design perspectives and propose construction adaptations or improvements for enhanced project outcomes. 5) Supervise, schedule, and monitor assignments of team members to ensure project timelines and quality standards are met.

1) Conduct seismic surveys and interpret data to identify potential oil and gas deposits, ensuring alignment with Malaysia's geological conditions and regulatory requirements. 2) Perform structural modeling and time-depth conversion analysis to support accurate mapping of subsurface geology and hydrocarbon reservoirs. 3) Integrate seismic data with geological models to improve exploration strategies and optimize well placement for exploration and development. 4) Evaluate subsurface structural uncertainties to refine exploration risk assessments and enhance reservoir management. 5) Collaborate with geologists and engineers to provide insights and recommendations for optimizing exploration and drilling activities, ensuring compliance with environmental, safety, and regulatory standards.

1) Enhance efficiency and reliability of midstream facilities such as pipelines, compressors, and storage systems. 2) Conduct inspections, monitor equipment, and implement maintenance programs to prevent failures and downtime. 3) Address challenges like hydrate formation, wax buildup, or pressure drops to ensure uninterrupted hydrocarbon transport. 4) Develop and enforce operational practices aligned with health, safety, and environmental regulations. 5) Design, evaluate, and implement process improvements or expansions for midstream infrastructure.

1) Coordinate perforation operations with the drilling crew and company representatives, ensuring safe and efficient execution on Malaysian offshore or onshore sites. 2) Advise on perforation strategies, troubleshoot wellsite issues, and support decision-making processes to optimize well performance and safety. 3) Prepare cost estimates for perforation services in compliance with local industry standards and client-specific requirements. 4) Design and plan perforation strategies based on geological and reservoir data to enhance hydrocarbon production and well integrity. 5) Use advanced modeling software to simulate perforation outcomes and ensure the perforation design maximizes production and minimizes wellbore damage, while aligning with environmental and regulatory standards.