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In the ever-evolving landscape of industrial technology, the mastery of automation remains a fundamental cornerstone for technicians and operation staff. With qualifications at level 3/4 or equivalent industry experience, individuals are poised to embark on a journey through the realm of automation, a discipline essential to the smooth functioning of countless industrial processes.

We are committed to creating educational opportunities for people from a variety of backgrounds and situations. If you have been out of formal education for some time, and/or you do not have the qualifications stated, we might still be able to consider your application and offer you a range of support. We are here to help. Please get in touch to find out more.

In the ever-evolving landscape of industrial technology, the mastery of pneumatic control systems remains a fundamental cornerstone for technicians and operation staff. With qualifications at level 3/4 or equivalent industry experience, individuals are poised to embark on a journey through the realm of pneumatics, a discipline essential to the smooth functioning of countless industrial processes.

We are committed to creating educational opportunities for people from a variety of backgrounds and situations. If you have been out of formal education for some time, and/or you do not have the qualifications stated, we might still be able to consider your application and offer you a range of support. We are here to help. Please get in touch to find out more.

In the ever-evolving landscape of industrial technology, the mastery of electro-pneumatic control systems remains a fundamental cornerstone for technicians and operation staff. With qualifications at level 3/4 or equivalent industry experience, individuals are poised to embark on a journey through the realm of electro-pneumatic, a discipline essential to the smooth functioning of countless industrial processes.

We are committed to creating educational opportunities for people from a variety of backgrounds and situations. If you have been out of formal education for some time, and/or you do not have the qualifications stated, we might still be able to consider your application and offer you a range of support. We are here to help. Please get in touch to find out more.

The Basic Hydraulics CPD Programme introduces participants to the core principles of hydraulic systems, providing both theoretical knowledge and hands-on experience. Attendees will work with industry-standard equipment, developing practical skills in setting up and troubleshooting hydraulic circuits. The programme covers key topics such as pressure control, flow regulation, and actuator dynamics, ensuring learners gain a well-rounded understanding of hydraulic operations.

With a strong focus on interactive learning, this programme is designed to enhance problem-solving skills and technical competency. Whether for career development or workplace application, attendees will leave with the confidence to operate and maintain hydraulic systems effectively in real-world industrial settings

The Industrial Automation CPD programme focuses on the underpinning engineering concepts that contribute to current industrial practices in automation. The programme provides attendees with the opportunity to gain valuable practical experience using our state-of-the-art laboratories whilst consolidating knowledge through the delivery of interactive theory sessions. Our purpose-built engineering laboratories house a wide range of industry-standard training equipment including Pneumatics, Mechatronics, Robotics, PLCs, Fluid Processing, and a unique Industry 4.0 Smart Factory training system enabling the study of the full range of industrial concepts.

The programme offers a learning experience which has the attendees at its centre with the team focused on providing a friendly and supportive learning environment. The programme is designed in a way that progressively prepares attendees with the knowledge and ability to analyse, comprehend and manage industrial automation resulting from the fundamentals of advanced PLC programming to the function and use of automation equipment. This flexibility will be a significant asset for the attendees, because of the continuous evolution of the technologies in the automation sector.

The Wind Power Systems CPD programme explores the essential engineering concepts behind contemporary wind power practices, concentrating on wind power systems. Participants gain hands-on experience in our advanced laboratories, learning about both stand-alone wind power systems. The curriculum covers the integration of essential components such as wind turbines, charge controllers, batteries, and inverters, with particular emphasis on the impact of energy-efficient equipment on system size and cost.

This course aims to provide a supportive and interactive learning environment, progressively equipping participants with the skills to analyse, comprehend, and manage wind power systems. By the end of the programme, attendees will be familiar with the configuration, operation, and typical applications of stand-alone wind power systems. They will understand the roles of the main components and ensure their compatibility, preparing them to effectively design and manage renewable energy systems.

The Photovoltaic Systems CPD programme immerses participants in essential engineering concepts essential to contemporary solar power practices, with a primary focus on PV systems. Participants engage in hands-on learning within advanced laboratories, gaining proficiency in both stand-alone and grid-tied PV systems. The curriculum meticulously integrates key components such as PV panels, charge controllers, batteries, and inverters, emphasizing the profound impact of energy-efficient solutions on system scalability and economic viability. Designed to foster an interactive and supportive learning environment, the course progressively equips participants with the analytical and managerial skills necessary to comprehend and navigate PV systems effectively. By the programme’s conclusion, attendees will proficiently understand the configuration, operation, and typical applications of both stand-alone and grid-tied PV systems. They will adeptly manage system components, ensuring seamless compatibility and optimizing performance in diverse renewable energy contexts.