Wei Cheng Lin Email and Phone Number

- Lead 10 survey vessel mobilization by planning and on-site mobilization, including 3 working vessels (20 m up), 2 sport fishing vessels, and 5 self-owned vessels (10 m), 90% of vessels complete on time with client quality standard- Improve the on-site procedures and organizations continuously, turned survey log 100% recorded, increased 10% of efficiency by reducing work duplication and time of reporting.-Planned over 8 projects proactively. Draft and maintain more than 15 RAMS templates, standard equipment packing checklists, DPR templates, and 5 standardized procedures to streamline and enhance the organization’s project planning processes, improve 20 % of project planning efficiency.- Managed site teams by organizing daily tasks and monitoring work hours, ensuring compliance with local labor regulations and company HSE policies. Typically, responsible for overseeing 3 vessels and a crew of 15 personnel.- Organized and led a 1-month training camp for survey crews, covering 5 key company procedures, and successfully trained 8 surveyors in the operation of 4 types of equipment and 3 software applications.- Rich experience in different types of survey projects, includeing geophysical survey, costal management, depth of burial, engineering supprot, 3D-UHRS, etc.- Led and coordinated efforts between the project team, site team, and sub-contractors, ensuring seamless communication through progress meetings and real-time collaboration. Aligned all parties on project timelines to keep the project on track.- Conducted geospatial analysis during the tender, initiation, and operational phases to support decision-making, optimize project planning, and ensure efficient resource allocation.

- Participate or lead survey vessel mobilization, in total 8 survey vessel mobilization by planning and on-site mobilization, including 3 working vessels (30 m up), 2 sport fishing vessels, and 5 self-owned vessels (10 m), 80% of vessels complete on time with client quality standard- Improve the on-site procedures and organizations continuously, turned survey log 100% recorded, increased 10% of efficiency by reducing work duplication and time of reporting.-Planned over 12 projects by assisting project planning and documentation, actively gain the background logic of offshore engineering and combine to self experience and domain knowledge.- Act as the technical lead at site, dive in the site operation and overcome the issues to ensure smooth project operation.- Organized and led a 1-month training camp for survey crews, enhanced the ability of 8 surveyors in the operation of 4 types of equipment and 3 software applications.- Led and coordinated efforts between the project team, ensured the project tasks completed as planned, or mitigate the changes.- Conducted geospatial analysis during the tender, initiation, and operational phases to support decision-making, optimize project planning, and ensure efficient resource allocation.

- Contributed to government projects for the Ministry of the Interior (MOI), Ministry of Transportation and Communications (MOTC) and Ministry of Economic Affairs (MOEA), focusing on infrastructure and advanced technology solutions.- Developed an AI-driven airborne LiDAR classification model to automate data processing. Achieved 80%-90% classification accuracy, reducing processing labor by 30%- Led the verification process for a comprehensive mobile mapping system that integrated 4 different sensors. A cross-validation approach was adapted on 5 scenarios and 8 directions. The test ensured seamless integration and accuracy of all components, confirming the system's readiness for large-scale field deployment- Developed a comprehensive concept for calibrating mobile mapping vehicles, aimed at enhancing operational efficiency. This concept included 4 key principles, which served as a framework for further research and refinement, ensuring that future vehicle calibrations would reduce the transportation time by 50%- Analyzed the feasibility and accuracy of the V-SLAM visual navigation system by evaluating its potential for precise mapping and positioning. This involved reviewing key performance metrics and conducting initial tests to assess its suitability for deployment in real-world environments, leading to insights that shaped the next stage of development.- Drafted a regulation for the National Basemap Infrastructure. The process involved the coordination with stakeholders and ensure the document addressed both technical and policy needs and act as a guideline of further policy