Diploma - BIM MEP Expert

Revit MEP Course - Plumbing Installations 1 and 2
In this course we will see in detail how to create BIM models of the discipline of pipes and plumbing using the tools provided by the Autodesk Revit software. What you will learn:

• Work collaboratively on multi-disciplinary projects involving pipeline projects
• Model typical elements of plumbing systems
• Understand the logical operation of systems in Revit
• Use manual and automatic pipe routing tools
• Carry out design for velocity and losses in pipes
• Create design reports for pipes

Revit MEP Course for Electrical Systems

This course teaches the use of Revit to model, design and calculate electrical systems. You will learn to work in collaboration with other disciplines related to the design and construction of buildings. What will you learn:

• Model, design and compute electrical systems of buildings.
• Work collaboratively on multidisciplinary projects
• Correctly configure Revit projects for electrical systems
• Perform lighting analysis
• Create circuits and wiring diagrams.
• Work with electrical connectors
• Extract metric calculations from the electrical model
• Extract design reports

Revit MEP Course - HVAC Mechanical Installations

In this course we will focus on the use of Revit tools that assist us in conducting energy analysis of buildings. We will see how to enter energy information in our model and how to export this information for treatment outside of Revit. What you will learn:

• Create templates with suitable settings for mechanical design
• Carry out energy analysis based on building data
• Create thermal load reports
• Export to external simulation software using gbXML
• Create mechanical systems within Revit
• Create piping system for mechanical installations
• Design duct and pipe sizes from BIM model

Complete course of the BIM methodology

In this advanced course I show you step by step how to implement the BIM methodology in projects and organizations. Including practice modules where you will work on real projects using Autodesk programs to create truly useful models, perform 4D simulations, create conceptual design proposals, produce exact metric computations for cost estimates, and use Revit with external databases for Management of Installations. What will you learn:

• Implement the BIM methodology in projects and organizations
• Use BIM programs for construction project management
• Create realistic models that represent construction conditions
• Produce 4D simulations of the construction process
• Create conceptual proposals for initial stages of the project
• Create metric computations from conceptual proposals
• Create detailed metric computations from BIM models
• And more

BIM 4D course - using Navisworks

In this course you will learn how to do collaborative reviews of files from Revit, Autocad, Civil 3D, Plant3D and many other software, all within Naviworks. We will teach you to take virtual tours of the models and create construction simulations. You will learn how to do cross-discipline interference checks and create photorealistic images of the unified model. What will you learn:

• Work collaboratively in BIM teams
• Get tools for inspection and editing of multi-disciplinary BIM files
• Add interactive virtual tours to your project presentation
• Render environments from various programs
• Create runtime simulations in 4D
• Run interference tests between multi-disciplinary models

Inventor Nastran Course

During this course you will learn the typical workflow for the design and simulation of mechanical parts. We will always give a simple and compressible introduction to the theoretical aspects of simulation. This way you can develop criteria and understand the reasons for the parameters that you will find in the program. What will you learn:

• Create mechanical part performance simulations
• Understand the concepts related to numerical simulation using finite elements.
• Understand the workflow in Autodesk Inventor Nastran
• Create static simulations of mechanical problems
• Create nonlinear behavior analysis in mechanics.
• Understand the different types of non-linearity.
• Create dynamic and vibration analysis on mechanical parts
• Conduct fatigue studies
• Carry out heat transfer studies on mechanical parts.