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Welcome to our training center, where we train professionals of the future!
Our specialists are ready to ensure the smooth operation of your 3D printers. We offer diagnostics, regular maintenance, repairs of any complexity, as well as the supply of original spare parts. Trust us to take care of your equipment so that you can focus on your projects!
Join us and become part of the future of construction!
We teach how to work with Smart Build 3D construction equipment. We train 3D printing designers in our own training centre and offer attractive terms of cooperation for individuals and companies.
A 3D printing construction designer develops and prepares digital models for the construction of objects using 3D printing on robotic systems. The job combines knowledge of architecture, engineering and three-dimensional modelling.
A 3D design engineer creates buildings and structures, as well as individual parts and structures. This is part of a design engineer's role:
The development of the technical project encompasses the appearance, operational characteristics and general parameters of the construction object.
The requisite project documentation is prepared. The selection of materials and preparation of construction mixtures are key aspects of the project.
The author will oversee the project and provide technical assistance as needed. The quality of work performance is assessed and compliance with technical standards and design solutions is verified.
Ensuring compliance with safety standards. Maintenance of equipment and resolution of technical issues pertaining to equipment operation and the printing process.
A 3D designer is required to interact with a number of other professionals, including architects, engineers specialising in heat and ventilation, and other specialists. Should the need arise, a 3D printing specialist can provide training to other employees on the intricacies of operating the equipment.
The role of 3D printing engineer is well-suited to individuals with an interest in innovative construction technologies and a desire to comprehend intricate processes. It is essential that the designer demonstrates systemic thinking and a developed spatial imagination. A creative approach to work, technical curiosity and the ability to understand tasks in detail will be beneficial.
To work as a 3D designer, proficiency in three-dimensional modelling programs is essential, as is the ability to create and read drawings and develop project documentation. It is essential to be open to ongoing training and development in this field, as the construction printing industry is rapidly evolving and it is crucial to stay informed about the latest innovations.
Individuals with a background in construction and a basic understanding of electrical engineering can be trained to work with 3D printing complexes.
Industrial printers are utilised for the creation of objects in a variety of formats.
The construction of buildings for residential, commercial and industrial purposes. The use of three-dimensional printers has the following advantages:
The construction of technical and economic facilities is made possible by individual modules. The blocks are printed in the factory and subsequently transported to the construction site, where they are assembled.
The range of decorative elements and architectural details that can be produced includes facade panels, consoles, columns, capitals and cornices. The printer is capable of producing products in a variety of formats and configurations.
The printer can also be used to create benches, fences, fountains, gazebos and other elements of landscape design. Such objects are printed both on-site and using prefabrication technology, with subsequent assembly.
Modular elements include supports, retaining walls and bases of complex shapes. We offer a range of modular structures, available in both temporary and permanent formats.
We train 3D designers in our own center throughout the year. We train qualified specialists in the field of high-tech construction and offer favorable terms of cooperation.
We will teach you all the intricacies of working with printing equipment, familiarize you with modern technologies that change the perception of construction. Step by step we understand the technological process of 3D printing. We provide a solid theoretical base and also practice the acquired knowledge in practice - our training facilities provide a testing ground.
In the course of the training we introduce the new developments of the company and in detail the features of the robotic printing complexes of Smart Build Service.
The basic training consists of two blocks:
The course includes analysis of technological features and methods of 3D printing, as well as methods of designing objects using specialized software. The course includes engineering calculations, preparation of a design model with its further translation into G-code - a set of commands for building the trajectory of equipment movement.
In the theoretical part we will analyze the principles of printing process control, get acquainted with safety rules and details of equipment maintenance.
During the hands-on sessions, we will talk about the specifics of preparing construction mixes for 3D printing. We will examine how to change the ratio of components depending on the construction task.
We teach how to properly assemble and disassemble pressure equipment. We provide hands-on training at equipped training sites.
Flexible start and year-round format
You can start at any time
A comprehensive program
A complete theoretical framework covering all the basics and hands-on sessions to immerse you in 3D printing.
Short training for professionals
We customize the training schedule to fit your workload and job responsibilities. Printer training takes 40 hours. If necessary, the training period can be extended to reinforce what you have learned. We are committed to keeping your team working efficiently.
7 days of training
Full immersion in the theory and practice of construction 3D printing
3D Printer Maintenance