In the fast-evolving world of marine engineering and ship design, accuracy, speed, and efficiency are more important than ever. Naval architects and marine engineers rely heavily on advanced software tools to streamline the design, simulation, and analysis of floating structures. Among the most trusted and widely used platforms in this domain is Maxsurf, a comprehensive suite of software developed by Bentley Systems. Maxsurf has emerged as a go-to solution for designing a wide range of marine vessels — from small recreational boats to large commercial ships and offshore platforms. It empowers professionals to create high-fidelity hull forms, evaluate stability, predict performance, and conduct detailed structural assessments, all within a single integrated environment.
Maxsurf enables users to model complex geometries, run hydrostatic and hydrodynamic analyses, and generate reports that comply with international classification standards. What truly sets Maxsurf apart is its user-friendly interface combined with robust analytical tools, which make it suitable for both beginners and seasoned professionals in naval architecture. By integrating CAD modeling, hydrostatics, stability, resistance, motions, structural analysis, and performance prediction, Maxsurf online training helps design teams reduce costs, eliminate errors, and speed up project timelines. Whether for conceptual design or detailed engineering, Maxsurf ensures precision and reliability in every phase of vessel development.
Maxsurf is a specialized software suite designed to support naval architects and marine engineers in designing and analyzing ships and offshore structures. Developed by Bentley Systems, Maxsurf offers a fully integrated platform for 3D hull modeling, stability assessment, hydrodynamic analysis, structural design, and performance prediction. It is recognized across the maritime industry for its powerful capabilities and seamless interoperability among its different modules. The core of Maxsurf lies in its NURBS-based surface modeling, which allows users to design complex hull geometries with high precision. Whether developing a preliminary concept or executing a final design, engineers can use Maxsurf Modeler to define shapes that are both aesthetically pleasing and hydrodynamically efficient. Once the shape is established, users can conduct a wide range of analyses — including hydrostatics, stability, wave resistance, motions, and structural integrity — using modules such as Maxsurf Stability, Maxsurf Resistance, and Maxsurf Structure.
Maxsurf is especially valuable for its integration with other Bentley tools like MOSES (for offshore simulations) and OpenBuildings. It supports compliance with major international standards such as IMO and classification societies like ABS and Lloyd’s Register. With its intuitive workflows, comprehensive reporting, and real-time visualizations, Maxsurf certification helps ensure optimized vessel design from concept to construction.
Maxsurf Modeler is the foundation of the Maxsurf suite, enabling designers to create accurate 3D hull forms using advanced NURBS surface modeling. It supports fast, flexible design modifications, allowing seamless iteration from concept to detailed design. The software provides precise control over curvature, symmetry, and dimensions, ensuring the hull meets performance and aesthetic requirements. With features like fairing tools, section views, and real-time hydrostatic calculations, Maxsurf Modeler simplifies complex tasks while enhancing design quality. Its intuitive interface helps both beginners and experts efficiently design hulls for commercial vessels, yachts, warships, and offshore structures.
Maxsurf Stability is used for hydrostatics and stability analysis of vessels under various loading conditions. It supports both intact and damaged stability assessments, complying with international regulations such as IMO, SOLAS, and classification society rules. Users can simulate multiple load cases, monitor the center of gravity, and calculate righting arms and equilibrium conditions. The module includes features for analyzing tank capacities, performing probabilistic damage analysis, and generating detailed stability reports. With visual feedback and comprehensive reporting, Maxsurf Stability ensures safe vessel operation and aids in achieving regulatory approval during the design process.
Maxsurf Resistance estimates a vessel’s calm-water resistance, which is vital for propulsion system design and energy efficiency. It provides rapid predictions using empirical methods and slender-body theory to calculate resistance across various hull shapes and speeds. The software allows users to evaluate multiple design alternatives by comparing drag curves and performance metrics. By understanding resistance characteristics early in the design phase, naval architects can optimize hull form for reduced fuel consumption and improved speed. Maxsurf Resistance plays a crucial role in energy-efficient and environmentally compliant vessel design.
Maxsurf Motions simulates the dynamic behavior of vessels in waves, helping designers assess seakeeping performance and onboard comfort. The module uses frequency-domain analysis to evaluate motions such as pitch, roll, heave, and yaw across different sea states and headings. It enables prediction of RAOs (Response Amplitude Operators), accelerations, and vertical motions to assess habitability and operational safety. Engineers can analyze the impact of sea conditions on crew and cargo, allowing them to fine-tune hull design and weight distribution. Maxsurf Motions ensures that vessels perform reliably and comfortably in real-world marine environments.
Maxsurf Structure aids in designing and analyzing the structural integrity of vessels, using the hull model created in Maxsurf Modeler. It allows users to generate longitudinal, transverse, and bulkhead components and verify their compliance with classification rules. The software supports finite element modeling and exports structural data for further analysis in Bentley’s SACS or third-party FEA tools. With automated plate definition, section generation, and weight estimation, Maxsurf Structure streamlines structural design while ensuring safety and regulatory compliance. It bridges the gap between hull form development and production-ready structural documentation.
Maxsurf VPP (Velocity Prediction Program) calculates the sailing performance of yachts and other wind-driven vessels. It models aerodynamic and hydrodynamic forces to predict speed, heel angle, and leeway under various wind and sail configurations. This module helps designers evaluate different rig and hull configurations, optimizing them for performance racing or cruising applications. By simulating different courses, wind strengths, and sea states, Maxsurf VPP aids in fine-tuning design for peak performance. It's particularly useful for performance sailing yacht designers and racing teams seeking to gain a competitive edge through accurate performance forecasting.
Maxsurf is a core component of Bentley Systems’ comprehensive portfolio for infrastructure and engineering design. Its seamless integration with other Bentley applications enhances multidisciplinary collaboration, accelerates marine project workflows, and ensures data consistency throughout the vessel lifecycle. As part of the Bentley ecosystem, Maxsurf integrates effortlessly with tools such as MOSES (for offshore structural simulation), SACS (for structural analysis), and OpenBuildings Designer (for interior layout and accommodation modeling). This interoperability allows marine engineers and naval architects to transition smoothly from hull form development to structural analysis, outfitting, and final construction planning without data loss or duplication.
Bentley’s CONNECT platform further elevates this integration by providing cloud-based project collaboration, version control, and secure data sharing among teams spread across locations. Engineers can access shared models, real-time updates, and comprehensive documentation through a centralized hub. This unified approach reduces rework, promotes standardization, and improves regulatory compliance. Moreover, Maxsurf training users benefit from Bentley’s robust support system, including regular updates, training resources, and a global user community. Overall, Maxsurf’s deep integration within Bentley Systems creates a powerful and scalable marine design environment that supports innovation, efficiency, and end-to-end lifecycle management in modern shipbuilding and offshore engineering projects.
Maxsurf stands as a powerful and versatile solution for modern naval architecture, offering a complete suite of tools for hull modeling, stability analysis, hydrodynamics, structural design, and performance prediction. Its intuitive interface, integration with Bentley Systems, and compliance with international standards make it a preferred choice for ship designers worldwide. Whether designing high-performance yachts, commercial ships, or offshore structures, Maxsurf enables faster, more accurate, and more efficient workflows. By streamlining the entire marine design process from concept to construction, Maxsurf not only reduces design errors and costs but also empowers engineers to deliver safer, optimized, and innovative marine vessels. Enroll in Multisoft Virtual Academy now!
Start Date | End Date | No. of Hrs | Time (IST) | Day | |
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30 Aug 2025 | 21 Sep 2025 | 24 | 06:00 PM - 09:00 PM | Sat, Sun | |
31 Aug 2025 | 22 Sep 2025 | 24 | 06:00 PM - 09:00 PM | Sat, Sun | |
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