InstrumentationTechnician

Instrumentation Technician TrainingIFPELAC Training Center, Maputo

Become a fully qualified Rigging Expert according to international Rigging

Standards. Be ready for the Offshore and Port requirements and learn how to

manage in multidisciplinary and challenging environments.

5 phase course composed by 3 Training Periods and 2 on-the-job periods.

Start date: August 1st - Phase 3

Closing date for applications: July 15th

This is a modular and complementary course and we can accommodate the

learner in any specific period of training given that they perform a Training Needs

Analysis prior to enrolling.

Phase 1: Students can enroll for Basic Electric and Electronic Skills Training

– 3 months duration;

After completing 3 months on-the job training for Phase 3 – Assistant

Instrumentation Artisan – 3 months duration;

After completing 3 more months on-the-job period starts training for Phase 5 –

Fully Trained Instrumentation Artisan – 2,5 months duration.

Instrumentation Course Content

Basic Electronic Training

*Compulsory / Not Compulsory

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Course control document

Perform safe work practices

Read and interpret electrical drawings

Use measuring instruments and marking off tools

Use hand tools

Use and maintain a pedestal drill

Use and maintain a pedestal grinder

Use and maintain a portable drilling machine

Fit a 16 ampere plug top

Fit a compression gland

Fit a amour cable

Join a low tension cable

Use electrical measuring instruments

Explain electromagnetism

Convert units and prefixes

Analyse electrical units

Use digital multimeter

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MCI-CCD

MCI-ST

MCI-DRG-1

MCI-MMI-E

MCI-HM-1

MCI-HM-2

MCI-MG

MCI-OPE-1

MCI-CA-1

MCI-CA-2

MCI-CA-3

MCI-CA-4

MCI-EMT-1

MCI-MAT-1

MCI-UP-T

MCI-EU-T

MCI-UDM

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*Compulsory / Not Compulsory

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Test a resistance box

Use oxy-acetylene cutting equipment

Use oxy acetylene and arc welding equipment

Solder components

Identify and use resistors

Identify and use capacitors

Identify and use inductors

Identify diodes

Use an oscilloscope

Construct rectification circuits

Identify and use zener diodes

Construct a voltage doubler

Identify transistor action

Identify transistor configurations

Test regulated power supplies

Test thyristor

Test thyristor phase control

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MCI-PW-1

MCI-OAC

MCI-OAW

MCI-HM-3

MCI-BE-1

MCI-BE-2

MCI-BE-3

MCI-BE-4

MCI-TI-2

MCI-BE-5

MCI-BE-6

MCI-BE-7

MCI-BE-8

MCI-BE-9

MCI-BE-10

MCI-BE-11

MCI-BE-12

*Compulsory / Not Compulsory

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Test an amplifier

Use a transistor as a switch

Test multivibrators

Identify operational amplifiers

Construct a continuity tester

Test a field effect transistor

Test logic gates

Fault find circuits

Introduction to networks

Network topologies

Network media types

Media access methods

Network protocols

Specialized network equipment

TCP/IP Protocol and IP addressing

Workgroup and Domain network models

Differential server functions

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MCI-IE-1

MCI-IE-2

MCI-IE-3

MCI-IE-4

MCI-PCC

MCI-IE-5

MCI-IE-6

MCI-FF-1

MCI-NET-1

MCI-NET-2

MCI-NET-3

MCI-NET-4

MCI-NET-5

MCI-NET-6

MCI-NET-7

MCI-NET-8

MCI-NET-9

Advanced Electronic & Network Training

*Compulsory / Not Compulsory

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Network troubleshooting

Add a computer to the network

Manufacture network cable

Built, configure and test a network

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MCI-NET-10

MCI-NET-11

MCI-NET-12

MCI-NET-13

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Define terms

Instrument drawing symbols

Air regulators, filters and lubricators

Pressure measurement using manometers

Pressure measurement using a dead weight tester

Use system calibrator

Measurement of pressure

Process pressure sensors

Current to pressure converter

Differential pressure measurement electronic methods

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MCI-DT

MCI-DRG-2

MCI-RFL

MCI-PMM

MCI-PMD

MCI-SC

MCI-PM

MCI-PPS

MCI-IP

MCI-DPE

Advanced Instrumentation Training

*Compulsory / Not Compulsory

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Install, maintain and calibrate a D/P cell

Explain principles of flow

Flow measurement electrical methods

Level measuring devices

Stroke control valves

Temperature measurement resistance methods

Temperature measurement thermocouples

Introduction to process control

Density and mass measurement

Introduction to automatic control

On-off and proportional control

Reset and derivative control

Interaction between instruments and a control loop

Fundamental concepts of automatic control

Control time elements

Tune automatic controllers

Introduction to SCADA systems

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MCI-DPC

MCI-FM

MCI-FE

MCI-MLM

MCI-SCV

MCI-TR

MCI-TH

MCI-IPC

MCI-MAS

MCI-IAC

MCI-OP

MCI-RD

MCI-IBI

MCI-FC

MCI-CTE

MCI-TA

MCI-SCA

*Compulsory / Not Compulsory

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Fiber optic theory and application

Introduction to Profibus communication

Fieldbus communication protocol

Wire circuits

Wire panel

Programmable logic controllers

Cascade Control Loop

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MCI-FOT

MCI-PRF

MCI-FIB

MCI-EC-1

MCI-CW-T

MCI-PLC

MCI-CCL