This Unit focuses on the aspect of equipping the students with essential technical knowledge and practical creativity. Students gain the necessary knowledge to design and implement essential control over electronic systems in the industries. Unit 45 allows the student to select and apply modified technologies for monitoring and controlling industrial variables such as pressure, temperature, and motor speed with accuracy and efficiency.

Students learn the necessary techniques of electrical and electronic engineering. These techniques are applied practically in the industries. Students gain enough experience through these skills that analyze instrument accuracy and the overall system characteristics. All the information gained in the unit is applied to the design and the method of controlling the heavy machinery in the industries.

The student’s role as an engineer is highly emphasized in this unit in selecting appropriate control systems for industrial solutions to enhance the speed of the technical machinery. Key topics include the use of electronic and electrical engineering topics based on various genres.

Skill Evaluation with Unit 45

This unit sharpens the skills of the students up to a certain level by helping them with innumerable tasks. The students learning Unit 45 have a decent amount of knowledge, making it easy for them to analyze and interpret all electronically controlled designs.

Students undertaking this course acquire a solid foundation that enables them to identify interface requirements between electronic, electrical, and mechanical components. Moreover, they use practical and computer-based tools to stimulate real-world measurement and control systems. Then, the analytical techniques are implemented to assess the system`s performance by suggesting improvements in the Industrial sectors.

Types of Engineers Who Learn the Industrial Systems

Learning this unit is essential for students dealing with various engineering fields such as;

• Control Systems Engineers: Design and maintain automated systems for process regulation and stability.
• Automation Engineers: Develop control technologies to automate manufacturing and industrial operations.
• Mechatronics Engineers: Integrate mechanical, electrical, and software systems for intelligent machinery.
• Electrical/Electronic Design Engineers: Create schematics and layouts for circuits, devices, and control systems.
• Process Engineers: Optimize industrial processes for efficiency, quality, and safety improvements.
• Instrumentation Engineers: Design and implement systems to measure and control physical quantities.

Knowledge Gained After Completing Unit 45

The engineers completing this unit will have the capability to understand the core components of electronically controlled industrial systems. Students gain effective insights on how to measure the system`s work both theoretically and in practice. Moreover, they work on specified transducers and controllers to simulate and test systems using software tools and interpret real-world data. Their expertise makes them capable of critically evaluating system performance, identifying inefficiencies, and proposing improvements using data-driven approaches.

Learning Outcomes of Unit 45

Enough knowledge, Unit 45 can modify the whole idea of an industrial system, making the students wise enough to deal with the practical complexities of their fields. They will be able to identify and act on the following postulates with ease;

• Describe the main elements of an electronically controlled industrial system.
• Identify and specify the interface requirements between electronic, electrical, and mechanical transducers and controllers.
• Apply practical and computer-based methods to design and test a measurement system.
• Apply appropriate analytical techniques to predict the performance of a given system.

LO1: Describe the main elements of an electronically controlled industrial system

The first learning outcome is based on the fundamental concepts of the industrial systems. These systems deal with the discrete controls of both input and output devices. The more students learn about the open and closed loop systems in depth. At the end of their semester, they are expected to describe the elements of the systems and their principles, with the important applications representing the AC and DC motors.

LO2: Identify and specify the interface requirements between electronic, electrical, and mechanical transducers and controllers

The students will learn the ability to explain the AC and DC motors and their application with a detailed study on the relays, solenoids, motors, and actuators` functions in control systems. In addition to this, they will identify the purpose of various transducers and understand the physical parameters.

After completing this unit, the students will attain enough practical skills to deal with the fundamentals of the automation hardware, including transducers in the industrial control environment.

LO3: Apply practical and computer-based methods to design and test a measurement system

The learning outcome is based on the system modeling analysis of the machines that run the industries. Students deal with the methods to transfer essential functions to help predict the behaviour and consistency of industrial processes, including accuracy, resolution, and tolerances.

LO4: Apply appropriate analytical techniques to predict the performance of a given system

In the fourth learning outcome, students develop enough practical knowledge to deal with the current trends of technology and future industrial systems. Modern technology is completely based on digital upgrades. Students deal with a high amount of increase in wireless and remote-controlled machinery, and the Internet of Things.

Assessment Criteria

The Assessment criteria of Unit 45 Industrial Systems are based on the following learning outcomes given in the following;

LO1: Describe the main elements of an electronically controlled industrial system

• 1.1 Describe the main elements of an electronically controlled industrial system.
• 1.2 Review the main concepts underlying electronically controlled industrial systems.
• 1.3 Analyse the characteristics of an electronically controlled industrial system by applying a variety of techniques to solve a given problem.
• 1.4 Critically examine the performance of an electronically controlled system to make recommendations for improvement.

LO2: Identify and specify the interface requirements between electronic, electrical, and mechanical transducers and controllers

• 2.1 Identify the interface requirements between electronic, electrical, and mechanical transducers and controllers.
• 2.2 Justify the choice of transducers and controllers for a given task.
• 2.3 Predict the behaviour of an electronically controlled industrial system by applying a variety of transducers to the solution of a given problem, and choose a best solution.
• 2.4 Critically investigate the behaviour of a given control system to compare different electrical, electronic, and mechanical approaches to control.

LO3: Apply practical and computer-based methods to design and test a measurement system

• 3.1 Apply practical and computer-based methods to design and test a measurement system.
• 3.2 Explain the use of practical and analytical methods in creating and testing a measurement system.
• 3.3 Interpret the characteristics and behaviour of an existing electronic measurement system by applying a variety of methods to solve a given problem.
• 3.4 Critically evaluate the performance of an ideal measurement system compared to a real circuit.

LO4: Apply appropriate analytical techniques to predict the performance of a given system

• 4.1 Apply the main analytical techniques to explain the performance of a given system.
• 4.2 Evaluate the characteristics of an electronically controlled industrial system by applying a variety of analytical techniques to the solution of a given problem.
• 4.3 Analyse an existing industrial system by using appropriate analytical techniques provide justified recommendations to improve the performance.

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