MSE Engenharia develops infrastructure for scientific research

MSE Engenharia was responsible for developing the CT Saúde project for CNPEM, in Campinas/SP.

Recognized as one of Latin America's most advanced research and development centers, CNPEM brings together highly complex scientific infrastructure focused on innovation, technology, and the development of strategic research for the country.

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Science and technology projects require integrated engineering, technical precision, and a high level of multidisciplinary coordination.

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Complete development of project stages

The undertaking encompassed the complete development of engineering phases, from initial studies to the executive detailing required for the structure's implementation.

MSE Engenharia's involvement included:

• Preliminary Study (EP)
• Preliminary Design (AP)
• Legal Project (PL)
• Basic Design (PB)
• Executive Project (EX)

This approach allowed for the consolidation of technical solutions aligned with the operational, architectural, and functional needs of the undertaking.

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Structured technical development is essential to ensure efficiency and predictability in implementation.

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Multidisciplinary engineering applied to the undertaking

The scope includes integrated solutions across various engineering and architectural disciplines, ensuring technical coordination and efficiency in project development.

The disciplines developed include:

• Architecture
• Structural
• Foundations
• Earthworks
• Drainage
• Flooring and Paving
• Electrical Systems
• Plumbing Systems
• Fire Protection
• HVAC
• Automation
• Landscaping
• Acoustics
• Visual Communication
• BIM Coordination

The integration between systems and disciplines was crucial to ensure functionality, performance, and technical alignment across all project stages.

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Coordination between disciplines reduces conflicts and increases implementation efficiency.

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Infrastructure focused on innovation and performance

The technical solutions were developed considering the specific requirements of a highly complex research and development environment.

The HVAC, automation, and infrastructure systems were designed to ensure operational performance, environmental comfort, energy efficiency, and adequate support for the complex's activities.

Furthermore, acoustic solutions, visual communication, and landscaping complement the infrastructure, promoting functional integration and an improved user experience.

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Research-focused infrastructures require environments prepared for innovation, precision, and high performance.

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BIM and integrated project coordination

The project was developed in a BIM environment, promoting greater integration between disciplines and efficiency in managing technical information.

3D coordination contributed to:

• Reduced interferences
• Greater technical precision
• Improved executive planning
• Optimization of processes and deadlines

This methodology provides greater control and reliability during development and future implementation phases.

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Digital engineering enhances efficiency and quality in complex projects.

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Engineering applied to scientific and technological advancement

MSE Engenharia's participation in CT Saúde reinforces its experience in highly complex projects focused on science, technology, and innovation.

This project represents another contribution from the company to the development of strategic infrastructures linked to research and national technological advancement.

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Developing infrastructure for science and technology directly contributes to the future of innovation.