• Engineering project and construction development

• Management and processing with municipalities and third parties

• Technical direction, construction management, and health and safety coordination

• Technical audits and construction control

• Feasibility studies

• Risk analysis

• Energy and economic sustainability studies

• Infrastructure project management and development

• Maintenance plans

• Industrial plant design

• Product engineering

Mechanical installations

At BALART, we are experts in the design of electromechanical installations. We work with a wide range of calculation software tailored to the specific needs of each project. These include, for example: HAP, EnergyPlus, HASS, dmELECT, CYPE, AutoSprink, PipeFlow, IDA Tunnel, SES, FDS, Camatt, among others.

• Ventilation and Air Conditioning

• Fire Protection

• Water Supply and Drainage

• Water Reuse

• Compressed Air

• Renewable Energy

• Heat Generation

• Specific energy projects: thermal, photovoltaic, among others

• Detailed design of electromechanical installations; advanced design including dynamic energy simulation studies, HVAC simulations, 1D and 3D fluid simulations, among others

• Fire Engineering

Electrical and control installations

• Medium and low voltage. Specialists in electrical systems, we provide safe and reliable installations that comply with the most demanding standards.

• Photovoltaic systems. Delivering technically and economically sustainable designs.

• Lighting. With a focus on comfort and energy efficiency.

• Communication and control installations.

• Telecommunications installations: CCTV, access control, public address systems, SCADA, radio systems, TETRA, variable message sign systems, radar, pollutant detection, among others.

• Earthing systems.

• Lightning protection system

Fire Engineering

• Mobility and evacuation studies and simulations

• Risk analysis, according to the methodology required by the design, both in the industrial and infrastructure sectors

• Design of passive and active systems. Preparation of detailed project documentation (drawings, technical reports, budgets, among others).

• On-site testing in infrastructures. car parks, and other spaces for the definition of ventilation matrices, control algorithm programming, among others.

• Computational Fluid Dynamics (CFD): Design of complex computational fluid mechanics systems. 1D and 3D studies.

• Low Voltage

• Compliance with local regulations and engineering best practices at national and international levels

• Performance-based design certificates. PBD guidelines and internationally recognized best practice documentation (ASHRAE, NFPA, CETU, PIARC, mong others.)

Mobility studies

• Occupancy calculations

• Space design (number of exits, staircases, mong others.)

• Dynamic simulations

• Sensitivity analysis based on occupant behavior, architectural layout, mong others.

Building Information Modelling (BIM)

• Through the use of intelligent three-dimensional models, BIM enables engineering professionals to visualize, plan, design, and manage projects with a high level of accuracy and efficiency.

  • How do we use BIM?

    At our firm, we fully integrate BIM into our engineering projects. From the initial concept phase through construction management and subsequent operation, BIM allows us to work efficiently and collaboratively with all stakeholders involved in the project.

The advantages of BIM

• The use of BIM offers a number of significant advantages for our clients and engineering teams. These benefits include improved coordination among the different design teams, a reduction in errors and conflicts during construction, enhanced communication and collaboration, and improved management of project data and information.

• We continuously train in the latest graphic design technologies, working in a multidisciplinary environment and on projects where architectural, structural, and building services models are constantly coordinated and cross-updated. It is essential to work in a well-organized environment where team members can carry out their work efficiently and systematically, ensuring the highest level of excellence.

  Our engineers have gained extensive experience in system development, working in several key roles depending on the type of project:

  • As Designers, carrying out all relevant design tasks, evaluation of alternatives, calculations and sizing, liaison with public authorities, etc.

  • As Owner’s Engineer, representing the client and ensuring the level of quality control expected from the designer.

  • As Auditors or Independent Checking Engineers, performing a comprehensive review of the design developed by the engineering team and its approval. We adapt to the service required by the client, whether during the design phase or the construction phase, providing support in the form of technical assistance or construction management.

  • Expert reports and technical assessments.

Why choose us?

Trust us with the preparation of projects and the development of the design required by the client. We are here to help ensure the success of your projects and to guarantee their compliance and safety at all times.

Experience and Professionalism: We have a team of highly qualified and experienced engineers specialized in certifications and legalization processes.

Commitment to Quality: We strive to ensure that all our projects meet the most demanding quality standards and comply with current regulations.

Personalized Consulting: We provide personalized advice tailored to the specific needs of each client, ensuring that all their requirements are successfully met.