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PG Diploma in Piping Design #3

PG Diploma in Piping Design Course

Piping design software is an inevitable part of piping engineering in recent times. Using these piping software packages a piping engineer/designer prepares 3D and 2D models of the exact plant. The exact piping arrangements are produced with exact dimensions, coordinates, and sizes similar to the real plant which helps in actual space estimation, clash checking, pipe routing, and supporting. Abroad, especially in gulf countries, the requirement of piping designer and piping design engineer is huge.

4.5
4.5/5

Piping Design Course Syllabus

Volume - I EQUIPMENT

CHAPTER-01: Introduction about Piping & PDMS, PDMS Login and MDB, PDMS Modules Introduction (like equipment, pipe, structural, hangers & supports, cable tray, HVAC and report, etc…), advance of PDMS design concept, creation of Equipment, primitives & Standard Equipment, Electrical equipment component and cut out Primitives.
How to Create Nozzle, Nozzle Placement, type of Nozzles, Nozzle Orientation, Nozzle Specification Selection and Nozzle class selection, copy of primitive and offset, mirror and rotate
Equipment co-ordination, Position of equipment, create & Modification of list, working with 3D view, using command window, using of Explicitly and Relatively position, basic equipment creation, use of position control tool.
Creation of Standard Equipment in the library file, modify Property of the standard Equipment, Equip
Usage of the Model Editor Tool, edit settings, selection settings, How to use with the Model Editor tool and model editor settings, set the increment of model editor, delete selection and use of wholly / partially within.
Creation Working Plane, Creating deferent shape use with Extrusion primitives And Revolution Primitives, Creating Mitter Bends.
Deals with the general settings, display settings, members, view settings and command window, general query setting
Deals with the general settings, display settings, members, view settings and command window, general query setting

PDMS (Plant Design Management System) as it is known in the 3D CAD industry, is a customizable, multi-user and multi-discipline, engineer controlled design software package for engineering, design and construction projects in offshore and onshore.

Volume - II Pipe Work Modelling

Basic of piping fundamental, create pipe, branch, and piping components, pipe work hierarchy, pipe orientation, connecting pipe, placing pipe, branch replacing, create insulation of pipe, create tracing of piping, material selection of pipe, connect method of pipe.
Pipe creation using explicit method, modification of specification, component Bore/specification, Arrive & Leave, connection reference and slope, Detail plot file, pipe create by model editor, pipe create by command Line Material selection of pipe.
Orientation of component, branch connection, creating pipe assemblies, splitting pipe and pipe isometric drawings system isometric drawings, data consistency error founding and auto pipe router, pipe penetration, show pipe system.
Positioning of branch piping components, maintaining bottom of pipe (BOP), Drag piping, clash checking and pipe work toolbar.

Volume - III Structural Work

Create a Structural hierarchy, how to set default profile for section, set section storage area and node storage area, working plane, plant grid, create a section using straight method, curved method and ring method, regular structure.
How to create tower using regular structure, description about upper &lower S.O.P, bracing configuration and joint creation, base plate creation, foundation creation, 3 leg tower create using grid.
About modification of section elements, creation of fittings and positioning of section, creating brazing gap, Miter ends, Maintain Bracing gap, give the material about creating section.
Section connection, orientation of structure, general settings and grid creation, structure query settings, utilities setting like data checker, reference data, constructs, grid, user grid system at wall ends, position & orientation of wall & floor and connecting wall, Material & Weight Calculation.
Creation of panel, Panel Specification Selection, Extrusion\Panel, negative extrusion, Level Vertical, splitting of panel, positioning of panel and panel fittings & connections and material weight calculation
Creation of wall & floor, modification of wall & floor, Apply Fittings for Walls & Floor, tre and connection at wall ends, position & orientation of wall & floor and connecting wall, Material & Weight Calculation.
Creation of Rectangular, circular, freeform, polygon platform, modification of platform, platform Opening, platform geometry and layout, handrail and deletion of platform & handrail. Creation of Handrail and modify of Handrail.
Creation & modification of stair flight, stair tower, ladder and circular platform @90°, 270°, 110

Volume - IV ELECTRICAL WORKS

Creation & modification of cable tray, positioning of trays and general utilities. Modification of cable tray specification.
Creation modification of cableway, branch elements, route point, route node, route attachment points and material control node, check connection, dressing cable way system. Cable tray support.

Volume - V HVAC

Creating inline plant Equipment like AHU, DUCT Routing, Apply Grid and Tiles on grid, creation of Hvac components, modification of HVAC, positioning of duct, Specification Generator, Auto Fills with straights, surface area & weight and general utilities.

Volume - VI Hanger & Supports

Creation of hangers & supports, modification of hanger, pipe rack, configuration, positioning of support, support plan, Support Relocation, max span, steel profile, Support Axes and general utilities.

Volume - VII Report Generation (MTO)

Report generation (MTO) using template, creation of template modification of report and filter report, pipe & steel MTO, Nozzle & valve schedule preparation, column report, report summary and report format.

Volume - VIII Spooler & ISO Draft

Fabrication Drawing, Advance isometric drawing, creation of spool drawing, field & shop weld creation, spool break and isometric drawing of pipe, modify MTO status, convert to DXF, DWG & DGN.

Volume - IX Drawing Manager

Generating 2D view from 3D view, creation of department, sheet, user defined view, limits defined view, modification of sheet & view, creation of predefined frame. Intelligence text.
Creation of 2d draft, shapes, symbols, text and modification of dynamic primitives, sketch Drafting, Load text, Add Local symbol, Symbol Library Demolish symbol, 3D Representation, DB Listing, Dynamic primitives & Text and general utilities.
Creation of Layers & Layer Definition, create & Modify Labels, Linear & Angle Dimension, Edit Dimension text, Definition of Dimension, Modify of Dimension Colour & Font, projection text, Label definition, Auto Tagging, Auto Drawing Production, Visibility and placement, Define Equipment centre Line and pipe end label.
Section view generation, creation of section flat, section perpendicular, stepped, Detail view, Display 3d view, hatching rules , Schedule and Tagging, Auto Drawing production, Steel Work detailing, Hanger & support Detailing, converting to dwg format and auto drawing production.

Volume - X PDMS Commands

Over all Clash checking, Auto clash, Auto Naming, Hole Management, Associations, Data base export & import, export for other software format, 3D view options, Draw list, Hide file, New Local view section, new clone view, Representation Setting and Auto colour.
Piping Design
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Industrial Design and Product Development

Industrial Design and Product Development

Industrial design is a process of design applied to physical products that are to be manufactured by mass production. It is the creative act of determining and defining a product’s form and features, which takes place in advance of the manufacture or production of the product. It consists purely of repeated, often automated, replication, while craft-based design is a process or approach in which the form of the product is determined by the product’s creator largely concurrent with the act of its production. Product development is the process through which a mechanical product is realized from just an idea into a fully detailed entity ready for production. Responsible for the mechanical design of a new product, with specific reference to the mechanical function of the final product. May also be partially responsible for engineering of materials, graphic design, ergonomics and aesthetics of the product. Many mechanical engineers work in product design, although their title is perhaps ‘product designer’ or ‘product engineer’. However, the nature of their job is to combine their knowledge of engineering and design to create functional and marketable products.

4.7
4.7/5
MEP Course

Industrial Design and Product Development Course Syllabus

1. Design fundamentals

3. Form Studeis

5. Material and Processes - Metals

7. Computer Modelling and Simulation Techniques

9. Product Detailing and Mechanisms

11. Mobility Design

2. Fundamentals of Ergonomics

4. Product Design

6. Material and Processes - Non Metals

8. Design thinking

10. New product development

12. Mobility Design

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PG Diploma in MEP Course

PG Diploma in MEP Course

WHY LEARN MEP Course? MEP Course When we walk through a commercial building we never get to see live naked Electrical wirings hanging out, pipelines going up and down inside the building and even the ventilation is designed into the structure that it looks like a piece of art. There are structures where it is visible in rare cases where it becomes a part of the aesthetics of interior design itself. There are many reasons for this. Just like the strength of a building’s structure, there are equal importance for a proper Ventilation (heat management & air circulation), Electrical System (from power grid to various outputs) and Plumbing (that includes water supply & sewage disposal) which adds up to MEP (Mechanical, Electrical & Plumbing). This is because any wrong move can cost a lot of money and even life itself at times. MEP designs are made at the time of structural design itself, so as to get the government’s approval for construction if they satisfy various public health norms. MEP also includes the design of firefighting systems installed. MEP designs play a huge role in the life and safety of a building. We offer you detailed training in MEP, walking you through global standards.

4.5
4.5/5
MEP Course

PG Diploma in MEP Course Syllabus

Autodesk Revit MEP

Autodesk AutoCAD Mechanical

Autodesk AutoCAD Electrical

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PG Diploma in Piping Design

PG Diploma in Piping Design Course

Piping design software is an inevitable part of piping engineering in recent times. Using these piping software packages a piping engineer/designer prepares 3D and 2D models of the exact plant. The exact piping arrangements are produced with exact dimensions, coordinates, and sizes similar to the real plant which helps in actual space estimation, clash checking, pipe routing, and supporting. Abroad, especially in gulf countries, the requirement of piping designer and piping design engineer is huge.

4.5
4.5/5

Piping Design Course Syllabus

Volume - I EQUIPMENT

CHAPTER-01: Introduction about Piping & PDMS, PDMS Login and MDB, PDMS Modules Introduction (like equipment, pipe, structural, hangers & supports, cable tray, HVAC and report, etc…), advance of PDMS design concept, creation of Equipment, primitives & Standard Equipment, Electrical equipment component and cut out Primitives.
How to Create Nozzle, Nozzle Placement, type of Nozzles, Nozzle Orientation, Nozzle Specification Selection and Nozzle class selection, copy of primitive and offset, mirror and rotate
Equipment co-ordination, Position of equipment, create & Modification of list, working with 3D view, using command window, using of Explicitly and Relatively position, basic equipment creation, use of position control tool.
Creation of Standard Equipment in the library file, modify Property of the standard Equipment, Equip
Usage of the Model Editor Tool, edit settings, selection settings, How to use with the Model Editor tool and model editor settings, set the increment of model editor, delete selection and use of wholly / partially within.
Creation Working Plane, Creating deferent shape use with Extrusion primitives And Revolution Primitives, Creating Mitter Bends.
Deals with the general settings, display settings, members, view settings and command window, general query setting
Deals with the general settings, display settings, members, view settings and command window, general query setting

PDMS (Plant Design Management System) as it is known in the 3D CAD industry, is a customizable, multi-user and multi-discipline, engineer controlled design software package for engineering, design and construction projects in offshore and onshore.

Volume - II Pipe Work Modelling

Basic of piping fundamental, create pipe, branch, and piping components, pipe work hierarchy, pipe orientation, connecting pipe, placing pipe, branch replacing, create insulation of pipe, create tracing of piping, material selection of pipe, connect method of pipe.
Pipe creation using explicit method, modification of specification, component Bore/specification, Arrive & Leave, connection reference and slope, Detail plot file, pipe create by model editor, pipe create by command Line Material selection of pipe.
Orientation of component, branch connection, creating pipe assemblies, splitting pipe and pipe isometric drawings system isometric drawings, data consistency error founding and auto pipe router, pipe penetration, show pipe system.
Positioning of branch piping components, maintaining bottom of pipe (BOP), Drag piping, clash checking and pipe work toolbar.

Volume - III Structural Work

Create a Structural hierarchy, how to set default profile for section, set section storage area and node storage area, working plane, plant grid, create a section using straight method, curved method and ring method, regular structure.
How to create tower using regular structure, description about upper &lower S.O.P, bracing configuration and joint creation, base plate creation, foundation creation, 3 leg tower create using grid.
About modification of section elements, creation of fittings and positioning of section, creating brazing gap, Miter ends, Maintain Bracing gap, give the material about creating section.
Section connection, orientation of structure, general settings and grid creation, structure query settings, utilities setting like data checker, reference data, constructs, grid, user grid system at wall ends, position & orientation of wall & floor and connecting wall, Material & Weight Calculation.
Creation of panel, Panel Specification Selection, Extrusion\Panel, negative extrusion, Level Vertical, splitting of panel, positioning of panel and panel fittings & connections and material weight calculation
Creation of wall & floor, modification of wall & floor, Apply Fittings for Walls & Floor, tre and connection at wall ends, position & orientation of wall & floor and connecting wall, Material & Weight Calculation.
Creation of Rectangular, circular, freeform, polygon platform, modification of platform, platform Opening, platform geometry and layout, handrail and deletion of platform & handrail. Creation of Handrail and modify of Handrail.
Creation & modification of stair flight, stair tower, ladder and circular platform @90°, 270°, 110

Volume - IV ELECTRICAL WORKS

Creation & modification of cable tray, positioning of trays and general utilities. Modification of cable tray specification.
Creation modification of cableway, branch elements, route point, route node, route attachment points and material control node, check connection, dressing cable way system. Cable tray support.

Volume - V HVAC

Creating inline plant Equipment like AHU, DUCT Routing, Apply Grid and Tiles on grid, creation of Hvac components, modification of HVAC, positioning of duct, Specification Generator, Auto Fills with straights, surface area & weight and general utilities.

Volume - VI Hanger & Supports

Creation of hangers & supports, modification of hanger, pipe rack, configuration, positioning of support, support plan, Support Relocation, max span, steel profile, Support Axes and general utilities.

Volume - VII Report Generation (MTO)

Report generation (MTO) using template, creation of template modification of report and filter report, pipe & steel MTO, Nozzle & valve schedule preparation, column report, report summary and report format.

Volume - VIII Spooler & ISO Draft

Fabrication Drawing, Advance isometric drawing, creation of spool drawing, field & shop weld creation, spool break and isometric drawing of pipe, modify MTO status, convert to DXF, DWG & DGN.

Volume - IX Drawing Manager

Generating 2D view from 3D view, creation of department, sheet, user defined view, limits defined view, modification of sheet & view, creation of predefined frame. Intelligence text.
Creation of 2d draft, shapes, symbols, text and modification of dynamic primitives, sketch Drafting, Load text, Add Local symbol, Symbol Library Demolish symbol, 3D Representation, DB Listing, Dynamic primitives & Text and general utilities.
Creation of Layers & Layer Definition, create & Modify Labels, Linear & Angle Dimension, Edit Dimension text, Definition of Dimension, Modify of Dimension Colour & Font, projection text, Label definition, Auto Tagging, Auto Drawing Production, Visibility and placement, Define Equipment centre Line and pipe end label.
Section view generation, creation of section flat, section perpendicular, stepped, Detail view, Display 3d view, hatching rules , Schedule and Tagging, Auto Drawing production, Steel Work detailing, Hanger & support Detailing, converting to dwg format and auto drawing production.

Volume - X PDMS Commands

Over all Clash checking, Auto clash, Auto Naming, Hole Management, Associations, Data base export & import, export for other software format, 3D view options, Draw list, Hide file, New Local view section, new clone view, Representation Setting and Auto colour.
Piping Design
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R&D

R&D Course (Research and Development)

R&D is a backbone of any organization. It is a valuable tool for growing and improving business. R&D involves researching the market and customer needs and developing new and improved products and services to fit these needs. The process of R&D starts with the customer feedback and ends with the new or improved product performance. It especially lies in the creativity of Engineers to innovate new technologies/products/processes etc. for example, TATA R&D provides engineering solutions to help their customers conceptualize, design, and develop better products for a sustainable future. R&D is a costing method from which we have to invest more money initially but the output would take more time.

4.5
4.5/5
R&D

R&D Course Syllabus

Research and development (R&D) is when businesses gather knowledge to create new products or discover new ways to improve their existing products and services. Larger companies may have their own research and development team that will test and refine products or processes before commercial use.

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GD&T

GD&T Course (Geometric dimensioning and Tolerancing)

Geometric Dimensioning and Tolerancing is a set of rules and GD&T symbols used on a drawing to communicate the intent of a design, focusing on the function of the part. Using GD&T results in a more accurate design, larger tolerances for less important design features, and cost savings for manufacturing. The user can go through the materials which is theoretical and comprising of symbols. The user, while detailing should use this GD & T.

4.5
4.5/5

GD&T Course Syllabus

ISO defines GD&T as “geometrical product specifications (GPS)—Geometrical tolerancing—Tolerancing of form, orientation, location and run-out.” In short, “geometrical product specifications” refer to the shape, size, and positional relationship of a product, while “tolerance” means the allowable error. “Geometric tolerance” is characterized by a definition that includes the allowable errors for the form and position in addition to size.

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3D Printing

3D printing Course (Flashforge 3D Printer Preferred)

3D printing, also known as additive manufacturing, is a method of creating a three dimensional object layer-by-layer using a computer created design. With the use of 3D printers, we can produce any kind of object from 3D modeling. This 3D printing machine is specifically used in R&D organizations and academic institutes for conceptual generation matching with the prototype. Technically the object produced is called a Prototype where the prototype is a stage before a product. This course enables a person to be an entrepreneur by producing 3D printed products and selling them.

4.5
4.5/5
3D printing

3D printing Course Syllabus

This course will help you understand how 3D printing is being applied across a number of domains, including design, manufacturing, and retailing. It will also demonstrate the special capabilities of 3D printing such as customization, self-assembly, and the ability to print complex objects. Fused Deposition Modeling (FDM): Models and specifications, Process, Working principle, Applications, Advantages and disadvantages, Case studies, practical demonstration. The majority of companies are looking for long-term contracts. Looking to the long term, companies have posted nearly 350 such job openings on the 3Dnatives Job Board. By looking to the future, 3D printing players are demonstrating their confidence in the technology and its growth. The pros of 3D printing are,

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CNC programming

CNC Programming Course (FANUC Control)

Computer Numerical Control machines are automated machines, which are controlled by computers executing pre-programmed sequences of controlled commands. CNC machines are essentially the opposite of “old-school” devices that are manually controlled by hand wheels or levers, or mechanically automated by cams alone. It increases the accuracy, reduces the time of production etc,. When compared with conventional machinery. The user can create a program according to codes and standards and directly feed inside the machine. There are two types of lathe, especially CNC Turning center or CNC lathe CNC vertical machining/milling center.

4.5
4.5/5

CNC Programming Course Syllabus

  • Introduction to NC/CNC machines and Part Programming
  • Axis conventions and co-ordinate system explanation
  • Programming Modes
  • ‘G’ codes and ‘M’ codes explanation
  • Principle, types, Components and working principle of CNC machines
  • Generation of ‘G’ codes and ‘M’ codes
  • Canned cycle and subroutines with example programs
  • Programming and simulation for Plain turning, Step turning, Taper turning, Thread cutting etc., in CNC turning centre Denford software
  • Job setting and execution of Program in CNC turning center simulator software
  • Programming and simulation for surface machining, linear and circular interpolation machining, mirroring, circular pocketing etc., in CNC vertical machining centre Denford software
  • Job setting and execution of Program in CNC turning center machine to produce a product
  • Create your own drawing for both turning and milling and program and simulate it using software.

CNC Programming Course Includes

Early in the process, engineers create a computer-aided design (CAD) drawing of the part to be manufactured, then translate the drawing into G-code. The program is loaded onto the MCU and a human operator performs a test run without the raw material in place, to ensure proper positioning and performance. This step is important because incorrect speed or positioning can damage both the machine and the part. CNC is considered to provide more precision, complexity and repeatability than is possible with manual machining. Other benefits include greater accuracy, speed and flexibility, as well as capabilities such as contour machining, which allows milling of contoured shapes, including those produced in 3D designs.

CNC Programming
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CATIA V5

CATIA V5 Course (3D modelling)

Enhance your knowledge in surface modeling. CATIA V5 is basically used for surface modeling and rarely used for solid and sheet metal modeling. It provides a scalable platform for collaborative product creation and product data management. It offers highly intuitive tools to create, modify, and validate any freeform and mechanical surfaces. Its architecture delivers advanced design control for Start of the art engineering. This software is mainly used in Aeronautical industries for surface modeling and also for Automotive body design.

4.5
4.5/5

CATIA V5 Course Syllabus

CATIA V5 Course Includes

This software is basically used for surface modeling such as Aeromodelling, Automotive body design etc., This software is quite complicated to use and only skilled user can utilize this type of software as it contains typical command selection process.

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Ansys R1,R2

Ansys R1,R2 Course (Analysis)

Without simulation, there are no autonomous vehicles, no 5G networks and no space exploration. Ansys multiphysics software solutions and digital mission engineering help companies innovate and validate like never before. It is an analysis software for structural, thermal, flow, acoustical, vibrational analyses etc,. This software is completely based on Finite Element Analysis where the meshing is done according to element and nodes.The student or working professional can easily use this software for analysis purposes and can integrate FEA with Ansys. Ansys is generally a rapid processing software and the analysis reports can be generated in a quicker way.

4.5
4.5/5
Ansys

Ansys R1,R2 Course Syllabus

a. Introduction to the Finite Element Method
b. What is the Finite Element Method?
c. General Steps of the Finite Element Method
d. Explanation of 1D, 2D and 3D Elements with examples of ANSYS Elements
e. Need of FEM
f. Types of analysis that can be done using ANSYS
g. Advantages of the Finite Element Method
h. Limitations of FEA
i. About ANSYS Inc.
j. ANSYS Family of products with their capabilities
k. Types of analysis that can be done with ANSYS.
l. Introduction to the Ansys GUI
m. Operation Modes of Ansys
n. Product Launcher
o. Launcher Menu Options
p. The ANSYS GUI
q. The Icon Toolbar Menu
r. Quitting Ansys

a. Pan-Zoom-Rotate
b. Picking
c. Coordinate Systems

a. An Overview of Solid Modeling Operations
b. Working with Boolean operations
c. Working Plane d. Importing of 3D models

a. Free meshing or Mapped meshing
b. Setting Element Attributes
c. Selecting Element Type
d. Shape Function
e. Defining Element Types
f. Defining Section Properties
g. Assigning Element Attributes before meshing
h. Mesh Controls
i. The ANSYS Mesh Tool
j. Smart sizing
k. Meshing
l. Free Meshing
m. Mapped Meshing
n. Hybrid meshing
o. Mesh Extrusion
p. Volume Sweeping

a. Material Library
b. Specifying properties 2

a. Types of Loads
b. Applying loads

a. Types of Solvers
b. Solver Setup
c. Load Step Options
d. Solving Multiple Load Steps

a. Contour Plot Viewing
b. Time History Postprocessor (POST26)
c. Report Generator

a. Using the Toolbar & Creating Abbreviations
b. Introduction to APDL
c. Using Parameters
d. Using the Start File
e. Using the Session Editor
f. Using Input Files

a. Introduction to ANSYS Workbench
b. Graphical User Interface
c. Static Structural Analysis
d. Modal Analysis
e. Thermal Analysis
f. Contact Recognition