Electrical and Electronics CADD



AutoCAD ELECTRICAL

Electrical and electronics engineering is a branch of science which deals with the applications of electricity, electronics, and electromagnetism. The course diversifies into various fields like the multimedia programmer, technical sales engineer, and project manager. It focuses on giving students practical training to work in laboratories, project and group work. These engineers are responsible for designing, developing and testing electrical equipment. The work profile after completing the course includes designing electronic components apart from software and network system. Students pursuing the course may explore career options in various domains like engineering works, construction, information technology, etc

Electrical AutoCAD

AutoCAD is a drawing tool and is essential for electrical design engineers. AutoCAD is useful for drawing substation schematics, transmission grid schematics, wiring diagram schematics and ladder diagrams. AutoCAD has specific commands to draw wires and assign attributes to them. It also has a large built-in library of electrical symbols and components. The components list covers most big manufacturers. You can also create your own library or buy a symbols library depending on the standard you follow.

Revit MEP

Revit 2016 as modeling tool for mechanical, electrical, and plumbing systems. Revit is the most popular architectural design tool from Autodesk, with capabilities for modeling, analysis, documentation, and collaboration. Beginner, Intermediate, and Advanced users will learn the MEP functions of Revit as it works within the world of Building Information Modeling, or BIM.

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Introduction to building automation / HVAC technology

• Learn about buildings physical principles, heating and hydraulic systems, ventilation and air conditioning, measuring.
• Control technology
• Control of heating plants
• Hydraulics in building systems

Communication in building automation

• The communication protocol BACnet was specially developed for the requirements of buildings. It is suited for both the automation and the management level. The emphasis is placed on building automation with a view to HVAC plants, fire control panels, intrusion detection and access control systems.

Measure technology

• Learn how to measure response, tolerance and errors. Find help at defining variables for HVAC, at the placement and installation of sensors and for planning measurement.
• Psychometric chart - structure and application

Understand heating & cooling technologies

• Demand-controlled ventilation
• Control of ventilation and air conditioning plants
• Heat recovery in the refrigeration cycle
• Refrigeration technology
• Modulation capacity control in the refrigeration cycle

Valves & actuators

• This 3D animation tool to learn about functions of magnetic actuators, for valve demonstration, valve electronics and further features. Click here to download and extract the ZIP before opening the Flash file.
• Refrigeration VASP: No need to think about selection of refrigerant valves again. This excel program makes your life easier

OrCAD

OrCAD is a proprietary software tool suite used primarily for electronic design automation (EDA). The software is used mainly by electronic design engineers and electronic technicians to create electronic schematics and electronic prints for manufacturing printed circuit boards.

OrCAD Capture

OrCAD Capture is a schematic capture application, and part of the OrCAD circuit design suite.Unlike NI Multisim, Capture does not contain in-built simulation features, but exports netlist data to the simulator. OrCAD Capture can also export a hardware description of the circuit schematic to Verilog or VHDL, and netlists to circuit board designers such as OrCAD Layout, Allegro, and others. OrCAD Capture includes a component information system (CIS), that links component package footprint data or simulation behavior data, with the circuit symbol in the schematic. Capture can interface with any database which complies with Microsoft's ODBC standard etc. Data in an MRP, ERP, or PDM system can be directly accessed for use during component decision-making process.

OrCAD PSpice

PSpice was a modified version of the academically developed SPICE, and was commercialized by MicroSim in 1984. MicroSim was purchased by OrCAD a decade later in 1998. OrCAD PSpice is a SPICE circuit simulator application for simulation and verification of analog and mixed-signal circuits.[16] PSpice is an acronym for Personal Simulation Program with Integrated Circuit Emphasis. OrCAD typically runs simulations for circuits defined in OrCAD Capture, and can optionally integrate with MATLAB/Simulink, using the Simulink to PSpice Interface OrCAD Capture and PSpice Designer together provide a complete circuit simuation and verification solution with schematic entry, native analog, mixed signal, and analysis engines.

OrCAD PSpice Designer is available in two options- PSpice Designer and PSpice Designer Plus. OrCAD PSpice Designer includes OrCAD Capture and OrCAD PSpice solution. An upgrade option to PSpice Designer Plus provides the PSpice Advanced Analysis simulation engine for functional simulation and improvement in design yield and reliability.

The PSpice Advanced Analysis simulation capabilities covers various analyses- Sensitivity, Monte Carlo, Smoke (Stress), Optimizer, and Parametric Plotter providing in depth understanding of circuit performance beyond basic validation. The OrCAD PSpice Simulink- PSpice Integration(SLPS)[20] provides co-simulation and helps verify system level behavior. A circuit to be analyzed using PSpice is described by a circuit description file, which is processed by PSpice and executed as a simulation. PSpice creates an output file to store the simulation results, and such results are also graphically displayed within the OrCAD EE interface.

PC Schematic

Overview:

The electrical CAD software, PC SCHEMATIC Automation, gives you the peace of mind and overall view you need each day. Focus on the electrical design, and let the CAD software handle the practical details

Why should you learn?

In the Automation CAD software, you merely have to drag partial diagrams and modules into your project. And then the documentation is ready. With electrical circuit diagrams, PLC diagrams and filled-in lists of every kind. But you can also draw the electrical diagrams yourself, if you wish to. Beyond the basic drawing functions, Automation offers you a comprehensive series of functions specially designed for electrical projects with IEC/EN standards.

Learning outcomes:

  • Learn the drawing schematics for electrical wiring diagrams, control circuit diagrams, pneumatics and hydraulics.
  • Learn how the entire electrical documentation is collected in one single document
  • You will understand how tables of contents – at all levels – are automatically updated
  • You always have a general view of all parts of every single component
  • Learn how Controls Design using standards-based drafting and PLC I/O tools; automation of report generation, and organization of files and projects; Schematic symbol libraries, real-time error checking, schematic design tools.
  • Learn Cinematic-quality rendering and 3D animation, compelling visuals and presentations of Panel Layout module. And, project management that lets designers to collaborate and work with multiple people and teams.