Training

Training

Python for Naval Architect

Python is a high-level programming language used to create smart and robust web applications. For naval architects, the Python training program can help with intelligent naval applications to satisfy the complex job responsibilities like collecting ship’s data, developing models and drawings, performing numerical computations, visualizing results for decision making and generating reports for stakeholders. We are training aspirants to develop computer programming skills to tackle the tasks in an optimized and smart way. We are also offering internships for the development of computational software in the areas of Sea Keeping, Computational Fluid Dynamics and Ship Hydrostatics.

Training outcomes

  • Set-up python scientific computing environment

  • Enable to develop interactive environments and text editors

  • Efficient programming

  • Scientific computation using Scipy and NumPy

  • Visualization using Matplotlib

Python for Naval Architect

Python is a high-level programming language used to create smart and robust web applications. For naval architects, the Python training program can help with intelligent naval applications to satisfy the complex job responsibilities like collecting ship’s data, developing models and drawings, performing numerical computations, visualizing results for decision making and generating reports for stakeholders. We are training aspirants to develop computer programming skills to tackle the tasks in an optimized and smart way. We are also offering internships for the development of computational software in the areas of Sea Keeping, Computational Fluid Dynamics and Ship Hydrostatics.

Training outcomes

  • Set-up python scientific computing environment

  • Enable to develop interactive environments and text editors

  • Efficient programming

  • Scientific computation using Scipy and NumPy

  • Visualization using Matplotlib

Hull modeling using Rhinoceros

Rhinoceros is a powerful 3D CAD modeller capable of modelling, analysing, rendering, and animating any complex shapes including ship hull forms. Since the software is cost effective and versatile, it has been widely used in the maritime industry. A skill set to use such a tool can lead to high competency in current job market which is driven by simulation-based design processes where conventional skills has become obsolete. 

Generation of 3D hull surface from a lines-plan has been of high demand in the Maritime industry and this training program intend to make you capable enough to develop a faired 3D hull surface from an offset table using Rhinoceros while familiarising yourselves with different modelling features and CAD concepts. 

Training outcomes

  • In-depth understanding of Rhino’s user interface
  • Generate curves that define the original surface of the ship hull
  • Analyze the overall characteristics of a ship hull
  • NURBS modelling concepts
  • Basics of Rendering
  • And many more!

Hull modeling using Rhinoceros

Rhinoceros is a powerful 3D CAD modeller capable of modelling, analysing, rendering, and animating any complex shapes including ship hull forms. Since the software is cost effective and versatile, it has been widely used in the maritime industry. A skill set to use such a tool can lead to high competency in current job market which is driven by simulation-based design processes where conventional skills has become obsolete. 

Generation of 3D hull surface from a lines-plan has been of high demand in the Maritime industry and this training program intend to make you capable enough to develop a faired 3D hull surface from an offset table using Rhinoceros while familiarising yourselves with different modelling features and CAD concepts. 

Training outcomes

  • In-depth understanding of Rhino’s user interface
  • Generate curves that define the original surface of the ship hull
  • Analyze the overall characteristics of a ship hull
  • NURBS modelling concepts
  • Basics of Rendering
  • And many more!

Onshape Training

Onshape is a popular web-based 3D CAD development platform that enables a collaborative workflow where multiple design iterations can be completed in parallel. The real-time work sharing, design reviews, commenting and simultaneous editing options make Onshape a perfect platform to support 3D Hull Modelling in the global marine industry. A team can efficiently work together, from anywhere across the world, to make a design change. Onshape Training can resourcefully help in improving the proficiency of an individual or team working with the maritime industry.

Training outcomes

  • Utilize the features of Onshape user interface
  • Generating 3D hull geometry
  • Produce lines plan from the 3D hull
  • Modelling 3D structures using Part Studio and integrating into assembly
  • Visualizing working of machines using mate connectors
  • Understanding Version control and Multi-User sharing
  • Exporting each part as a detailed drawing

Onshape Training

Onshape is a popular web-based 3D CAD development platform that enables a collaborative workflow where multiple design iterations can be completed in parallel. The real-time work sharing, design reviews, commenting and simultaneous editing options make Onshape a perfect platform to support 3D Hull Modelling in the global marine industry. A team can efficiently work together, from anywhere across the world, to make a design change. Onshape Training can resourcefully help in improving the proficiency of an individual or team working with the maritime industry.

Training outcomes

  • Utilize the features of Onshape user interface
  • Generating 3D hull geometry
  • Produce lines plan from the 3D hull
  • Modelling 3D structures using Part Studio and integrating into assembly
  • Visualizing working of machines using mate connectors
  • Understanding Version control and Multi-User sharing
  • Exporting each part as a detailed drawing

Structural Engineering Training

Engineering training includes refreshing the basics of structural engineering, training program for 2D & 3D development softwares like AutoCAD, Autodesk Inventor and Finite Element Analysis software RFEM. In marine industry, AutoCAD is used in preparation of GA plans, structural layouts, foundation drawings and construction drawings. Autodesk Inventor, one among the leading software used in structural industry aids in creating the 3D models from AutoCAD drawings and RFEM Models. Structural analysis is the most critical step in a design process. RFEM, the finite element package enables in performing the structural analysis and provide viable solutions. The entire training module on the above mentioned softwares focuses on making the candidates not only proficient in the softwares but also enabling them to work with real time problems. Join us to transform yourself from a learner to a designer.

Training outcomes

  • Refreshing Structural Engineering Basics
  • Expertise in AutoCAD 2D & 3D drawings, layers and blocks preparation
  • In-depth knowledge in Autodesk Inventor sketch, part, assembly and drawing generation
  • Proficient in RFEM modelling, loading, boundary conditions assigning and analysis
  • Exposure to maritime real time problem solving

Structural Engineering Training

Engineering training includes refreshing the basics of structural engineering, training program for 2D & 3D development softwares like AutoCAD, Autodesk Inventor and Finite Element Analysis software RFEM. In marine industry, AutoCAD is used in preparation of GA plans, structural layouts, foundation drawings and construction drawings. Autodesk Inventor, one among the leading software used in structural industry aids in creating the 3D models from AutoCAD drawings and RFEM Models. Structural analysis is the most critical step in a design process. RFEM, the finite element package enables in performing the structural analysis and provide viable solutions. The entire training module on the above mentioned softwares focuses on making the candidates not only proficient in the softwares but also enabling them to work with real time problems. Join us to transform yourself from a learner to a designer.

Training outcomes

  • Refreshing Structural Engineering Basics
  • Expertise in AutoCAD 2D & 3D drawings, layers and blocks preparation
  • In-depth knowledge in Autodesk Inventor sketch, part, assembly and drawing generation
  • Proficient in RFEM modelling, loading, boundary conditions assigning and analysis
  • Exposure to maritime real time problem solving