PROGRAM'S BACKGROUND

This program provides comprehensive AutoCAD MEP training on how to design, model, and make construction documents for a piping system used in oil and gas companies, petrochemical companies, and commercial, institutional, and waste water environments. The hands-on exercises teach how to lay out systems from schematic design through to the design development and project construction documentation phases.

PROGRAM'S OBJECTIVES

This Program’s Attendees Will Be More Able To:

›       Create, label, and modify a process flow diagram

›       Create a piping model and define route preferences

›       Place piping equipment

›       Lay out pipes and fittings

›       Lay out symbols, lines, and inline annotation in ISO mode

›       Tag, schedule, and plot process flow diagrams and piping models

PROGRAM'S ATTENDEES

›       Piping Draftsmen

›       Architectural Drafters

›       Civil Engineering Drafters

›       Mechanical Engineers & Drafters

›       Interior Design Drafters

›       CAD Technologists

›       3D Modeling/Rendering Technicians

›       Electrical Drafters

›       CAD Coordinators

›       CAD Managers

›       Architecture Project Coordinators

›       Mechanical Project Coordinators

›       Interior Design Project Coordinators

›       Rendering 3D Modeling Managers

›       Computer Aided Design Technicians

PROGRAM'S OUTLINE

›       Fundamentals of piping

›       Introduction to piping

›       P & ID preparation

›       Drafting of piping elements Using AutoCAD MEP to design piping systems

›       Working with process flow diagrams

›       Designing a piping system

›       Creating a schematic diagram

›       Modifying a schematic diagram

›       Using schematics in isometric mode

›       Piping codes and standards

›       Piping material specifications and pipe fittings, flanges

›       Calculation of standards properties of commercial piping materials

›       Working with piping

›       Defining routing preferences and piping systems

›       Adding piping equipment

›       Adding pipes and pipe fittings

›       Mechanical and process equipment

›       Flow diagrams

›       Piping isometric, GA, piping and equipment layout and fabrication & erection drawings

›       Pipe supports

›       Determination types of pipe support and maximum allowable span

›       Design of process piping requirements per ASME B31.3

›       Hydraulic design of piping systems

›       Pipe design calculations-material, size & wall thickness

›       Design calculation of pipe stresses by thermal expansion stress / sustained loads

›       Design calculations of wind load on a piping support in open terrain

›       Process mechanical equipment (static & rotary)

›       Protection of pipe and insulations

›       Welding & NDT

›       Piping documentation

›       Annotation of a pipework model

›       Using sections and elevations

›       Creating and editing schedules

›       Creating a construction drawing

›       Creating and managing plotting sheets

›       Publishing drawings to DWF files

ADDITIONAL DETAILS