Learning Course on Instrumentation and Control Engineering
Keep your basic right

What you will learn

Understanding on Oil and Gas Engineering Life Cycle

Learning on understanding of Basic Instrumentation and Control Concepts

Understand the list of deliverables from Instrumentation and Control Engineering discipline

Key fundamentals on Instrumentation and Control Discipline

Description

This is an introductory video to overview of our course content as the contents are made according to the technical competency required by engineering discipline.  This course shall mainly address the Basic, fundamental technical requirements related to Instrumentation and Control Engineering Discipline.

This is basic learning course where the considerations are given to the  requirements of Detail and Design Engineering organisation where experience engineers are required to handle core discipline work. The requirements are clearly marked, defined and covered in this course.  In this course we are going to cover the following topics.

1. Overview of an Oil and Gas Facilities

2. Industries Served by Engineers and Designers

3. Multi-discipline Engineering and Engineering Activities

4. Course Content

5. Overview of Instrumentation and Controls

6. Fundamental Concepts

7. Instrumentation and Control Engineering with Deliverable List


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8. Instrumentation Classification – Open Loop and Closed Loop

9. Flow Engineering Guide

10. Level Engineering Guide

11. Pressure Engineering Guide

12. Temperature Engineering Guide

13. Hazardous Area Classification

14. Control Valve Engineering

15. Overview of Control System – DCS, PLC and SCADA

This course shall take you to above important topics related Instrumentation and Control Discipline. At the end of this course one will be in position to understand how these fundamentals applied in Instrumentation and Control engineering.

English
language

Content

Introduction

Overview Basic Learning on Instrumentation and Control Engineering
Oil and Gas Facilities

Overview of Instrumentation & Controls

Overview of Instrumentation & Controls
Instrumentation and Control

Fundamental Concepts

Fundamental concepts
Instrumentation Fundamentals

Instrumentation and Control Engineering

Instrumentation and Control Engineering

Instrumentation Classification

Instrumentation Classification – Open Loop
Instrumentation Classification – Closed Loop

Flow Engineering Guide

Flow Engineering Guide – Static Properties
Flow Engineering Guide – Dynamic Properties
Flow Measurement and Engineering Guide
What is Static Properties meaning?
Flow Engineering Guide – Bernoulli’s principle
Flow Engineering Guide – Flow Measuring Devices
Flow Engineering Guide – Method for Flow measurement

Level Engineering Guide

Level Engineering Guide – Basic Introduction
Level Engineering Guide – Tank Level Measurement
Level Engineering Guide – Level Measurement Concept
Level Compensation – Zero Suppression
Level Compensation – Zero Elevation

Pressure Engineering Guide

Pressure Engineering Guide

Temperature Engineering Guide

Temperature Engineering Guide

Hazardous Area Classification

Introduction to Hazardous Area Classification
Hazardous Area Classification – International Electrotechnical Committee (IEC)
Hazardous Area Classification – National Electric Code (NEC)
NEC and IEC Type comparison
Selection Of Electrical Equipment In Hazardous Areas

Control Valve Engineering

Fundamentals of Control Valves
Cross Sectional View of Control Valve
Types of Control Valves

Overview of Control System – DCS, PLC and SCADA

Overview of Control System – DCS, PLC and SCADA
Distributed Control System (DCS)
Programmable Logic Controller (PLC)
Supervisory Control And Data Acquisition (SCADA)