Electrical Engineering Training
Description
Due to the evolution of times, electricity has been a mandatory thing in human life to survive. What is Electrical engineering? Electrical Engineering is an engineering discipline concerned with the study, design, and application of equipment, devices, and systems that use electricity, electronics, and electromagnetism. Electrical application plays a vital role in the process industries like Oil and Gas, Power, and Pharmaceutical. Electrical Engineer has to consider or design an application that satisfies the process requirement. This course could help a fresh graduate to understand the role of an Electrical engineer in process industries and gain him the confidence to crack the interview as an electrical engineer in an organization.
Salient Features
Our course is very useful for BE / BTech & ME / MTech electrical and instrumentation engineering as well as Third year and Final electrical and instrumentation engineering students to gain technical knowledge and preparation for Technical interviews. It is also useful for electrical and instrumentation engineers who are working in other fields like sales, marketing, estimation, purchase, production, quality, etc. to change the field of electrical and instrumentation engineering.
Qualification
- BE / B Tech / Diploma in electrical and electronics engineering /electrical and instrumentation engineering.
- ME / M Tech in electrical and electronics engineering /electrical and instrumentation engineering.
- Engineers working in Production / Purchase / Estimation / Projects / Sales/Site.
- 3rd and Final Year Students in electrical and electronics engineering / electrical and instrumentation engineering.
Course Topic Include
- Indian electricity rules.
- National electrical code of India (NEC).
- National building code of India (NBC).
- Applicable standards issued by the Bureau of Indian Standards (BIS).
- Institute of Electrical & Electronics Engineers (IEEE).
- Regulations of local fire authorities.
- Requirements stipulated by Pollution Control Board for Noise & Air.
- Control devices
- Measuring devices
- Circuit protection devices
- Transformers
- Diesel generators
- Capacitors
- Bus ducts, Bus-bars, Cables (HT/LT) & wires
- Motors & Pumps
- Luminaries – General & Emergency
- Isolators & socket outlets
- UPS/Inverter & Battery banks
- Earthing or Grounding
- Lightning arrestor
- Means of electrical distribution for installation
- Panels (LT)/Switch Board/Motor control centers (MCC’s)/Final Distribution boards (DB’s)
- Cable trays, trunking or raceways, conduits & underground Pipes (Concrete/PVC)
- Scope
- Piping Common Matters.
- Partial Common Piping
- Aboveground Piping
- Trench Piping
- Small Bore Piping
- Relief Valve Piping
- Instrument Piping
- SCOPE
- PLOT PLAN.
- ITEMS ON PIPE RACKS
- PIPE RACK STRUCTURES
- PIPING ARRANGEMENT
- Arrangement Work Procedures.
- REFERENCES
- P&ID_Training
- DESIGN CRITERIA FOR P&ID PREPARATION
- Guidance for Line Index
- P&ID check list
- Check List for Line Index
- Sample Legend
- Understanding Metallurgy and its use in project including ASTM Standards.
- Understanding Piping Components based on their material, Dimensional standards and selection criteria
- PT Rating and Pipe thickness Calculations using ASME B 31.3
- Understanding Special Parts used in Piping for various Purposes including their selection Criteria.
- Understanding and Writing VDS (Valve Data Sheets) for all Valve in Detail which is required for Designing and Construction
- Understanding requirement of various units and relevant standards and development of Overall Plot Plan as it is as per the Industrial Projects using statutory requirement.
- Introduction
- Design methodology
- Design of 9% Ni inner tank
- Corner protection system at bottom and design of tank
- Top design of tank and top corner
- Loadings
- Reinforcement of multiple opening analyses
- Process design of heat leakage with checking
- Conclusions
- SCOPE
- TYPES OF STORAGE TANKS
- PLOT PLAN
- INSTALLATION ELEVATION OF STORAGE TANKS
- NOZZLE ORIENTATIONS
- PLATFORMS, STAIRWAYS AND LADDE
- STRENGTH ANALYSIS
- PIPING LAYOUT
- Scope.
- Normative References
- Type of Pump
- Pump Location
- Building and Structural Plan
- Planning of Piping Arrangement
- Pipe Support Planning
- Procedure for Piping Arrangement and 3D Modelling
- SCOPE
- PIPING PLAN
- Scope
- Normative References
- Types of Compressors
- Layout
- Shelter and Structure Planning
- Pipe Routing
- Pipe Support Planning
- Arrangement and 3D Modelling Procedures
- Scope
- Types of Compressors
- Layout
- Planning of Shelters and Structures
- Piping Plan
- Pipe Support Planning
- Work Flow of Piping Arrangement around Reciprocation Compressor
- SCOPE OF APPLICATION
- TYPE AND CONSTRUCTION
- ARRANGEMENT
- STEEL STRUCTURE PLANNING
- PIPING PLAN
- Arrangement Work Procedure
- SCOPE
- TYPES OF HEAT EXCHANGERS
- HEAT EXCHANGER ARRANGEMENT
- NOZZLE ORIENTATIONS IN HEAT EXCHANGERS
- STRUCTURE PLANNING
- PIPING PLAN
- PIPE SUPPORTS
- PIPING ARRANGEMENT AROUND PLATE AND FRAME HEAT EXCHANGERS
- WORK PROCEDURES FOR PIPING ARRANGEMENT AROUND HEAT EXCHANGERS
- REFERENCES
- SCOPE
- TYPES OF COLUMN
- ARRANGEMENT OF COLUMNS
- NOZZLE ORIENTATION OF COLUMNS
- STRUCTURE PLAN
- PIPING PLANNING
- PIPE SUPPORTS AROUND COLUMN
- ARRANGEMENT AND 3D WORK PROCEDUR
- INTRODUCTION
- BROWNFIELD PROJECT CHALLENGES: Error! Bookmark not defined.
- STAGES FOR A BROWNFIELD PROJECTS
- SCOPE
- TYPES OF DRUM
- ARRANGEMENT OF DRUMS
- INSTALLATION OF DRUMS
- NOZZLE ORIENTATION
- STRUCTURE PLAN
- PIPING PLANNING
- PIPE SUPPORTS
- ARRANGEMENT AND 3D WORK PROCEDURE
- Scope
- Types of Heaters
- Layout of Heaters
- Planning of Steel Structures
- Planning of Piping
- Pipe Support Planning
- Work Flow for Piping Arrangement
- SCOPE OF APPLICATION
- PURPOSE AND LOCATION OF UTILITY STATIONS
- FLUIDS SUPPLIED AND LINE ORDER FOR INSTALLATION
- SIZE, TYPE AND MATERIAL OF VALVES
- METHOD OF DETERMINING LOCATIONS FOR INSTALLATION
- HOSE LENGTH AND SIZE
- UTILITY STATION ASSEMBLY
- PIPING ARRANGEMENT
- WINTERIZATION
- SUPPORTS
- CONSIDERATION OF THERMAL STRESS
- FOLLOW UP TO UFD (UTILITY FLOW DIAGRAM)
- Scope
- Purpose
- Guideline for preparation of intelligible P&ID to receiver
- Understanding contents of P&ID
- P&ID Check points as plant and piping department
- P&ID Check points
- Application of “P&ID CHECK LIST (PIPING)”
- Abstract
- Gas-To-Liquids
- Fixed-bed reactors
- Slurry reactors
- High-Pressure Reactor Design & Applications
- Cooling and Thermal Concepts
- Introduction to liquid metal cooled reactors
- Production of biofuels via hydrothermal conversion
- Introduction
- Code requirements
- Pressure design
- Load requirements
- Stress limits
- Piping flexibility analysis
- Summary
Certification
Courses
course Schedule
Batch No
1
Full Time
60 days (180hrs)
Part Time
Saturday & Sunday
(3 months)
Timing
9:00 AM -
7:00 PM
Training Type
Individual
Level
Beginner to Pro
Project
1
Site Visit will be arranged at industrial plant either in shut down or non working conditions
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