MSE Engenharia was responsible for the design and construction of the expansion of the LNBio NB3 Laboratory, a unit of the CNPEM in Campinas, São Paulo.
LNBio (Brazilian Biosciences National Laboratory) is one of the CNPEM's national laboratories, conducting advanced research in biotechnology, biosciences, and health, contributing to the country's scientific and technological development.
The project included the development of Basic and Executive designs using BIM methodology to ensure greater integration between disciplines, system coordination, and precision in engineering solutions. The scope covered Architecture, Structural, Plumbing, Electrical, Utilities, Lightning Protection (SPDA), Fire Protection (SPCI), and HVAC.
In addition to the design phase, MSE Engenharia was responsible for the complete construction, ensuring the implementation of the infrastructure required to meet the technical, operational, and safety standards of a high-complexity laboratory.
Basic Design | Executive Design | BIM | Architecture | Structural | Electrical | Plumbing | Utilities | Lightning Protection | Fire Protection | HVAC | Construction
In addition to the design phase, MSE Engenharia was responsible for the complete construction. The company ensured that all stages of the project were carried out to a high standard and within the established deadlines.
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Development of technical solutions, including system definitions, design criteria, and parameters to ensure project feasibility.
Detailed preparation of drawings and technical specifications required for construction.
Conception and detailing of spaces, considering functionality, technical standards, and interdisciplinary integration.
Structural design and detailing, ensuring safety, stability, and compliance with current standards.
Design of water supply, sewage, and drainage systems, meeting operational and regulatory requirements.
Design of electrical systems for power supply, distribution, and lighting.
Design of utility systems, ensuring adequate support for building operations and processes.
Design of Lightning Protection Systems, in accordance with technical standards and safety requirements.
Design of fire prevention and suppression systems, in compliance with legal and regulatory requirements.
Design of climate control and ventilation systems, focusing on thermal comfort, air quality, and energy efficiency.
