What is the BIM Modeler? Here are 4 steps to become one

A BIM Modeler is a skilled practitioner that uses BIM software to efficiently create and manage a wide array of 3D models. Explore the various tasks, responsibilities, and pathways to becoming proficient in this field.

With the increase of project requirements in BIM, all architectural and engineering firms as well as AECO companies are revolutionizing their work and their organizational structure, offering  new BIM related careers and resources.

If you’re curious about the essential duties of a BIM Modeler, look no further. This article delves into the necessary skills, primary responsibilities, and future prospects associated with this technical role. Additionally, if you aspire to become a BIM Modeler yourself, it’s crucial to your hands on a BIM design software. I highly recommend trying it out for free without any hesitation.

Who is and what does a BIM Modeler do?

A BIM Modeler is a professional who creates models, managing disciplinary (architectural, structural or MEP) and interdisciplinary BIM information models of engineering and architectural works.

The information models are 3D models which are configured as a sort of asset database. They collect all its design information, its realization and its management/maintenance data, while they develop throughout its life cycle, requiring continuous updating and reviewing of each design change.

What are the responsibilities of a BIM Modeler?

BIM Modelers have a series of technical responsibilities, among the main ones are:

• development and constant revision of 3D models for each required discipline in compliance with the right technical specifications while using BIM software in the process;
• the verification of model production to ensure they are consistent with the predetermined standards and objectives;
• internal and external collaboration with other technicians to modify models and projects;
• checking integrity of project entry data;
• checking the projection of construction drawings from 3D models;
• the updating of models following design or changes during execution.

What are the necessary skills of a BIM Modeler?

A BIM Modeler must have:

• technical skills: computer skills in the use of software, tools and all applications useful in BIM processes;
• collaborative skills: teamwork is key to any successful BIM project, because in a work group there are several BIM Modelers. They develop their disciplinary models together and must coordinate, sorting themselves within each others work very often;
• communication skills: the ability to work in a team knowing how to communicate project intentions to colleagues and customers;
• resolving skills: if there are interferences or problems, a good BIM Modeler must never over-react. On the contrary, he must propose quick and effective solutions.

How to become a BIM Modeler? Here are 4 key steps

To be a BIM Modeler you must have certain requirements and for this you must follow and complete 4 fundamental steps:

STEP 1. Study and complete your education

The first step is to study for a degree in construction, architecture or engineering.

STEP 2. Gain technical expertise

Once completed your studies, working in an architecture and engineering firm will help you to familiarize with BIM workflows while you continue to improve your specialistic skills.

STEP 3. Take specific courses and stay up to date

Expanding your knowledge and skills is very important in this field! Following refresher courses while keeping up with computer and technological developments is certainly important.

STEP 4. Acquire industry certifications

BIM certifications demonstrate your expertise and proficiency in BIM methodologies, making you a valuable asset to potential employers or clients.

4 Basic steps to becoming a BIM Modeler

What tools and software does a BIM Modeler need?

A BIM Modeler must possess knowledge of and adeptly utilize a range of software tools to effectively develop and showcase their skills:

1. BIM Authoring software for model creation:
   • architectural modelling software;
   • MEP modelling software;
   • structural modeling software.
2. BIM Tools to integrate the models created with information:
   • software for designing photovoltaic or solar systems;
   • software for metric calculations and economic frameworks;
   • site modelling software;
   • etc.
3. BIM collaboration platforms to work in a collaborative environment, always loading the updated models and all documents useful for the project.