BIM is a crucial development for the architecture and construction sphere. It represents a significant transition from 2D tools to 3D models backed by BIM processes and workflows. The ability to create object-based or component-based 3D models that include actual doors, walls, windows, etc. builds a higher level of visualization for project stakeholders.

Furthermore, the role of BIM education is decisive in making greater strides towards adopting BIM. With numerous BIM courses and training centers, there is a high probability of experts or BIM – trained personnel to –

– Be employed in various AEC companies

– Or become BIM trainers   

To be effective and efficient, the extension of BIM technology in architecture and construction needs to focus on the present and future challenges. The teaching of BIM should be made mandatory because of its significance in the actual industry. Furthermore, institutes and universities need to develop advanced methodologies for trainers to teach architecture integrated with BIM.

Teaching BIM following construction technology provides students with a clear understanding of its practical applications. Students can leverage various channels to take BIM courses viz. classroom, e-learning, and virtual. Each channel presents significant advantages.

Classroom training – face-to-face learning curriculum taught by experts with project-based internships.  

e-learning – online & self-paced learning through LMS with interactive audio, video, and quiz.

Virtual training – a hybrid model comprising of instructor-led online BIM courses.

Unforeseen problems are encountered during the design and construction phase with architects, developers, engineers, and various stakeholders running back and forth. Besides, there is a constant need to create and resolve RFI’s and ambiguities. These RFI’s can be quite costly to manage and can delay construction.

Professionals with BIM training make projects more effective and efficient through BIM-based parametric software like Revit and model-checking tools like Navisworks. Model-based visualization at every stage helps promote communication and collaboration and helps make sure projects stay within budget and on time.

Professionals with BIM training can fuel better design, construction, and management through 3D modeling, 4D scheduling, 5D cost estimation, 6D sustainability, 7D facilities management, and more. BIM being extremely accurate can cut down on enormous amounts of rework, material waste and mitigate project delays. Training institutes providing BIM education without any practical exposure to projects are insignificant.

To garner complete leverage of BIM training, AEC students and professionals need to enroll in advanced BIM training courses with live project training. Autodesk certified trainers can make the learning experience more interesting and in-depth with their expertise and experience in the BIM industry.

Depending on educational qualifications and aptitude, students can opt for various courses viz. annotation and tagging, Revit Architecture & Structure, Revit MEP, etc. All these courses can be taken through various channels viz. classroom, e-learning, and virtual. E-learning courses are fundamental courses that help learners understand BIM and its tools at a basic level. Furthermore, classroom courses are in-depth, face-to-face, and project-driven. These courses help AEC students and professionals understand BIM in its entirety from the design phase to construction, and facilities management. The hybrid model delivers the same features but does not provide learners with experience on live projects.

Wrapping it up.

NIBT provides top-of-the-line BIM training for AEC students and professionals through various channels. The NIBT-301 advanced classroom course helps students learn about Autodesk Architecture, Structure, and MEP & FP modeling through data-rich & parametric models. The ten module course is comprehensive with the provision of training on live international projects.

Register Now: https://nibt.education