Course Overview

This 12-week advanced programme develops technical competence in programmable logic controllers (PLCs), embedded systems and industrial automation. Building on prior Level 4 knowledge or equivalent technical competence, learners progress into embedded-system technologies, 8051 microcontrollers, assembly-language programming, peripheral interfacing, advanced PLC applications, industrial communications, electrical machines and integrated automation.

Learning is applied through programming, simulation, PLC trainer activities, hardware interfacing, troubleshooting and industrial engineering scenarios. The programme is designed for technicians and engineering personnel seeking to progress beyond PLC installation and foundational programming into more advanced control, embedded and automation systems.

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What Learners Will Do

• Analyse embedded-system technologies, processor architectures and programmable logic devices
• Interpret the architecture, memory organisation and interfacing capabilities of the 8051 microcontroller
• Develop, test, debug and optimise 8051 assembly-language programs
• Interface embedded peripherals including ADC/DAC devices, displays, real-time clocks, relays and motors
• Develop and test advanced PLC programs using timers, counters, conditional logic and data-management instructions
• Configure PLC trainer systems and work with RS Logix and Allen Bradley PLC applications
• Apply PLCs to real-world industrial automation and energy-efficient control applications
• Diagnose PLC, embedded-system, I/O and industrial communication faults
• Apply industrial network and data-exchange concepts, including Modbus
• Analyse transformer and three-phase induction motor operation, testing and starting methods
• Evaluate automated systems for safety, reliability, energy efficiency and system security

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Content

Embedded Systems & Microcontroller Technologies

• Embedded-system characteristics, technologies and industrial applications
• General-purpose processors, microcontrollers and digital signal processors (DSPs)
• Full-custom and semi-custom IC technologies, ASICs and programmable logic devices (PLDs)
• 8051 architecture, block and pin features, registers and port structures
• Memory organisation, timers, counters, serial interfaces and external interfacing

Embedded Programming & Peripheral Interfacing

• 8051 assembly-language programming
• Jump, loop and call instructions; arithmetic, logic and data-transfer operations
• Timer and counter programming, time delays and single-bit operations
• Program debugging and optimisation
• Watchdog timers, LCD controllers and real-time clocks
• ADC/DAC interfacing, relays, stepper motors and DC motor control

Advanced PLC Programming & Industrial Control

• PLC architecture, operation, memory organisation and scan-cycle behaviour
• Advanced ladder logic using timers, counters, control instructions and data management
• Conditional logic and numerical data-management applications
• PLC trainer configuration and industrial hardware interfacing
• RS Logix programming, testing, uploading and validation
• Allen Bradley PLC applications and structured troubleshooting
• Safety PLCs, real-world automation and energy-efficient control systems

Industrial Communications & Integrated Automation

• Industrial communication media, connectors and signal isolation
• Network architectures, standards and industrial protocols
• PLC communication with embedded systems, drives and control interfaces
• Industrial data exchange and Modbus applications
• Communication fault diagnosis and system integration
• Control-system reliability, safe responses and industrial cybersecurity awareness

Transformers, Motors & Industrial Automation

• Transformer construction, operating principles and types
• EMF equation, voltage transformation ratio and phasor relationships
• Transformer losses, open-circuit and short-circuit testing
• Three-phase induction motor construction and operation
• Synchronous speed, slip, actual speed and motor performance
• DOL and Star-Delta starting methods and industrial applications
• Integration of electrical machines within automated control systems

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Practical Component: Advanced Industrial Systems Application

Practical learning is integrated throughout the programme through simulation, guided laboratory activity, PLC trainer systems, microcontroller programming and applied industrial-control scenarios.

• Program & Interface: Develop, test and debug 8051 programs and interface microcontrollers with peripheral devices
• Configure & Control: Configure PLC trainers and develop advanced ladder-logic applications using industrial programming tools
• Integrate Systems: Connect PLCs, embedded devices, sensors, actuators and other industrial-control components
• Communicate & Diagnose: Apply industrial network and Modbus concepts and diagnose programming, interfacing and communication faults
• Analyse Machines: Investigate transformer operation and testing and analyse three-phase induction motor performance and starting methods
• Optimise & Protect: Evaluate control solutions for safety, reliability, energy efficiency, sustainability and basic industrial cybersecurity

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Entry Requirements

Applicants should normally hold a Level 4 qualification in PLCs, electrical/electronic engineering, industrial automation, mechatronics or a related technical field, or demonstrate equivalent relevant technical knowledge and experience.

Learners are expected to have prior competence in basic PLC architecture, I/O, ladder-logic programming and industrial control principles.

Teaching and Learning Approach

The programme uses an advanced, applied and simulation-supported learning model combining guided instruction, practical demonstrations, PLC trainer activities, microcontroller programming, collaborative technical problem-solving and substantial independent study.

Assessment evidence is developed progressively through programming, interfacing, troubleshooting, analysis and integrated automation activities, supported by technical documentation and independent assessment work.

Who Should Enrol

• PLC and automation technicians seeking advanced competence
• Electrical and electronic technicians
• Industrial maintenance and engineering technicians
• Control and instrumentation personnel
• Technicians working with automated equipment and industrial control systems
• Persons progressing into embedded systems, industrial automation or mechatronics

Progression and Career Relevance

The programme supports progression into advanced industrial maintenance, automation support, embedded control, instrumentation, electrical and electronic systems, industrial communications and control-system roles. It also provides a strong platform for further study in industrial automation, embedded systems, mechatronics and related engineering disciplines.

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