EAE MCGR 3-2 Training Course
- Overall Duration: 16 weeks
- Beginner - Advanced
- Age: 18+
Course Features
- Language: English
-
Stages:
5 Comprehensive Stages: From Introduction to Advanced Applications and Certification. -
Learning Mode:
Online, self-paced, on-demand learning with live instructor-led sessions. -
Hands-on Practice:
Includes simulations, virtual labs, and practical assignments for real-world application. -
Course Materials:
Access to video tutorials, eBooks, interactive tools, and downloadable resources. -
Technical Support:
Access to backup and technical support for up to 1 year including during and months after training. -
Assessment Method:
Quizzes, practical assignments, a capstone project, and a certification exam -
Prerequisite:
None for beginners; each stage builds progressively for seamless learning. -
Equipment Needed:
PC/Laptop with internet connection and basic simulation software (provided during the course). -
Certification:
Industry-recognized certificate upon successful completion of the final stage and exam.
About this course
Introduction
Welcome to the EAE MCGR 3-2 Training Course at Emostel Academy! This comprehensive online program is designed to provide you with expert-level knowledge and hands-on experience with the EAE MCGR 3-2 automation systems. Whether you’re a beginner or a seasoned professional, this course will guide you through the entire process, from understanding the basics of system setup to mastering advanced programming, diagnostics, and integration techniques.
With 5 structured stages, including practical assignments, real-world projects, and a final certification exam, you’ll gain the skills necessary to excel in industrial automation. Learn at your own pace, with access to expert support and interactive resources, all while working towards earning a recognized certification.
Get started today and take the next step toward a successful career in automation!
Target Audience
The EAE MCGR 3-2 Training Course is ideal for:
- Engineering Students & Graduates in electrical, electronics, and mechanical fields.
- Industrial Automation Technicians & Engineers looking to enhance their skills in EAE MCGR 3-2 systems.
- Automation Enthusiasts interested in learning more about industrial control systems and PLC programming.
- Professionals in Manufacturing & Process Industries who wish to implement or optimize EAE MCGR 3-2 automation solutions.
- Company Teams requiring tailored training to deploy and maintain EAE MCGR 3-2 systems in their operations.
Course Objectives
By the end of this course, participants will:
- Understand the EAE MCGR 3-2 system and its components, including controllers, sensors, and actuators.
- Learn to program using the EAE MCGR 3-2 system, covering ladder logic and advanced programming techniques.
- Master diagnostics and troubleshooting techniques to identify and resolve system faults effectively.
- Gain expertise in industrial networking and integrating systems with SCADA and HMI platforms.
- Build hands-on experience through real-world simulations and projects, ensuring practical application of skills.
Benefits of Learning this Course
- Learn at Your Pace: Our online format lets you study whenever and wherever it suits you, making it ideal for working professionals and students.
- Career Advancement: Enhance your job prospects with globally recognized PLC programming skills.
- Hands-On Experience: Train with virtual labs and simulation tools, providing a practical edge in your learning.
- Industry-Relevant Skills: Learn skills directly applicable to sectors like manufacturing, automotive, and energy.
- Certification: After testing and project completions, you will receive a world-class certificate, boosting your professional credentials.
Learning Outcomes
Upon completion of the EAE MCGR 3-2 Training Course, learners will be able to:
- Configure and set up EAE MCGR 3-2 systems including hardware installation and software setup.
- Write and debug PLC programs using ladder logic and other advanced programming techniques.
- Diagnose and troubleshoot faults in the system, utilizing built-in diagnostic tools and methods.
- Integrate EAE MCGR 3-2 systems with other automation components like SCADA and HMIs.
- Design and implement automation solutions that meet industry standards, ensuring system reliability and performance.
- Execute a capstone project to demonstrate a comprehensive understanding of the EAE MCGR 3-2 system, culminating in a certification exam.
- Master PLC Programming Techniques: Write, debug, and optimize programs using industry-standard software like TIA Portal, GX Works, and CX-One.
- Understand Automation System Architecture: Gain a deep understanding of PLC hardware components, communication protocols, and system design.
- Adapt to Real-World Scenarios: Utilize case studies and project-based learning to tackle practical challenges in industrial automation.
- Gain Confidence for Industry Roles: Be fully prepared to take on roles such as Automation Engineer, Control Systems Technician, or PLC Programmer.
Curriculum
- Objective: Familiarize learners with the EAE MCGR 3-2 system and its components.
- Key Topics:
- Overview of EAE MCGR 3-2 and its applications in automation.
- Understanding hardware components: controllers, sensors, and actuators.
- Basic wiring and configuration practices.
- Introduction to system software and interface.
- Outcome: Learners gain foundational knowledge to set up and navigate EAE MCGR 3-2 systems.
- Objective: Teach the basics of programming and operating the system.
- Key Topics:
- Introduction to programming logic and sequence control.
- Writing and testing basic programs for simple automation tasks.
- Simulating and running basic applications.
- Troubleshooting common programming errors.
- Outcome: Learners can write, simulate, and troubleshoot basic programs for EAE MCGR 3-2 systems.
- Objective: Enhance proficiency in advanced programming and system diagnostics.
- Key Topics:
- Advanced logic development: timers, counters, and PID control.
- Creating modular and reusable code structures.
- Diagnostic tools and techniques for fault identification.
- Integrating additional devices and subsystems.
- Outcome: Learners can implement advanced programs and troubleshoot complex system issues.
- Objective: Equip learners with skills to integrate EAE MCGR 3-2 systems into industrial settings.
- Key Topics:
- Industrial networking and communication protocols.
- Integration with SCADA, HMI, and other automation platforms.
- Case studies and hands-on projects for real-world problem-solving.
- Best practices for system optimization and maintenance.
- Outcome: Learners can design, integrate, and manage EAE MCGR 3-2 systems in diverse industrial environments.
- Objective: Validate skills through capstone projects and certification processes.
- Key Topics:
- Developing and presenting a comprehensive automation project.
- Real-time evaluation by instructors or industry experts.
- Certification exam to assess knowledge and application skills.
- Outcome: Learners earn an industry-recognized certification, demonstrating their expertise with EAE MCGR 3-2 systems.
Capstone Projects
Project Description:
Design an automated conveyor system to sort products based on size, weight, or color. The system should be controlled by the EAE MCGR 3-2 PLC, and it should include sensors for product detection, actuators for sorting, and an HMI for real-time monitoring.
Key Learning Outcomes:
- PLC programming for controlling conveyors and sorting mechanisms.
- Sensor integration for product detection.
- Real-time monitoring and data logging using HMI/SCADA systems.
Project Description:
Design an automated packaging line for consumer goods, where the EAE MCGR 3-2 PLC controls the packaging machine, monitors product quality (via cameras or sensors), and rejects defective items.
Key Learning Outcomes:
- Integration of vision systems for quality control.
- Programming for conveyor and packaging machine control.
- Data collection and error handling for quality inspection.
Project Description:
Develop an automated batch mixing process for industrial applications such as chemical or food processing. The system should include temperature control, timed mixing, and automatic shutoff when the process is complete.
Key Learning Outcomes:
- Advanced control strategies like PID for temperature and time-based operations.
- Integration of actuators and sensors for real-time process monitoring.
- Fault detection and troubleshooting for the mixing process.
Project Description:
Create a smart irrigation system for agricultural automation, where the EAE MCGR 3-2 PLC controls the watering based on soil moisture levels and weather data. The system should be able to trigger irrigation cycles and adjust water flow automatically.
Key Learning Outcomes:
- Programming logic for controlling water flow using valves and sensors.
- Integration with external data sources (e.g., weather API for rain prediction).
- Troubleshooting and optimization of the irrigation process.
Project Description:
Design a control system for an industrial water treatment plant, where the EAE MCGR 3-2 PLC monitors water quality parameters (pH, turbidity, etc.), manages chemical dosing, and controls filtration units.
Key Learning Outcomes:
- PLC programming for continuous monitoring and control of water quality parameters.
- Integration with chemical dosing systems and automated valves.
- Use of HMI/SCADA for monitoring and alerts.
Project Description:
Develop an energy-efficient HVAC (Heating, Ventilation, and Air Conditioning) system for a building, where the EAE MCGR 3-2 PLC regulates temperature and air quality while optimizing energy usage based on occupancy and outside weather conditions.
Key Learning Outcomes:
- PID control for temperature regulation and air quality.
- Integration with environmental sensors (temperature, humidity, CO2 levels).
- Real-time monitoring and adjustment for energy efficiency.
Project Description:
Develop a smart warehouse system where the EAE MCGR 3-2 PLC manages automated storage and retrieval systems, controlling robotic arms and conveyors to move inventory, monitor stock levels, and manage product retrieval requests.
Key Learning Outcomes:
- Advanced control of robotics and conveyor systems.
- Inventory management through real-time monitoring and data integration.
- Fault detection and system optimization for warehouse operations.
Project Description:
Create a solar power monitoring system that tracks the performance of solar panels, including power generation, efficiency, and weather conditions. The system should use the EAE MCGR 3-2 PLC to log and display data on an HMI screen.
Key Learning Outcomes:
- Integration of energy monitoring systems with PLCs.
- Programming for real-time data collection and display.
- Fault detection and system reporting for solar power systems.
Project Description:
Design an automated traffic control system for city intersections using the EAE MCGR 3-2 PLC. The system should include sensors to detect vehicle presence and adjust signal timing accordingly, with real-time monitoring via an HMI.
Key Learning Outcomes:
- Real-time sensor integration for traffic flow detection.
- Control of traffic lights based on input signals from vehicle sensors.
- System optimization for traffic management efficiency.
Project Description:
Design a control system for an electric fence that uses the EAE MCGR 3-2 PLC to monitor and regulate voltage levels, ensure safety protocols, and trigger alerts if any faults or intrusions occur.
Key Learning Outcomes:
- Basic safety programming and fault detection.
- Integration of sensors and safety protocols.
- Real-time alert systems via HMI/SCADA.
System Requirements
These are the recommended technical specifications to ensure a smooth experience with interactive tools, simulations, and software used in the course.
Processor (CPU):
- Intel Core i5 or equivalent AMD processor (or better).
- Multi-core processor recommended for better performance during simulations.
Memory (RAM):
- 8GB RAM minimum.
- 16GB RAM recommended for smoother handling of simulations and multiple tasks at once.
Storage:
- SSD Storage of 256GB or higher recommended for faster system performance.
- Ensure at least 5GB of free storage for downloading course materials, simulation software, and course projects.
Graphics Card:
- Integrated graphics (Intel HD Graphics or equivalent) will work, but a dedicated graphics card (NVIDIA GTX 1050 or higher) is recommended for better simulation and video rendering performance.
Operating System:
- Windows: Windows 10 or later
- macOS: macOS 10.13 (High Sierra) or later
- Linux: Ubuntu 18.04 or later, or any other modern distribution
Processor:
- Minimum: Dual-core 2GHz or higher (Intel Core i3, AMD equivalent)
- Recommended: Quad-core processor or higher
Memory (RAM):
- Minimum: 4GB RAM
- Recommended: 8GB or more
Storage:
- Minimum: 10GB of free disk space (for tools and project files)
- Recommended: 20GB or more (for future scalability and smoother performance)
Graphics:
- Integrated graphics is sufficient for basic web development tasks, though dedicated graphics will improve performance with more complex visual tools.
Web Browser:
- Google Chrome (latest version) is recommended, though Firefox and Microsoft Edge are also commonly used for development.
Certain software will be required for completing exercises, simulations, and projects throughout the course.
EAE MCGR 3-2 Software
- The EAE MCGR 3-2 software is the primary tool used in the course. It will be provided through the course or available for download. Ensure you have the correct version of the software installed for the training.
- Minimum Requirements: The software should run smoothly on the specified operating systems. Ensure to download the necessary software tools before beginning your training.
Simulation Software (if applicable):
- Virtual PLC Simulators (e.g., PLC Ladder Simulator, LogixPro) may be required for practicing PLC programming exercises.
- Simulation software will be recommended and/or provided as part of the course to simulate the behavior of PLC programs.
Other Required Software:
- PDF Reader: Adobe Acrobat Reader or similar to view course documentation and guides.
- Office Suite: Microsoft Office or similar for creating reports, projects, and documentation.
- Video Player: A modern video player such as VLC to view recorded lectures (if required).
HMI/SCADA Software (Optional):
- If integrated with the course, certain HMI/SCADA software tools may be required for designing and controlling interfaces. This may include tools such as Wonderware, WinCC, or Ignition SCADA for creating and testing real-time monitoring applications.
FAQs
Specifically for the PLC courses, we do not have fixed training times, we only have schedule options from which learners can pick. This is because these are special and professional courses which the public is not really acquainted with. Our professional trainers only work with the applicants' availability and stick to the plan.
While the overall course can be completed in 12 weeks at the rate of 10 hours per week, the maximum duration of course attendance flexibility allowed per participant is 16 weeks (4 months).
Our extracurricular activities encompass a variety of training workshops aimed at providing students with an advantage beyond the standard course curriculum. Participants in these workshops will develop leadership abilities and essential soft skills, which are crucial for success in their immediate surroundings, including home, school environments, and social settings.
These workshops are typically scheduled for weekends, with dates distributed throughout the program's duration and announced according to schedule. Similar to regular live classroom sessions, these workshops are recorded for later reference and participants are allowed to interact freely with their peers and facilitators.
Students have daily access to the learning portal and learners' community. Here, they can reach out to our readily available online tutors via email for support. Additionally, they can connect with tutors through the learners' community or use the designated spaces in the learning portal to post support requests.
Participant can also drop snapshots of their issues or questions into the community to allow our tutors or other learners render necessary help.
When learners help fellow learners, it serves as a practice or exercise which helps them understand and advance better in their learning. The problems resolved and the steps taken for resolution would also be useful to other learners in the community as well.
Each course you enroll in will appear in your personal learner's portal and can be accessed via the "My Courses" tab on your dashboard.
You will receive your login details in the course access email.
To earn our certificate, the learner must complete all course modules and tasks and achieve a passing mark on quizzes. In addition, they must submit an end-of-course project that passes assessment and approval.
Certification examination is the final stage after all the above has been passed.
This course can be paid for in stages or as a whole. Each of the 5 stages of this course have their pricing. The pricing can be found in the online application form.
For requests/orders, transaction issues, or further assistance regarding your payment, please contact us via sales@emostelacademy.org or via SMS/WhatsApp at +2349077471007 or via Phone Call at +2348141897754
- Click on "Join Course" or use the "Enroll in this course" button below.
- Fill out the application form and submit it. An email will be sent to you to confirm the application and provide you with the payment options, and other essential information.
- Make payment for the course via the available channels provided.
- Once your payment is received, you will be granted an access to the chosen course and an email will be sent to you containing the course access details and any other relevant information.
If you cannot access the course within 24hrs, please contact us via sales@emostelacademy.org or via SMS/WhatsApp at +2348141897754 or Phone Call at +2349077471007
Please visit https://emostelacademy.org/faq for more frequently asked questions regarding our mode of class delivery and other relevant information, or contact our support team via email: support@emostelacademy.org or have a WhatsApp chat with us at +2349077471007
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