MSE Engineering was responsible for the development of Conceptual, Basic and Detailed Engineering for the expansion of the Distribution Center and the manufacturing area of Softys, in Piraí, Rio de Janeiro.
A Brazilian company in the CMPC group, Softys is active in the production and sale of personal hygiene and household care products. The project includes the installation of a new logistics warehouse of approximately 15,000 m², with an administrative mezzanine, the expansion of the manufacturing area, a new pallet recovery area, expansion of the cafeteria and the retrofit of the existing locker room. Additionally, MSE Engenharia was responsible for developing the plant's Fire Detection and Alarm System (SDAI) Project, ensuring compliance with current safety regulations.
Conceptual Engineering | Basic Engineering | Detailed Engineering | Architecture | Earthworks | Drainage | Drainage | Paving | Foundations | Metal Structures | Electrical Installations (BT) | SPDA | Data, Voice and CCTV | Air Conditioning | SPCI | SDAI
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Definition of the premises, technical guidelines and initial solutions that guide the development of the enterprise.
Development of technical solutions with system definition, design criteria and consolidation of the main guidelines.
Complete preparation of the drawings, details and technical specifications necessary for the execution of the work.
Design and detailing of spaces, considering functionality, technical standards and integration with other disciplines.
Adaptation and modeling of the terrain through cuts, landfills and leveling for the implementation of the building.
Design of drainage systems for collecting and conducting rainwater, preventing flooding and erosion.
Design and specification of paving solutions, considering loads, traffic, and durability.
Design and design of foundations according to soil characteristics and building loads.
Dimensioning and detailing of metal structures, ensuring safety and construction efficiency.
Design of low voltage electrical systems for energy, lighting and power distribution.
Design of the Lightning Protection System, in accordance with technical standards and safety requirements.
Planning of telecommunications infrastructure and monitoring systems, ensuring connectivity and security.
Dimensioning of air conditioning and ventilation systems, aimed at thermal comfort and energy efficiency.
Fire Prevention and Combating System Design, in accordance with technical standards and legal requirements.
Fire Detection and Alarm System design, ensuring continuous monitoring and rapid response to emergencies.
