Engineer of Automation: Career Guide to Automation Engg

This course consists of the following units:

Module 1 – Fundamentals of Automation & Control
Learn what automation and control engineering covers and where it is used.
Understand basic feedback, sensors, actuators, and system logic.

Module 2 – Control System Design & Applications
Explore how control systems are designed to keep processes stable and safe.
Learn simple control methods used in real industrial settings.

Module 3 – Programmable Logic Controllers (PLCs)
Understand what PLCs do and why they are central to automation.
Learn how PLC logic supports machine and process control.

Module 4 – SCADA & Industrial Networks
Explore SCADA systems and how they monitor and control operations remotely.
Learn how industrial networks connect equipment and share data securely.

Module 5 – Robotics & Motion Control
Understand how robots and motion systems work in automated environments.
Learn how motion control improves speed, accuracy, and safety.

Module 6 – Smart Sensors & Industrial IoT (IIoT)
Explore smart sensors and how they collect useful data in real time.
Learn how IIoT supports predictive maintenance and smarter decisions.

Module 7 – Advanced Process Control & Optimization
Learn how advanced control improves performance in complex systems.
Explore optimisation tools that reduce waste and increase output quality.

Module 8 – Future Trends in Automation & Control
Understand emerging technologies like AI-driven control and digital twins.
Learn how future automation roles are evolving across industries.

Completing the Automation & Control Engineering CPD course supports progression into high-demand technical roles worldwide. Graduates may pursue careers as Automation Engineer, Control Systems Engineer, PLC/SCADA Engineer, Robotics Engineer, Instrumentation Engineer, or Industrial IoT Specialist. The course also benefits manufacturing, process, and maintenance professionals who want stronger control and optimisation skills. Over time, learners can move into senior positions such as Automation Project Lead, Reliability Engineer, or Smart Factory Systems Manager. With recognised CPD certification, you demonstrate practical competence in modern automation technologies and industry-standard control methods.

Upon successful completion of the Automation & Control Engineering CPD, candidates will have two certificate options to choose from:

Option 1: Certificate Issued by the Quality Licence Scheme (QLS)

This certificate is issued by the Quality License Scheme, confirming that the course meets high-quality education standards. It is ideal for learners who wish to showcase their formal completion of a professionally developed training program.

Option 2: Accredited CPD Certificate Issued by the CPD Standards Office

Candidates also have the option to claim a Continuing Professional Development (CPD) certificate, accredited by the CPD Standards Office. This internationally recognized certificate is particularly suitable for professionals who want to demonstrate their commitment to ongoing development and enhance their CPD records.

Both certificates offer valuable recognition and can strengthen your professional profile across a range of industries.

Is this course suitable for beginners in automation and control?
Yes. The course starts with clear fundamentals and gradually builds toward practical PLC, SCADA, and robotics concepts, making it suitable for beginners and early-career professionals.

Can I complete this course at my own pace?
Absolutely. It is fully online, self-paced, and you have unlimited access, so you can study when it fits your schedule.

What skills does an engineer of automation need, and does this course cover them?
A successful engineer of automation needs understanding of control systems, PLC logic, sensors, industrial networks, and troubleshooting. This course covers all of these step by step.

What does an automation and control engineer do?
They design, programme, test, and maintain automated systems that control machines and processes, ensuring they run safely, efficiently, and accurately. 

What do automation controls engineers do at Tesla?
At Tesla, automation controls engineers develop and implement equipment controls for factory automation, including robotics, PLC/robot programming, commissioning, and safety assessments for manufacturing lines.