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A technical drawing, also known as an engineering drawing, is a detailed, precise diagram or plan that conveys information about how an object functions or is constructed. Engineers, electricians, and contractors all use these drawings as guides when constructing or repairing objects and buildings.
Technical drawings bridge the communication between designers, the people who come up who come up with ideas, and producers, the people who put those ideas into practice. They’re designed as a universal language to be understood by engineers, contractors, and architects.
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Mechanical engineering drawings are used to define the requirements for engineering products/components. They serve as technical manuals and as trouble-shooting tools for identifying the weak spots in a mechanical design. Mechanical drawings rely on precise mathematical equations to accurately depict the mechanism and it component parts.
Electrical drawings (US Site) are technical documents that depict and notate designs for electrical systems. They convey relevant information about lighting, wiring, and power sources, as well as information about voltage and capacity. Technicians rely on electrical drawings during a building’s construction or when repairing a building’s electrical system.
Architectural drawings are detailed, precise depictions of every aspect of the construction being proposed. Architects use the drawings to visualize ideas and concepts, turn a design idea into a coherent plan for a building, and decide the type of supplies and labor that is needed for the project.
AutoCAD includes specialized toolsets, such as architecture, mechanical, electrical, and more. Access over 750,000 intelligent objects and parts with industry libraries. Automate common actions in technical drawings such as inserting doors, generating bills of materials, and creating PLC I/O drawings.
See how customers are using Autodesk software to create technical drawings.
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Federal Equipment Company designs highly innovative elevators for the U.S. Navy with help from Autodesk software, including AutoCAD, Revit, Inventor. Collectively, these programs helped performed initial finite element analysis (FEA), track materials, and optimize designs for manufacturability, ultimately, reducing cost overruns associated with production stoppages and rework.