For several small- and medium-sized MEP (M&E) firms, incorporating a 3d BIM-based workflow that works parallel to their conventional CAD-based processes is an extremely painstaking procedure that requires meticulous planning. As facility developers, MEP (M&E) contractors, and consultants demand 3d parametric modelling-based deliverables, transitioning to BIM processes is no longer an alternative for several building services firms who employ only 2d approaches. For instance, engineering services design firms who have been traditionally employing AutoCAD are largely starting to adopt BIM processes based on Revit MEP to deliver coordinated models and drawings. As a result, this necessitates such organisations to undergo comprehensive BIM orientation and project-oriented Revit MEP training courses.
This is a preliminary stage wherein the MEP BIM Consultants Charlotte BIM experts or training providers should meet with firm’s key senior personnel, including project managers, project team leads, senior HVAC engineers, building services designers, piping designers, and electrical engineers, to understand how their roles fit into the company’s workflow and project delivery methodologies.
Once the firm’s senior executives are interviewed, it is important to evaluate important areas which may hamper the BIM implementation process. These include staff resistance, integrating new workflows and tools with traditional processes, solving interdisciplinary communication issues, upgrading hardware infrastructure, and initiating process / software application training for employees.
As opposed to the traditional 2d CAD workflow, the 3d model-based design, documentation, and analysis workflow is more collaborative and necessitates frequent interdisciplinary meetings and discussions. Whilst the conventional process requires each trade to develop its own set of drawings, BIM entails each of the building services trades to work simultaneously on a central file through a process called ‘worksharing’. As a result, such drastic changes brought about by Revit MEP implementation requires key senior personnel to be trained on BIM methodologies.
Once the senior personnel are trained on BIM processes and methodologies, the stage is set for CAD production staff to undergo detailed Revit MEP training course. This training may be conducted in office by Autodesk Certified trainers, may be entirely web-based, or a mix of both. Besides, Autodesk Authorised Training Centers provide short-term orientation courses as well as professional BIM mentoring modules to firms. Such training modules help the production staff as well as the firm’s senior personnel plan how to deploy Revit MEP across multidisciplinary building services teams with a view to reduce rework, increase accuracy, and deliver clash-free MEP (M&E) design projects on time.
This is the most important stage wherein the firm uses the knowledge gained during process and software training to implement projects they have already completed. As a result, this gives a valuable input as to how BIM methodologies enable building services coordination and interoperability between diverse teams.
It is important to note that there is far more to adopting a 3d BIM workflow than just providing Revit training classes to your staff. Deciding to get your firm on the BIM bandwagon shall involve considering how the new approach will affect current organisational processes, project management criteria, staff delegation, interdepartmental communication, and the breadth of your service deliverables.
Building Information Modeling is metamorphosing the AEC industry by forming the skill to virtually create a project on your desktop. The categorization of progressive technology is a center strategy for AEC industries as they are functioning towards developing profitability and improving efficiency. Lachmi Khemlani has wrote “lots of people have argued that disparate BIM, CAD is an vital part of designing process, in that case, it would be complicated to actually outsource it. In coming few years, tell us if CAD, BIM can be successfully outsourced as it done for programming and many other IT fields”.
There are various debates in favor and in against BIM but the actual fact is that it introduces an exceptional opportunity for design industry to create a cohesive, holistic virtual building model, information-rich with the emerged contribution of all disciplines. It removes the conflict among services and quick changes as all the engineering information is comprised already within the model. Therefore, one can immediately view the impact on overall building in the model if any part is modified with respect to scheduling, coordination issues and budget. It also enables the designer to view the structure in advance which is helpful in designing process.
The process of transforming the raster graphics into vector graphics is known as vectorization. This method changes the appearance of images to resemble in model of building. It helps to form maps of aerial or satellite images. Files that are converted into vector formats are compatible with popular applications such as Auto CAD, coral draw, Adobe illustrator and many more. BIM becomes the essential needs of design industry to reduce the work flow and helps in successful implementation. With this technology, there is lots of modeling process that can be separated out to befit work share, including modeling and data enrichment that are best switched by specialized teams functioning in a worldwide synchronized work share atmosphere that take the benefits of diverse skill set from distinct part of the world.