Instrumentation and control begins on the 16th of January, 2012

The next batch of training for The next batch of training for Instrumentation and control begins on the 16th of January, 2012 and is limited to 10 participants only; you are however advised to make a down payment early to secure a seat.


Details of the training are as follows:
Training Fee: N50, 000.00 only

Time: 5.00 to 7.00pm (Mon-Fridays)
Saturdays: 10am to 3pm

Training Duration: 3-4weeks

Who should attend?
This Course is intended for anyone involved in the Operations, and graduates of Electrical, Mechanical and Production Engineers.
Course structure:

MODULE I
Overview of Onshore, Offshore and Subsea Oil and Gas Facilities MODULE II In-country Oil & Gas Regulations.
International Codes & Standards
Specifications, Recommended Practices, Publications, Bulletins & Technical Reports.
MODULE III
Overview of Typical Engineering Drawings Applicable Process Interface Drawing.
Applicable Piping Interface Drawing
Applicable Electrical Interface Drawing
MODULE IV
Conceptual Engineering
Front End Engineering Design
Detailed Engineering Design
Some Important Document Items in a Design engineering Contract.
MODULE V
Hazardous area classification (HAC)
The participants would know the importance of Hazardous Area Classification Drawings in electrical design works. Participants will be able to read and Understand HAC drawings as regards designs. They would be able to analyze Electrical equipment based on the classification of a particular area.
-Understanding the actual meaning of HAC.
-Knowing the importance of HAC
-Knowing the parameters needed for making a good HAC -Appreciate and understand the various standards used for HAC -Appreciate and understand the HAC classification as regards choosing equipment for particular volatile areas -Check through various examples

MODULE VI
PLC
The participants would know the importance of PLC in electrical design works for oil & gas sector. Participants will be able to read and understand PLC logics as regards designs for control panels and other related automated cubicles. They would be able to understand and analyze PLCs.
They would be
able to help out in the programming of PLCs and know whatever information required by the manufacturers -Understanding the actual meaning of PLC.
-Understand various programming languages of the PLC in line with IEC- 61131-3 -Knowing what input and output devices and other PLC/PAC Equipments -Knowing how the PLC communication concept, e.g. the Ethernet, master slave networks, RTU/DCS/HMI interfaces, Drivers, etc.
-Understanding Human-machine interface functions -Ability to write PLC Programmes most especially Ladder instructions -Case studies- Siemens and Alan Bradley PLCs Instrument lists(IL) ?
- Definition of Instrument list
- The use of Instrument lists
- To understand the purpose of having an instrument list
- To effectively read the IL
- To know the composition of ILs
. Installation details
- To understand the use of installation details in instrumentation
- To understand and extract the materials for construction
- To effectively read and recognize the various valves, tubing and cablings Involved in the various installation details
- To understand how to extract material take off or Bill of materials from Installation details -To read and analyze various Installation details . Location plans
- To understand the use of location plans or layouts in instrumentation
- To understand and read location plans for detection of equipments on Plans
- To effectively read and recognize the structural and electrical Considerations as regards location of instrumentation equipments.
- To understand how to lay the cable trays on locations
- To understand location of panels on locations
- Analysis of various location plans
Loop diagrams
- To understand the use of Loop Diagrams in instrumentation
- To generate loop Diagrams from the P&IDs -To effectively read and recognize the various valves, tubings and cablings Involved in the Loop Diagrams
- To understand every connections or interrelationships involved in loop Diagrams
- To read and analyze various Loop Diagrams.

MODULE VII
DCS initiatives
This initiative looks at distributed processor systems and their evolution from DCS to Smaller ?hybrid? systems, large Enterprise-wide systems, and so called open control Systems. We will compare DCS to traditional single-loop, central computer, PLC, PAC, PC, and SCADA architectures, along with fibre-optic, wireless, multiple fieldbuses, Safety systems and security issues.
Understanding distributed computing:
-Distributed Analog to Central Computer to Microprocessor
- Functional Distribution
- Physical Distribution
- Distributed and Centralized Information
- Comparing Current System Philosophies: Distributed Control
- PLCs.
-PC Networks
- Programmable Automation Control
- Open Control
-Enterprise Control
Controller structures:
Inputs/Outputs
- Shared and Clustered Loops
- Discrete and Logic Control
- Sequential and Batch Control
- Multifunction Control
Operator interface:
- Philosophy of Interactive Displays
- Workstation Roles
- Operator Input Devices
- Alarms
-Testing
Communication networks:
- Physical Architectures
-Communicating Structures
- Media Access Protocols
- Field bus Links
- Fibre Optics
-Wireless
Control strategy and configuration:
-developing Parameters
-Configuration Languages

Handouts:
Each course participant will receive the course lecture notes and relevant reference material.
Training sessions are limited to 10 participants only; you are however advised to make a down payment early to secure a seat.
Payment details are as follows;
Accnt name: COD Energy Services Limited
Sterling Bank PLC
Accnt no: 506202839110
Use bank teller to obtain your receipt, in COD Energy office at No.93 Tombia Extension road, new GRA Phase II, Port Harcourt.

Regards,
Chioma Nmecha
COD ENERGY SERVICES LIMITED
No.93 Tombia Extension road, new GRA phase II, P.O.Box 3375, Trans Amadi, Port Harcourt, Nigeria
Nigeria Graduate Jobs Vacancies Career Forum | Naijahotjobs.com 84 8900825,08139271473
Email: [email protected]
Website: www.cod-energyservices.com and is limited to 10 participants only; you are however advised to make a down payment early to secure a seat.


Details of the training are as follows:
Training Fee: N50, 000.00 only

Time: 5.00 to 7.00pm (Mon-Fridays)
Saturdays: 10am to 3pm

Training Duration: 3-4weeks

Who should attend?
This Course is intended for anyone involved in the Operations, and graduates of Electrical, Mechanical and Production Engineers.
Course structure:

MODULE I
Overview of Onshore, Offshore and Subsea Oil and Gas Facilities MODULE II In-country Oil & Gas Regulations.
International Codes & Standards
Specifications, Recommended Practices, Publications, Bulletins & Technical Reports.
MODULE III
Overview of Typical Engineering Drawings Applicable Process Interface Drawing.
Applicable Piping Interface Drawing
Applicable Electrical Interface Drawing
MODULE IV
Conceptual Engineering
Front End Engineering Design
Detailed Engineering Design
Some Important Document Items in a Design engineering Contract.
MODULE V
Hazardous area classification (HAC)
The participants would know the importance of Hazardous Area Classification Drawings in electrical design works. Participants will be able to read and Understand HAC drawings as regards designs. They would be able to analyze Electrical equipment based on the classification of a particular area.
-Understanding the actual meaning of HAC.
-Knowing the importance of HAC
-Knowing the parameters needed for making a good HAC -Appreciate and understand the various standards used for HAC -Appreciate and understand the HAC classification as regards choosing equipment for particular volatile areas -Check through various examples

MODULE VI
PLC
The participants would know the importance of PLC in electrical design works for oil & gas sector. Participants will be able to read and understand PLC logics as regards designs for control panels and other related automated cubicles. They would be able to understand and analyze PLCs.
They would be
able to help out in the programming of PLCs and know whatever information required by the manufacturers -Understanding the actual meaning of PLC.
-Understand various programming languages of the PLC in line with IEC- 61131-3 -Knowing what input and output devices and other PLC/PAC Equipments -Knowing how the PLC communication concept, e.g. the Ethernet, master slave networks, RTU/DCS/HMI interfaces, Drivers, etc.
-Understanding Human-machine interface functions -Ability to write PLC Programmes most especially Ladder instructions -Case studies- Siemens and Alan Bradley PLCs Instrument lists(IL) ?
- Definition of Instrument list
- The use of Instrument lists
- To understand the purpose of having an instrument list
- To effectively read the IL
- To know the composition of ILs
. Installation details
- To understand the use of installation details in instrumentation
- To understand and extract the materials for construction
- To effectively read and recognize the various valves, tubing and cablings Involved in the various installation details
- To understand how to extract material take off or Bill of materials from Installation details -To read and analyze various Installation details . Location plans
- To understand the use of location plans or layouts in instrumentation
- To understand and read location plans for detection of equipments on Plans
- To effectively read and recognize the structural and electrical Considerations as regards location of instrumentation equipments.
- To understand how to lay the cable trays on locations
- To understand location of panels on locations
- Analysis of various location plans
Loop diagrams
- To understand the use of Loop Diagrams in instrumentation
- To generate loop Diagrams from the P&IDs -To effectively read and recognize the various valves, tubings and cablings Involved in the Loop Diagrams
- To understand every connections or interrelationships involved in loop Diagrams
- To read and analyze various Loop Diagrams.

MODULE VII
DCS initiatives
This initiative looks at distributed processor systems and their evolution from DCS to Smaller ?hybrid? systems, large Enterprise-wide systems, and so called open control Systems. We will compare DCS to traditional single-loop, central computer, PLC, PAC, PC, and SCADA architectures, along with fibre-optic, wireless, multiple fieldbuses, Safety systems and security issues.
Understanding distributed computing:
-Distributed Analog to Central Computer to Microprocessor
- Functional Distribution
- Physical Distribution
- Distributed and Centralized Information
- Comparing Current System Philosophies: Distributed Control
- PLCs.
-PC Networks
- Programmable Automation Control
- Open Control
-Enterprise Control
Controller structures:
Inputs/Outputs
- Shared and Clustered Loops
- Discrete and Logic Control
- Sequential and Batch Control
- Multifunction Control
Operator interface:
- Philosophy of Interactive Displays
- Workstation Roles
- Operator Input Devices
- Alarms
-Testing
Communication networks:
- Physical Architectures
-Communicating Structures
- Media Access Protocols
- Field bus Links
- Fibre Optics
-Wireless
Control strategy and configuration:
-developing Parameters
-Configuration Languages

Handouts:
Each course participant will receive the course lecture notes and relevant reference material.
Training sessions are limited to 10 participants only; you are however advised to make a down payment early to secure a seat.
Payment details are as follows;
Accnt name: COD Energy Services Limited
Sterling Bank PLC
Accnt no: 506202839110
Use bank teller to obtain your receipt, in COD Energy office at No.93 Tombia Extension road, new GRA Phase II, Port Harcourt.

Regards,
Chioma Nmecha
COD ENERGY SERVICES LIMITED
No.93 Tombia Extension road, new GRA phase II, P.O.Box 3375, Trans Amadi, Port Harcourt, Nigeria
84 8900825,08139271473
Email: [email protected]
Website: www.cod-energyservices.com