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Mechanical design serves as a critical foundation by offering detailed blueprints and schematics for mechanical systems, providing professionals with the necessary guidelines to construct machinery that is both safe and operational. A well-defined mechanical design process is integral to a company's ability to develop products or components that not only meet customer expectations but also perform as intended. The significance of mechanical design lies in its structured approach, leading to the creation of high-quality systems.
In the realm of engineering, mechanical engineering specifically concentrates on the construction and operation of machines. On the other hand, plant engineering is concerned with various aspects, including the construction, maintenance, repair, and inspection of industrial plants. These plants encompass a diverse range, such as process plants, power plants, oil and gas plants, and wastewater treatment plants.
The focus of this aspect involves mechanical and piping systems, materials, equipment selection, sizing, and evaluation. It encompasses the creation of diagrams and the selection of equipment, along with the development of equipment drawings, P&IDs (Piping and Instrumentation Diagrams), general arrangement drawings, and drawings for piping and equipment modules. Additionally, the preparation of Equipment Work Packages (EWPs) is an integral part of this process.
This encompasses the development of pipe specifications, sizing, and evolution, as well as 3D piping modeling. It involves designing orthographic plans, sections, and preparing detailed drawings. The process extends to fabrication and isometric drawing development, along with the creation of Bills of Materials (BOM) for advanced material procurement. Additionally, it includes thermal and dynamic pipe stress analysis for comprehensive design.
This involves the selection and sizing of mechanical equipment, creation of equipment datasheets and specifications, and the preparation of Material Requisitions (MRQs), Technical Bid Evaluations (TBEs), and Purchase Orders (POs) for both equipment and services.
This phase focuses on choosing suitable materials based on mechanical properties and application requirements to ensure optimal performance and longevity.
It involves the seamless integration of mechanical components into larger systems, necessitating coordination with other engineering disciplines to achieve a cohesive and well-integrated outcome.
This entails the design and optimization of HVAC systems for buildings, including thermal comfort analysis and considerations for energy efficiency. The implementation of sustainable and green HVAC solutions is also a key aspect.
This encompasses the design of various material handling systems such as pneumatic conveying, mechanical conveying, weighing, feeding, blending, bulk receiving and loadout (truck and rail), storage, reclaim, silos, bins, chutes, spouts, and ductwork.
