The Project Development & Management Unit is responsible for planning, organizing, and supervising all ISC projects—from concept to implementation—ensuring objectives are achieved on time, within budget, and at the highest quality standards.
• Drafting project proposals in collaboration with funding bodies and industry partners.
• Preparing and managing timelines, resources, and budgets.
• Coordinating between ISC teams to ensure smooth workflow and progress tracking.
• Developing risk management plans and ensuring deliverables meet expectations.
• Monitoring implementation and conducting post-project evaluations to ensure sustainability and knowledge sharing.
Vision: Empowering the ISC to design and execute engineering and technical projects efficiently and professionally.
Mission: To ensure ISC projects are well-planned, resource-optimized, and result-oriented, aligning with both technical and strategic goals.
• Develop and submit research and funding proposals in collaboration with relevant stakeholders.
• Organize project schedules, budgets, and resources.
• Coordinate efforts between various ISC departments.
• Monitor progress and prepare regular performance reports.
• Conduct project evaluations and document lessons learned for future improvements.
Established on June 1, 2025, the unit’s inaugural project is the development of a Ship Simulator Proof of Concept, aimed at integrating high-fidelity 3D visuals, realistic ship dynamics, and advanced instructor tools into a scalable training platform. This project represents a cornerstone in ISC’s mission to enhance maritime training capabilities and strengthen our leadership in simulation technology.
Continue Development of Ship Models for Existing Simulators
As part of its mission to advance maritime simulation capabilities, the Project Development & Management Unit undertakes the design, calibration, and integration of high-fidelity ship models for existing simulators at ISC.
This work involves:
• Hull Form and Geometry Modeling – Creating accurate 3D representations based on real vessel data.
• Hydrodynamic and Maneuvering Performance Tuning – Implementing IMO-standard test results and model basin data to replicate real-world handling.
• Integration with Simulator Platforms – Ensuring full compatibility with ISC’s current simulator infrastructure, including bridge systems, radar, and ECDIS.
• Performance Validation – Conducting trials and adjustments to match operational behavior under varied environmental and loading conditions.
By expanding our library of ship models, ISC can deliver customized training for a wide range of vessel types, ensuring seafarers are prepared to operate in diverse maritime environments.
