PLC Scada Course is designed to provide participants with skills and knowledge in PLC programming for automating manufacturing processes, and in SCADA for designing and troubleshooting automated systems. Join PLC and SCADA training from MEP Dubai to prepare yourself for building a career in automation, manufacturing, oil & gas, and power industries.
4.6
Rating
Overview of PLC SCADA
Course Offerings
Covering all aspects, from basic to advanced, of industrial automation and control systems, PLC and SCADA courses equip candidates with expertise in designing, monitoring, and troubleshooting automated industrial processes. The PLC SCADA training includes PLC for controlling the machinery physically and SCADA for remote monitoring.
What will you learn in the course?
You will learn about the core components of PLC architecture and hardware. The course will give skills in configuring SCADA systems. PLC SCADA classes include both practical and theoretical training to provide technical knowledge in PLC programming and SCADA development.
The software tools covered in the course include PLC, SCADA, HMI configuration software, VFD programming software, and industrial communication tools.
PLC SCADA Training
Course Syllabus
PLC SCADA training in Dubai includes the following topics:
Understand the fundamentals of PLC, its components, and applications. Have an overview of SCADA. Know the differences between the two.
Know the basics of automation systems and industrial control systems. Understand the differences between manual, semi-automatic, and fully automatic.
Have an overview of industrial processes and their control. Know the various types of control systems.
Study the basics of various programming languages, types of PLCs, and I/O modules.
Know the features, advantages, and applications of PLC. Understand the basics of PLC architecture, including the PLC block diagram, the working principle of a PLC, and its scan cycle.
Learn about the CPU, its functions, its speed, and its performance. Understand its clock, timer, operating system, and firmware.
Study the types of power supplies, safety precautions for voltage fluctuations, and power requirements for various systems.
Understand the memory types like RAM, ROM, data memory, flash memory, program memory, retentive memory, and non-retentive memory.
Become familiar with PLC wiring, PLC indicators, PLC diagnostics, and industrial safety practices.
Have an overview of Ladder Diagram, its history, applications, pros, and cons. Understand the structure of a Ladder Diagram, like rungs, rail, branches, and program flow.
Become familiar with the basic Ladder Logic instructions, including Normally Open Contact, Normally Closed Contact, Output Coil, Reset Coil, and Set Coil.
Study the basic Logic operations, such as AND logic, OR logic, NOT logic, NOR logic, and XOR logic.
Know the Timers, which include ON Delay Timer, Off Delay Timer, and Retentive Timer. Learn about Counters, including UP, DOWN, and Counter.
Learn in detail about comparison, Arithmetic, and data handling instructions. Find out how to troubleshoot Ladder Logic.
Have an overview of inputs and their role in PLC systems. Understand what digital and analog inputs are.
Learn about digital input devices like push buttons, selector switches, limit switches, float switches, and E-stop switches.
Understand standard Analog signals and analog input devices, such as pressure transmitters, level transmitters, flow transmitters, and humidity sensors.
Study I/O modules, including digital input modules, digital output modules, analog input modules, analog output modules, and mixed I/O modules.
Practical training in connecting push buttons, reading analog sensor values, wiring proximity, and troubleshooting PLC I/O circuits.
Understand the components of SCADA systems, including SCADA server, HMI, communication devices, and RTUs. Have an overview of centralized and distributed SCADA systems.
Have an overview of HMI and data acquisition. Find out how to collect real-time process data and validate it.
Study alarm management principles, such as alarm generation, alarm priorities, alarm acknowledgement, and alarm logging. Study Trend Analysis in SCADA.
Learn about creating a SCADA project, creating tags, testing, and commissioning. Find out how to troubleshoot SCADA issues, like tag errors, alarm problems, and display concerns.
Practical exercises in creating HMI screens, developing process graphics, configuring trends, creating alarms, and controlling industrial processes.
Understand communication architecture and communication models. Have an overview of communication between PLCs, RTUs, SCADA servers, and HMIs.
Learn about the industrial communication protocols, such as Modbus RTU, Modbus TCP, PROFINET, PROFIBUS, Ethernet, etc.
Study network configuration, such as IP addressing, gateways, network topology, device addressing, and subnet tasks.
Find out how to identify communication faults, monitor network status, and troubleshoot connection issues.
Know Network security, data security, and disaster recovery.
Learn advanced PLC programming like modular programming, functional blocks, and debugging.
Study advanced SCADA development, such as dynamic graphics, animations, and multi-screen HMI design.
Understand advanced alarm management and data logging.
Know VFD integration, remote monitoring, system integration, and PLC redundancy.
The Importance of PLC SCADA Certification Course
PLC programming course and SCADA course provide the participants with hands-on training and make them job-ready. It increases employability in core industries, improves career prospects, and enhances earning potential. It gives the trainees the confidence to troubleshoot issues in real-time projects. SCADA training course and PLC automation training lay a strong foundation for a successful career.
Why Learn a PLC SCADA Program?
You should learn PLC programming training and SCADA training if you want to enter the industrial automation industry and be successful as well. PLC and SCADA are the vital keys for automation in production, process plants, smart factories, and power plants. Whether you are a student or a working professional, you are assured of better employability after completing PLC automation training.
Industry Demand for Skilled PLC SCADA Professionals in Dubai
Demand for skilled PLC SCADA professionals is increasing because the country is shifting towards advanced automation.
It is important for the oil, gas, and power industries, which are the top industries in Dubai.
PLC and SCADA are used in wastewater treatment plants, automated warehouses, and logistics
The solar power sector and BMS require professionals with PLC SCADA knowledge.
SCADA Training Program Outcome
After completing SCADA training, participants will
Become experts in developing SCADA applications for industrial automation
Gain skills in managing tags, alarms, events, and trends
Acquire knowledge in integrating SCADA systems with PLCs and VFDs.
Attain practical experience in handling real-world projects and troubleshooting
Get confidence to excel in roles like SCADA engineer, automation engineer, and control systems engineer.
Why Choose MEP Dubai for PLC SCADA Classes in Dubai?
MEP Dubai is a popular name in providing short-term technical classes to help professionals upgrade their knowledge and students get practical skills. You should join it because of the following:
Comprehensive syllabus including both theoretical and practical training
Trained faculty with updated knowledge
Flexible schedules, including online and weekend classes
Career support
Globally recognized certificate
FAQs
Career opportunities after PLC SCADA training provide opportunities to a wide array of roles like PLC programmer, SCADA engineer, automation engineer, etc. in manufacturing, infrastructure, energy, water treatment, and BMS industries.
Yes, they can join PLC automation training courses because the curriculum starts from the basics. The trainers provide practical training, which is of great help to freshers.
Yes, SCADA training is useful for automation engineers because it helps them to design, monitor, control, and troubleshoot automation systems. These skills are useful in the modern automation industries. It gives them an edge over others in the competitive job market.
PLC and SCADA systems are used in the manufacturing sector, oil & gas companies, the energy utility field, water treatment plants, the food & beverage industry, BMS, infrastructure, and pharmaceuticals.
Having More Questions?
If you have any unanswered questions you can contact the
support team 24/7.
It includes all aspects from basic to advanced in creating electrical
system designs.
The electrical design course is suitable for electrical engineers who want to
specialize their career in designing light, power, and low voltage systems.
This course is one of the MEP Certification Courses and gives thorough
training in the design of water supply, distribution, and drainage systems. It
equips you with the skills to build cost-effective and water-saving plumbing
designs.
The firefighting design course covers practical and theoretical aspects
of the design of
fire protection system. It is perfect for MEP engineers interested in designing
safe,
efficient, and effective firefighting systems.
Electrical Design Course 
