Diploma in Diploma in Instrumentation and Control Engineering is a 40 credit course leading to the qualification of:
Diploma in Diploma in Instrumentation and Control Engineering (Level 6)
The Diploma in Instrumentation and Control Engineering provides a comprehensive understanding of electrical, electronic, and control systems, preparing learners for careers in automation, industrial measurement, and process control. This programme integrates Electrical & Electronic Engineering Principles (Level 4) and Instrumentation & Control Systems (Level 6) to develop expertise in designing, analysing, and optimising instrumentation and control systems across various engineering industries.
The course is delivered as an online engineering course, consisting of two 20 credit units. The first unit is a recommended unit which is designed to deliver some fundamental learning required to progress onto the second, specific core unit.
Unit 1: Electrical & Electronic Engineering Principles (recommended*)
This unit introduces the fundamental principles of electrical and electronic engineering, providing learners with a foundational understanding of key concepts and applications. The electrical section explores AC and DC supplies, along with the properties and characteristics of semiconductors. The electronic section focuses on analogue and digital signals, amplifiers, and logic gates, essential for modern engineering applications.
By the end of the unit, learners will be able to apply electrical and electronic principles in a variety of engineering scenarios, gaining insight into programmable logic controller (PLC) systems and their role in automation and control.
Unit 2: Instrumentation and Control Systems (core)
This unit introduces the importance of instrumentation and control systems in engineering applications, focusing on their role in automation, performance optimisation, and cost reduction. Learners will explore the operation and applications of commonly used measuring instruments, including oscilloscopes, transducers, and bridges.
The unit also covers engineering control systems, where students will learn to model systems in the frequency domain, evaluate transfer functions, and analyse time response characteristics. Additionally, the impact of non-linearities in control systems will be examined to enhance understanding of real-world system behaviour.
* The recommended unit can be replaced by a different unit of your choice depending on your personal preference, or previous learning experience.
Diploma in Diploma in Instrumentation and Control Engineering
| Course ID: | Credits: |
|---|---|
| DIPTDY5 | 40 Credits |
Throughout this diploma, learners will develop skills in electrical and electronic engineering, measurement technologies, and control system applications. Key areas of study include:
- The principles of AC and DC power supplies, semiconductors, and programmable logic controllers (PLCs).
- The operation and applications of measuring instruments, transducers, and signal generators used in engineering environments.
- The fundamentals of control system modelling, frequency domain analysis, and transfer function evaluation.
- The time response of control systems, including the effects of non-linearities on system performance.
- The integration of automation and instrumentation in industrial and engineering processes.
By the end of the course, learners will have the technical knowledge and practical expertise to design, manage, and improve control and instrumentation systems in industries such as manufacturing, power generation, and industrial automation.
This diploma is designed for individuals looking to enhance their careers in instrumentation, control, and automation engineering. It is particularly suited for:
- Engineers and technical professionals working in industrial automation, electrical engineering, and process control.
- Graduates seeking careers in instrumentation, measurement, and control engineering.
- Professionals involved in manufacturing, robotics, power generation, or energy sectors who want to expand their expertise in control systems.
- Individuals aiming to use this diploma as a pathway to further study, such as the International Graduate Diploma.
Career Opportunities
Graduates of this diploma will be well-positioned for roles in instrumentation and control engineering, with career opportunities in industries such as manufacturing, energy, automation, and process management. Potential roles include:
Instrumentation Engineer – Designing and implementing industrial measurement and monitoring systems.
Control Systems Engineer – Developing and optimising automated control systems in industrial and manufacturing settings.
Automation Engineer – Working with robotics, PLCs, and automated systems to enhance efficiency and productivity.
Electrical & Electronics Engineer – Applying electrical and electronic engineering principles to control and instrumentation technologies.
Process Control Engineer – Managing and improving control strategies in industries such as oil and gas, energy, and chemical processing.
With industries increasingly relying on automation, precision control, and smart technologies, this diploma provides the expertise needed to excel in a high-demand and rapidly evolving field.
The online Diploma in Environmental Engineering offers learners the flexibility to study at their own pace and schedule, making it an ideal option for those with busy work schedules or family commitments.
There are no classes to attend, no schedules, no deadlines and no exams. You are in control over how and when you study. You can start any day of the year and you graduate when you complete the course (according to your schedule.
Upon successful completion you would have the option to transfer these credits into our higher education courses:
Higher International Certificate in Electrical and Electronic Engineering (EduQual Level 4)
Higher International Diploma in Electrical and Electronic Engineering (EduQual Level 5)
International Graduate Diploma in Electrical and Electronic Engineering (Level 6)