#Autodesk Certified

PG Program in Piping Design & Analysis

Master Piping Design & Analysis with Industry Experts & Get Job-Ready in 6 Months

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50+

Placement Partners

Why Choose Augmintech’s PG Program in Piping Design & Analysis?

OUR CANDIDATES

Impact of Augmintech

Augmintech has helped candidates secure Piping roles worth over ₹25 crore across top AEC and infrastructure companies.

Augmintech’s association with leading organizations

Step into Global Opportunities with Augmintech Career Accelerator

Personalized Career Roadmap

Tailored guidance based on your background, goals & industry trends

Resume & Portfolio Review by Industry Experts

Stand out with an expertly reviewed resume and Piping project portfolio

Salary Negotiation & Freelancing Mastery Guide

Learn how to negotiate your worth and explore freelancing in EPC industry

LinkedIn Profile Optimization to Attract Recruiters

Craft a professional LinkedIn profile that gets recruiter attention globally

Mock Interviews with Senior Piping Managers

Get real interview experience and feedback from industry professionals

Global Hiring Network

Get exclusive access to our global hiring network across India, the Gulf, and Tier-1 countries — connecting you with high-impact roles and the best career opportunities

Learn with Flexible

How You’ll learn

A practical, career-focused approach guided by experts— designed to help you master skills, build real world projects, and get hired

Split into 6 sections :

Live Classes by Industry Experts

Attend interactive sessions led by professionals working in leading EPC firms. Learn directly from real project experience, ask questions, and stay aligned with industry standards.

1:1 Support from Technical Advisors

Get dedicated guidance from seasoned experts who’ll help you navigate complex software tools and career decisions.

Project-Based Learning

Work on capstone projects modeled after real Piping workflows. Build a portfolio that gets noticed by recruiters

Assignment Reviews & Feedback

Receive detailed expert feedback on your assignments to improve accuracy, clarity, and professional readiness

Soft Skills & Interview Prep

Receive detailed expert feedback on your assignments to improve accuracy, clarity, and professional readiness

Dedicated Program Manager

Have a single point of contact for non-academic support, from scheduling to technical help, so nothing blocks your learning

Become a Piping leader with our industry-driven, 5-step structured learning path

39 hours

Foundation – Piping Design Fundamentals

Module 1: Introduction to Piping Engineering & Industry Overview

What is Piping Design? Importance in process plants
Industry sectors: Oil & Gas, Power, Pharma, Chemicals
EPC lifecycle: FEED → Detail Engineering → Procurement → Construction
Career tracks in piping: Design, Modeling, Stress, QA/QC
Student Activities:
Identify piping applications in different industries
Map roles in a sample EPC project
Mini Project:
Create a piping workflow diagram for any process industry

Module 2: Piping Design Codes, Standards & Line Classes

Duration: 6 Hours

ASME B31.1, B31.3, API, ASTM, ANSI overview
Difference between codes, standards, and specs
Understanding pipe schedule and pressure class
How to read line specifications
Practice: Decoding a piping spec sheet
Student Activities:
Interpret data from actual ASME tables
Match pipe schedule to pressure and temperature conditions
Mini Project:
Prepare a sample line class with materials, pressure rating, and schedule selection

Module 3: Piping Components & Functional Understanding

Duration: 6 Hours

Pipe fittings: elbows, tees, reducers
Flanges: types, facing, ratings
Valves: gate, globe, ball, check, butterfly
Branch connections: weldolet, sockolet, stub-in
Symbols used in drawings and P&IDs
Application scenarios and selection logic
Student Activities:
Match components with correct symbols
Create a symbol legend sheet
Mini Project:
Draw a segment of a piping line using correct components and annotate with symbols

Module 4: Piping Materials, MOC, and Corrosion Basics

Duration: 3 Hours

Common materials: CS, SS, Duplex, PVC, HDPE
Selection criteria: temperature, pressure, fluid type
Corrosion types and protection techniques
Traceability and Material Test Certificates (MTCs)
Student Activities:
Compare material properties for different process conditions
Evaluate a sample MTC
Mini Project:
Develop a basic MOC matrix based on given process conditions

Module 5: Fluid Flow Basics & Pipe Sizing Calculations

Duration: 6 Hours

Flow concepts: velocity, pressure, head
Continuity, Bernoulli’s and Darcy-Weisbach equations
Pipe sizing using velocity and flow rate
Frictional pressure drop estimation
Manual calculation exercises (Water, Steam, Oil lines)
Student Activities:
Solve sample problems using standard formulas
Plot velocity vs. pressure drop for different pipe diameters
Mini Project:
Perform full pipe sizing calculation and report for a sample fluid line

Module 6: Pipe Routing, Layout Rules & Thermal Flexibility

Duration: 6 Hours

Routing logic around pumps, vessels, exchangers
Expansion loops, offsets, and flexibility
Elevation changes and slope rules
Pipe support types: guide, anchor, spring
Avoiding interferences and ensuring maintainability
Student Activities:
Analyze a routing scenario for thermal expansion
Identify support placement in sample sketches
Mini Project:
Sketch a routing layout with correct support types and flexibility provisions

Module 7: Equipment Layout, Plot Plans & Nozzle Orientation

Duration: 3 Hours

Understanding layout drawings and symbols
Plot plan reading and interpretation
Nozzle orientation for pumps, vessels, columns
Clearance, access, and safety zones
GA and sectional drawing examples
Student Activities:
Interpret a sample plot plan
Mark correct nozzle orientations on provided layout
Mini Project:
Prepare a simplified equipment layout with nozzle placement and clearances

Module 8: Project – Manual Layout & Sizing of a Pump-to-Tank Piping System

Duration: 6 Hours

Design a simple pipe system (e.g., pump to tank)
Hand-sketch layout with correct routing principles
Perform pipe sizing and thickness calculations
Annotate valves, fittings, and supports
Submit report with design basis and assumptions

39 hours

Intelligent 3D Modeling with AutoCAD Plant 3D & P&ID

Module 1: Introduction to AutoCAD P&ID

Topics Covered:

Understanding the Interface and Tool Palettes
Navigating the Project Manager
Creating P&IDs Using Standard Libraries
Adding Equipment, Lines, and Annotations

Student Activities:

Create a simple P&ID diagram from a given process
Use standard symbols and annotations

Mini Project:

Prepare a complete P&ID for a basic pump-to-tank system

Module 2: Intelligent Tagging, Properties & Reports in P&ID

Topics Covered:

Component Tagging and Data Linking
Assigning Line Numbers and Equipment IDs
Generating Component Lists and Line Lists
Data Consistency and Audit Checks

Student Activities:

Edit and update tag properties for a given diagram
Perform error checks using Data Manager

Mini Project:

Generate an intelligent line list and equipment list from your own P&ID

Module 3: Project Setup in AutoCAD Plant 3D

Topics Covered:

Setting up a Plant 3D Project
Understanding the Folder Structure and Spec Files
Importing P&ID Data into 3D Environment

Student Activities:

Set up a sample Plant 3D project
Link existing P&ID data to 3D workspace

Mini Project:

Configure a project and import your P&ID model

Module 4: Equipment Modeling in 3D

Topics Covered:

Creating Custom Equipment Using Equipment Builder
Placing Standard Pumps, Vessels, Tanks, and Exchangers
Nozzle Orientation and Alignment

Student Activities:

Model a vessel and pump in 3D
Adjust nozzle direction and elevations

Mini Project:

Build an equipment layout for a sample process plant zone

Module 5: Piping Routing and Fittings in Plant 3D

Topics Covered:

Routing Pipelines Using Spec-Driven Modeling
Adding Elbows, Reducers, Valves, Flanges
Using Pipe Routing Preferences and Elevation Settings

Student Activities:

Route piping between two equipment in 3D
Insert valves and fittings with correct orientation

Mini Project:

Model a complete line from pump to tank using correct spec

Module 6: Pipe Supports, Isometrics & BOM Generation

Topics Covered:

Adding Pipe Supports and Hangers
Creating Isometric Drawings and Customizing Annotations
Generating Bill of Materials (BOM) and Spool Drawings

Student Activities:

Add supports to existing 3D lines
Generate isometrics for individual lines

Mini Project:

Generate isometric and BOM for a complete line system

Module 7: Ortho Drawings, Annotations & Sheet Setup

Topics Covered:

Creating Orthographic Views: Plan, Elevation, Section
Dimensioning, Annotation, and Title Block Editing
Plotting and Sheet Setup for Deliverables

Student Activities:

Extract ortho views from your plant model
Apply dimensioning and annotation settings

Mini Project:

Submit a plot-ready ortho sheet for review

Module 8: Capstone Project – 3D Modeling of a Pump Circulation System

Project Scope:

Model a complete pump circulation loop including pump, suction drum, delivery tank, valves, reducers, flanges, and supports
Develop intelligent P&ID and link it to Plant 3D
Route all piping lines with correct specs and elevations
Generate isometrics, orthographic drawings, BOM, and project data reports

Student Activities:

Peer review and checklist-based QA of model and drawings

Final Submission:

Linked P&ID and Plant 3D model
Isometrics and BOM
Ortho drawings (plan and section)
Design basis note

39 hours

Advanced Plant Modeling in SP3D

Module 1: Introduction to SP3D & Project Structure

Topics Covered:

Overview of SP3D interface and workspace
Understanding database-driven modeling
SP3D project structure and environment setup
Work breakdown, permissions, and admin roles

Student Activities:

Explore interface and component hierarchy
Set up a sample SP3D workspace

Mini Project:

Create a new SP3D project and configure the grid and workspace

Module 2: Equipment & Structural Modeling in SP3D

Topics Covered:

Placing equipment: pumps, vessels, exchangers
Modifying dimensions, orientation, and nozzles
Basic steel structure modeling for platforms and racks
Inserting reference planes and setting elevations

Student Activities:

Model a pump and vertical vessel with nozzles
Create a steel support frame using structural tools

Mini Project:

Complete a model of a pump skid with platform and vessel

Module 3: Pipe Routing, Line Properties & Specifications

Topics Covered:

Creating pipelines using spec-driven routing
Inserting elbows, tees, reducers, and custom fittings
Using pipe hierarchy: systems, runs, and branches
Assigning specs and insulation layers

Student Activities:

Route a pipe between pump and vessel
Apply correct specs and elevation offsets

Mini Project:

Model a full line system for a tank feed loop using SP3D specs

Module 4: Piping Supports, Hangers & Assemblies

Topics Covered:

Using pipe support module
Inserting supports, spring hangers, and baseplates
Modifying support types based on line service

Student Activities:

Insert supports for horizontal and vertical lines
Configure a custom support assembly

Mini Project:

Apply appropriate supports for a pressure line with elevation changes

Module 5: Nozzle Orientation & Equipment Connectivity

Topics Covered:

Managing nozzles and connectivity
Nozzle alignment with pipe routes
Equipment-to-pipe integration

Student Activities:

Align nozzle direction for pump suction/discharge
Fix a disconnected line using the routing tool

Mini Project:

Model a connected loop between pump, vessel, and pipe rack

Module 6: Clash Detection & Interference Management

Topics Covered:

Running clash detection within SP3D
Managing interferences using filters
Clash resolution reporting and coordination

Student Activities:

Run clash check for a modeled plant area
Generate and interpret clash report

Mini Project:

Resolve interferences in a congested piping area and submit clash-free version

Module 7: Drawing Extraction – Isometric & Orthographic Views

Topics Covered:

Generating isometrics automatically
Customizing drawing templates and annotations
Creating ortho drawings: plan, elevation, and sections
Exporting and publishing deliverables

Student Activities:

Generate isometric drawings for a selected line
Create orthographic view with annotations

Mini Project:

Submit isometric and ortho drawing set for a modeled system

Module 8: Capstone Project – SP3D Modeling of a Compressor Unit with Pipe Rack

Project Scope:

Model a full compressor unit including:
- Centrifugal compressor
- Suction drum and aftercooler
- Interconnected piping with routing via a pipe rack
- Supports, nozzles, valves, and connectivity
- Include line specs, drawing outputs, and clash-free model

Student Activities:

Peer review and validation checklist

Final Submission:

SP3D model
Isometrics and ortho sheets
Bill of Materials (BOM)
Clash report

39 hours

Pipe Stress Analysis with CAESAR II

Module 1: Introduction to Pipe Stress Engineering

Topics Covered:

What is pipe stress and why it matters
Types of loads: sustained, thermal, occasional
Failure modes: fatigue, creep, buckling
Code overview: ASME B31.1, B31.3 stress criteria

Student Activities:

Identify stress zones in a sample piping layout
Map loads on a sample pipe routing

Mini Project:

Document stress concerns in a high-temp pump line scenario

Module 2: Getting Started with CAESAR II

Topics Covered:

Interface walkthrough and input setup
Creating a piping model: nodes, elements, restraints
Input of material, temperature, pressure, and pipe data
CAESAR file formats and navigation

Student Activities:

Build a basic L-shaped pipe model
Input operating and design conditions

Mini Project:

Model a horizontal line with reducers, bends, and supports

Module 3: Static Stress Analysis & Load Cases

Topics Covered:

Understanding primary and secondary stresses
Load cases: W+P, W+P+T, occasional (wind/seismic)
Sustained stress and expansion stress checks
Displacement and stress result interpretation

Student Activities:

Analyze a modeled line under W+P+T
Compare output with ASME allowable limits

Mini Project:

Perform complete static analysis of a process line and summarize results

Module 4: Expansion Loops & Flexibility Analysis

Topics Covered:

Why expansion loops are needed
Expansion stress and displacement limits
Loop sizing formulas and flexibility checks
Support configuration: anchor, guide, spring hanger

Student Activities:

Add an expansion loop to an existing model
Calculate loop dimensions manually

Mini Project:

Modify a rigid layout into a flexible one and compare results

Module 5: Supports & Boundary Conditions in CAESAR II

Topics Covered:

Types of supports: fixed, sliding, spring, variable
Modeling restraints and stiffness
Guide spacing and anchor loads

Student Activities:

Apply spring hangers in a vertical riser
Evaluate support reactions and check overstressed zones

Mini Project:

Add complete support logic to a stress-critical system

Module 6: Occasional Loads – Wind, Seismic & Hydrotest

Topics Covered:

Modeling wind and seismic loads
Using uniform loads and response spectrum
Hydrotest case setup

Student Activities:

Apply wind load to a pipe rack system
Analyze effects of earthquake loading in a riser

Mini Project:

Analyze a vertical column line with wind and seismic loads

Module 7: Stress Compliance, Reports & Documentation

Topics Covered:

Reviewing code compliance reports
Generating support load reports and displacement summaries
Preparing deliverables: stress isometrics, load tables

Student Activities:

Interpret CAESAR output reports
Create a compliance checklist based on project specs

Mini Project:

Submit documentation for a completed stress model with findings and design notes

Module 8: Capstone Project – Stress Analysis of a Steam Header System

Project Scope:

Model a steam distribution line with branches, valves, and elevation changes
Apply temperature, pressure, and occasional loads
Add expansion loops, proper supports, and restraints
Ensure stress compliance with ASME code

Student Activities:

Peer-review another student’s model
QA checklist verification of model assumptions

Final Submission:

CAESAR II model file
Load case setup and results
Stress isometric with support locations
Final report with conclusions and recommendations

Master the core software that top companies use for piping design and analysis jobs

You will gain experience working on 5 most useful Software

Build Your Portfolio with Real-World EPC-Standard Piping Projects

These projects will push your design skills, enhance your technical expertise, and prepare you to work on real-world piping systems used across global EPC and process industries.

Pump Circulation System

Modeling of a Compressor Unit with Pipe Rack

Stress Analysis of a Steam Header System

Certification

Get Certified - Globally Recognized Credentials

Your Gateway to International Opportunities.

Don't wait to achieve your goals. Enroll now in our online course.

Click below to enroll

What our students say about us

Why Choose Us

It's the bright one, it's the right one, that's education.

Gain Practical Skills, Expert Guidance, and Career Opportunities Tailored for Non-Tech Professionals

Specialized Courses

Detailed Piping programs for working professionals and students

Career Guidance

Personalized counseling to navigate career transitions effectively

Placement Assistance

Dedicated support for job search and industry connections

Valuable Certification

Recognized by AutoDesk, ISO, MSME, IAF and IAS

Choose pricing plan

Apply for the Next Cohort

Applications are open to all EPC professionals and final-year students

What You'll Get

INDIA

Course Pricing

Upgrade Your BIM Career : Affordable Course Pricing Options

₹75,000

(Plus GST as Applicable)

Payment types Accepted

ABROAD

Course Pricing

Upgrade Your BIM Career : Affordable Course Pricing Options

$850

Payment types Accepted

FAQ

Can I enroll in the PG Program if I have no experience in Piping?

Yes, our PG Program covers everything from basic to advanced level with complete projects.

For whom is this course designed for?

Mechanical, Civil, or Electrical Engineers, , Graduates and Postgraduates from Diverse Fields, Professionals from Non-Tech Backgrounds

What is the duration of each live session, and what is the total duration of live class?

Each live session lasts for 2-3 hours, and total live class duration is 200 hours over 6 months.

Are there any prerequisites or specific software requirements for the program?

No specific prerequisites are required, and all necessary software will be provided during the program

How will I be notified about live classes?

Links will be shared in a dedicated WhatsApp group 2-3 hours before each session.

Will I receive a certification upon completing the program, and how recognized is it in the industry?

Upon successful completion, you'll be awarded a certification accredited by ISO, MSME, IAF, and IAS.

Can I access the recordings if I miss a live class?

Yes, recordings are available in Website for 1000 days.

Are the internship opportunities limited to specific industries or locations?

Internship opportunities are available across industries and locations, providing flexibility based on your preferences and qualifications.

Where can I download additional course materials?

Additional materials are downloadable through Google Drive.

What kind of job roles can I expect to qualify for after completing this program?

After completing the program, you'll be qualified for roles such as Piping designer industries across India, UAE, KSA, USA, Canada, or Australia

Syllabus

Ready to supercharge your career and unlock new opportunities? Download our comprehensive course brochure now and discover the path to success!

Get in touch

Get in touch and let us know how we can help.

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Head Office

23/506, 1st Floor, Laxmi Complex, Sakchi, Jamshedpur, India-831001

Email us

support@augmintech.com

Let's Talk

+919661473085

#Autodesk Certified

PG Program in Piping Design & Analysis

Next batch starts

Complete the form below to apply.

Why Choose Augmintech’s PG Program in Piping Design & Analysis?

OUR CANDIDATES

Impact of Augmintech

Augmintech has helped candidates secure Piping roles worth over ₹25 crore across top AEC and infrastructure companies.

Augmintech’s association with leading organizations

Step into Global Opportunities with Augmintech Career Accelerator

Learn with Flexible

How You’ll learn

Become a Piping leader with our industry-driven, 5-step structured learning path

39 hours

Module 2: Piping Design Codes, Standards & Line Classes

Module 3: Piping Components & Functional Understanding

Module 4: Piping Materials, MOC, and Corrosion Basics

Module 5: Fluid Flow Basics & Pipe Sizing Calculations

Module 6: Pipe Routing, Layout Rules & Thermal Flexibility

Module 7: Equipment Layout, Plot Plans & Nozzle Orientation

Module 8: Project – Manual Layout & Sizing of a Pump-to-Tank Piping System

39 hours

Module 1: Introduction to AutoCAD P&ID

Module 2: Intelligent Tagging, Properties & Reports in P&ID

Module 3: Project Setup in AutoCAD Plant 3D

Module 4: Equipment Modeling in 3D

Module 5: Piping Routing and Fittings in Plant 3D

Module 6: Pipe Supports, Isometrics & BOM Generation

Module 7: Ortho Drawings, Annotations & Sheet Setup

Module 8: Capstone Project – 3D Modeling of a Pump Circulation System

39 hours

Module 1: Introduction to SP3D & Project Structure

Module 2: Equipment & Structural Modeling in SP3D

Module 3: Pipe Routing, Line Properties & Specifications

Module 4: Piping Supports, Hangers & Assemblies

Module 5: Nozzle Orientation & Equipment Connectivity

Module 6: Clash Detection & Interference Management

Module 7: Drawing Extraction – Isometric & Orthographic Views

Module 8: Capstone Project – SP3D Modeling of a Compressor Unit with Pipe Rack

39 hours

Module 1: Introduction to Pipe Stress Engineering

Module 2: Getting Started with CAESAR II

Module 3: Static Stress Analysis & Load Cases

Module 4: Expansion Loops & Flexibility Analysis

Module 5: Supports & Boundary Conditions in CAESAR II

Module 6: Occasional Loads – Wind, Seismic & Hydrotest

Module 7: Stress Compliance, Reports & Documentation

Module 8: Capstone Project – Stress Analysis of a Steam Header System

Master the core software that top companies use for piping design and analysis jobs

You will gain experience working on 5 most useful Software

Build Your Portfolio with Real-World EPC-Standard Piping Projects

Pump Circulation System

Modeling of a Compressor Unit with Pipe Rack

Stress Analysis of a Steam Header System

Get Certified - Globally Recognized Credentials

Don't wait to achieve your goals. Enroll now in our online course.

What our students say about us

Why Choose Us

It's the bright one, it's the right one, that's education.

Choose pricing plan

Apply for the Next Cohort

Applications are open to all EPC professionals and final-year students

What You'll Get

INDIA

₹75,000

ABROAD

$850

FAQ

Syllabus

Get in touch

Get in touch and let us know how we can help.

Learn 5+ Licensed softwares with Live Projects in Piping

Learn 5+ Licensed softwares with Live Projects in Piping

Download the syllabus

Download the syllabus