(Engineering Foundation)
Difference between PFD, UFD and P&ID
Why P&ID is the most important engineering document
How EPC companies use P&IDs
Plant lifecycle and engineering workflow
Understanding process flow philosophy
Utility systems vs process systems
Reading flow direction and process sequence
Real industrial importance of P&IDs
Industry Learning
Why every vendor review starts from P&ID
Why commissioning teams completely depend on P&IDs
MODULE 2 — P&ID INTERPRETATION TECHNIQUES
(Professional Drawing Reading)
Topics Covered
Equipment tag numbering philosophy
Line numbering system understanding
Valve types and selection logic
Instrument symbols and ISA logic
Vent and drain philosophy
Isolation philosophy
Pipe class understanding
Tie-in philosophy
Utility identification
Battery limit understanding
Real Engineering Perspective
How experienced engineers read drawings differently
Common mistakes during P&ID interpretation
MODULE 3 — CONTROL PHILOSOPHY UNDERSTANDING
(How Plant Intelligence Works)
Topics Covered
FT, PT, TT, LT understanding
FIC, LIC, PIC control logic
Control valve philosophy
Fail Open / Fail Close understanding
Interlock philosophy
Alarm vs Trip logic
Shutdown philosophy basics
Control loop interaction
Real Plant Case Discussion
Wrong control logic causing operational instability
Control valve hunting problems
MODULE 4 — HYDRAULIC & PIPING ENGINEERING FROM P&ID
(Troubleshooting Perspective)
Topics Covered
Pump suction philosophy
Cavitation understanding
NPSH practical concept
Line sizing basics
Reducer orientation philosophy
Pressure drop understanding
Velocity related engineering problems
Strainer pressure loss effect
Dead-leg identification
PSV inlet and outlet philosophy
Real Plant Troubleshooting Cases
Wrong suction line size causing cavitation
Improper reducer installation causing vibration
Hydraulic mistakes hidden inside P&ID
MODULE 5 — EPC ENGINEERING & VENDOR REVIEW LOGIC
(Industry Workflow Understanding)
Topics Covered
Vendor document review methodology
Equipment list extraction
Line list extraction
Shutdown logic understanding
Package engineering basics
P&ID comments and markups
Real EPC workflow
Interdisciplinary coordination basics
Industrial Perspective
How EPC companies review packages
Why missing P&ID clarity delays projects
MODULE 6 — REAL PLANT TROUBLESHOOTING APPROACH
(Plant Failure Diagnosis)
Topics Covered
How to diagnose failures from P&ID
Pump failure analysis
Flow instability analysis
Cavitation troubleshooting
Process upset understanding
Operational bottleneck identification
Maintenance-related engineering mistakes
Real Industry Cases
Production loss due to wrong line sizing
Incorrect valve arrangement creating startup issues
Improper hydraulic design causing repeated failures
MODULE 7 — INTERVIEW & CAREER DEVELOPMENT SESSION
(Industry Readiness)
Topics Covered
Real EPC interview questions
How senior engineers evaluate candidates
Technical communication improvement
Engineering thinking development
Career roadmap in EPC and process industries
Freelancing opportunities in engineering
