Instrumentation Design & Detail Engineering - Certificate Program
Instrumentation is the science and art of measuring the value of some plant parameters such as pressure, flow, level or temperature and supplying a signal that is proportional to the measured parameter. The output signals are standard signal and can then be processed by other equipment to provide indication, alarms or automatic control. This course will clearly explain the concepts and implementation of instrumentation. Further, the course can serve as a refresher for instrumentation engineers involved with process measurement and control equipment. The course covers a wide range of topics such as theory and application, pressure measurement, level measurement, temperature measurement, flow measurement, flow meter selection & costs, basic principles of controls systems, modes of control, typical applications, digital field communications, smart transmitter, P&ID, wiring schematics & diagrams, control valves and process considerations.
DURATION:
75 Hrs. | 07 - 08 Weeks
Weekdays & weekend batches available
DELIVERY MODE:
Online Session
Live & interactive sessions with industry experts
COURSE CONTENT:
12 Modules + Project
Industry vetted curriculum designed to boost your career
Program Objective
Upon successful completion of this course, the delegates will be able to:
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To give an understanding of the principles and practice of Pressure
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Measurement, Level Measurement, Temperature Measurement, Flow Measurement, Control Valves.
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Enable the delegate to investigate the Operation of an instrumentation system through designing, building and Testing typical sensor combined with appropriate signal conditioning circuits.
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To allow the delegate to become familiar and confident with a range of Measurement techniques.
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To understand the concepts of Process Control and acquire the Knowledge relating to the characteristics and properties of a process variable being measured.
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To disseminate and share experience and knowledge with other delegates through open session discussions hence broadening the knowledge base of all.
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To become familiar and knowledgeable with PID control and develop the ability to ‘tune’ a process control system using PID control.
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To have the confidence and knowledge to apply the above techniques and principles to solve an unfamiliar and bespoke measurement situation in the workplace.
Instrumentation Design Course Agenda
Start your upskilling journey with our guided curriculum with application based learning approach.
Module 01 | Instrumentation Design - An Introduction
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Introduction to Instrumentation & EPC Projects.
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Detailed Engineering Contract Documents.
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Understanding of Process Design.
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Listing of all Instrumentation Deliverables.
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Standards & Codes for Instrumentation.
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Preparation of Loops Typical.
Module 02 | Piping & Instrumentation Diagram
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P&ID - Introduction.
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Abbreviations, Symbols and Legends.
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Line Class (PMS).
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Close and Open Loops.
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Logics and Interlocks.
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Electrical and Pneumatic Signals.
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ESD/DCS Signals.
Module 03 | Starting a Project
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Preparation of Instrumentation Index.
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Hazardous Area Classification & Methods of Protection.
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Ingress Protection Rating (IP rating).
Module 04 | Control Valve Sizing & Selection
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Control Valve Fundamentals.
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Specification and Data sheet Preparation of Control Valve.
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Control Valve Components.
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Sizing Calculation for Control Valves.
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Control Valve Characteristics.
Module 05 | Flow Instruments
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Flow Instruments Fundamentals.
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Specification and Data sheet Preparation - Orifice Plate.
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Sizing Calculations for Orifice Plate.
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Ultra-Low Conductivity Type Magnetic Flowmeter.
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Straight Run Requirement of Flow Meter.
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Hook-Up of Orifice Flowmeter.
Module 06 | Level Instruments
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Level Instruments Fundamentals.
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Specification and Data sheet for Level Gauges.
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LRV URV Calculations.
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Specification and Data sheet for Level Transmitters DP type.
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Wet & Dry leg Calculations.
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Hook-Up and Installation details of Level Instruments.
Module 07 | Pressure Instruments
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Pressure Instruments Fundamentals.
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Specification and Data Sheet for Pressure Gauges.
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Specification and Data Sheet for Pressure Transmitter.
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Hook-Up and Installation details of Pressure Instrument's.
Module 08 | Temperature Instruments
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Temperature Instrument Fundamentals.
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Specification and Data Sheet for Temperature Instrument.
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Thermowell Insertion Length Calculation.
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Hook-Up and Installation details of Temperature Instrument.
Module 09 | Protection System
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Introduction to Fire & Gas Detection and Protection System.
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F&G Devices.
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Preparation of F&G Layouts - Building.
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Preparation of F&G Cause and Effects.
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MR Preparation and VDR Review for F&G Detectors.
Module 10 | Instrumentation Control System
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Control System Architecture.
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IO List.
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HART Protocol.
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PROFIBUS Protocol.
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Technical Definitions & Abbreviations.
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Cause and Effect Diagram.
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Preparation of Alarm and Trip Setting List.
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Preparation of Control Room Layouts.
Module 11 | Layout & BOQ
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Type of Layout & Drawing Management.
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Preparation of Instrumentation Layout.
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Junction Box Layout.
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Air Manifold Location Plant.
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Preparation of Cable Schedule.
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Bulk Material Take-off
Module 12 | Detailed Engineering Project Deliverables
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Preparation Of Instrument Index.
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Preparation of Specification Sheets.
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Calculation of Orifice plate, Control Vale.
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Preparation of JB grouping.
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Preparation of Cable Schedule.
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Preparation Of Hook-up drawings.
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Preparation of DCS & ESD specification.
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Preparation of Tender Documents.
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Preparation of MTO.
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Preparation Of Technical Bid Analysis.
Who Will Benefit
College Students & Recent
Graduates
Prepare for your next opportunity by pursuing process instrument design skills from industry experts
Those Considering for Post Graduation
Strengthen your core technical skills before pursuing an MBA, M-Tech or other specialization program
Experienced & Mid-Career Professionals
Broaden your learning horizon & upskill to supercharge your career & to amplify your growth opportunities
Career Options
Nature of work of an instrumentation engineer ranges from designing, developing, installing, managing equipment's that are used to monitor and control machinery. With increased use of automated system in industries, the need for qualified instrumentation engineers has also gone up. Instrumentation engineers can get jobs in R&D units of public and private sector companies.
They are also required by the Heavy industries such as Thermal Power Stations, Steel Plants, Refineries, and Cement and Fertilizer Plants. They have a multidisciplinary role to play. As per the National Forecast up to year 2024, with so many industries coming up the need of Instrumentation Engineers is eventually going to increase, as thousands of them are required. These engineers can pursue consultancy-based work.
Program Eligibility
Bachelor’s Degree in Instrumentation Engineering or Diploma in Instrumentation Engineering with relevant work experience from any recognized University or an equivalent degree recognized by Association of Indian Universities (AIU) with minimum 50% marks at Graduation Level.
Program Fees
For details on program fee structure & payment terms, write us at info@texvyn.in or call us on +91-7021588256
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