Yesway Digital

SCADA Training Course
Course Title: SCADA Training

Course Description: This course provides an introduction to SCADA (Supervisory Control and Data Acquisition) systems, including its components, operation, and programming.

Students will learn the basic principles of SCADA systems, including their architecture, communication protocols, data acquisition, and monitoring capabilities.

The course will also cover the major types of SCADA systems, their applications, and their limitations. Students will gain practical experience by configuring, programming, and operating a simulated SCADA system.

Course Goals and Learning Outcomes:

Understand the principles of SCADA systems and their applications in modern industries.
Gain knowledge of the components of a SCADA system, including sensors, RTUs (Remote Terminal Units), PLCs (Programmable Logic Controllers), and HMIs (Human Machine Interfaces).
Learn communication protocols used in SCADA systems, such as Modbus and DNP3.
Understand data acquisition and monitoring capabilities of SCADA systems, including real-time data acquisition, data logging, and trending.
Develop the skills necessary to configure, program, and troubleshoot a SCADA system.
Learn about the security considerations and best practices for SCADA systems.
Understand the ethical considerations and societal impacts of SCADA systems.
Course Outline:

I. Introduction to SCADA Systems

Definition of SCADA systems
Brief history of SCADA systems
Applications of SCADA systems
II. Components of a SCADA System

Sensors and instrumentation
RTUs (Remote Terminal Units)
PLCs (Programmable Logic Controllers)
HMIs (Human Machine Interfaces)
III. Communication Protocols

Modbus protocol
DNP3 protocol
Other communication protocols
IV. Data Acquisition and Monitoring

Real-time data acquisition
Data logging and trending
Alarms and events
V. SCADA System Configuration and Programming

Configuration of a SCADA system
SCADA programming languages
SCADA system integration
VI. Troubleshooting and Maintenance

Common problems and solutions
SCADA system maintenance
Upgrades and updates
VII. Security Considerations and Best Practices

Security threats and vulnerabilities
Security best practices
Cybersecurity policies and procedures
VIII. Ethical Considerations and Societal Impacts

Ethical considerations of SCADA systems
Societal impacts of SCADA systems
Future developments in SCADA systems
Assessment and Grading: Assessment will be based on the following:

Attendance and participation (10%)
Quizzes (20%)
Assignments (30%)
Mid-term exam (20%)
Final exam (20%)
Grading will be based on the following scale:

A: 90-100%
B: 80-89%
C: 70-79%
D: 60-69%
F: Below 60%
Resources:

“SCADA: Supervisory Control and Data Acquisition” by Stuart A. Boyer
“SCADA Security: What’s Broken and How to Fix It” by Andrew Ginter and Ken Munro
Online tutorials and courses on SCADA systems
Technical manuals and documentation for SCADA systems and components.

Marine Electrical Maintenance Course
Marine Electrical Maintenance course, delivered by experienced trainers onsite, or virtually.

Title: Marine Electrical Maintenance

Unit 1: Introduction to Marine Electrical Systems

Overview of marine electrical systems
Understanding marine electrical safety
Identifying and understanding marine electrical components
Understanding marine electrical circuits and wiring diagrams
Unit 2: Electrical Maintenance and Troubleshooting

Performing routine electrical maintenance
Identifying and diagnosing common electrical problems
Developing and executing effective electrical troubleshooting strategies
Understanding and using electrical test equipment
Unit 3: Electrical Safety and Regulations

Understanding marine electrical safety regulations and standards
Understanding marine electrical codes and standards
Developing and implementing electrical safety procedures
Understanding marine electrical hazard identification and control
Unit 4: Marine Electrical Power Systems

Understanding marine electrical power systems
Understanding AC and DC power systems
Understanding marine electrical power distribution
Developing and implementing marine electrical power system maintenance strategies
Unit 5: Marine Electrical Control Systems

Understanding marine electrical control systems
Understanding control system components and architecture
Understanding marine electrical control system maintenance and troubleshooting
Developing and implementing marine electrical control system maintenance strategies
Assessment:

Written assignments: 30%
Practical assessments: 40%
Final exam: 30%
Learning Outcomes: Upon completion of this course, students will be able to:

Understand the fundamentals of marine electrical systems and safety
Perform routine electrical maintenance and diagnose common electrical problems
Understand marine electrical safety regulations and develop safety procedures
Understand marine electrical power and control systems and develop effective maintenance strategies
Note: This course assumes a basic understanding of electrical principles and practices.

Marine Electrical Fault Finding course
Course Title: Marine Electrical Fault Finding Course

Course Overview: This practical course is designed to provide marine engineers with a comprehensive understanding of electrical fault finding on marine vessels. The course will cover electrical safety, electrical theory, electrical component identification, and troubleshooting techniques.

Course Objectives: By the end of this course, marine engineers will be able to:

Understand the importance of electrical safety
Identify common electrical components and systems on marine vessels
Use electrical test equipment to diagnose electrical faults
Troubleshoot and repair electrical faults on marine vessels
Course Outline:

Module 1: Electrical Safety

Importance of electrical safety on marine vessels
Electrical safety regulations and standards
Personal protective equipment (PPE) requirements
Safe work practices for electrical equipment
Module 2: Electrical Theory

Electrical theory fundamentals
Understanding electrical diagrams and schematics
Electrical circuit components and their functions
Module 3: Electrical Component Identification

Identification of common electrical components on marine vessels
Understanding their purpose and function
Typical wiring and circuit configurations
Module 4: Troubleshooting Techniques

Use of electrical test equipment (e.g., multimeters, clamp meters, etc.)
Diagnostic procedures for electrical faults

Ladder Logic Programming Training Course
Course on Ladder Logic:

Course Title: Ladder Logic Programming

Introduction:

Are you ready to unlock the potential of industrial automation? Do you want to master the art of Ladder Logic programming and develop efficient and optimised control programs for process automation? If yes, then you have come to the right place!

Our Ladder Logic Programming Training Course is designed to provide you with a comprehensive understanding of the fundamentals of Ladder Logic programming language and equip you with the necessary skills to develop basic, intermediate, and advanced Ladder Logic programs.

With the increasing demand for process automation, mastering Ladder Logic programming is a must-have skill for engineers and technicians in various industries such as manufacturing, oil and gas, pharmaceuticals, and many more.

In this course, you will learn how to design, develop, test, and troubleshoot Ladder Logic programs for process control applications. You will also learn how to identify and diagnose common Ladder Logic problems and develop effective troubleshooting strategies to solve them.

Our expert instructors will guide you through the entire course, providing practical examples and hands-on exercises to reinforce your learning. You will have access to the latest software and tools to develop, test, and debug your Ladder Logic programs.

Upon completion of the course, you will have the knowledge and skills to apply Ladder Logic programming in your industry and optimize your control programs for maximum efficiency and performance.

Don’t miss this opportunity to take your automation skills to the next level and unlock new career opportunities. Join our Ladder Logic Programming Training Course today!

Unit 1: Introduction to Ladder Logic

Overview of Ladder Logic programming language
Understanding Ladder Logic diagrams and symbols
Developing Ladder Logic programs for simple applications
Identifying and selecting appropriate Ladder Logic programming software
Unit 2: Ladder Logic Programming Basics

Understanding the fundamentals of Ladder Logic programming
Developing basic and intermediate Ladder Logic programs
Understanding the role of timers and counters in Ladder Logic programming
Developing advanced Ladder Logic programs
Unit 3: Ladder Logic Applications

Understanding specific Ladder Logic applications
Developing Ladder Logic programs for specific applications
Understanding the role of Ladder Logic in industrial automation
Developing and implementing Ladder Logic programs for process control applications
Unit 4: Ladder Logic Testing and Debugging

Understanding Ladder Logic testing and debugging techniques
Identifying and diagnosing common Ladder Logic problems
Developing effective Ladder Logic troubleshooting strategies
Understanding Ladder Logic simulation and testing software
Unit 5: Advanced Ladder Logic Programming

Understanding the fundamentals of advanced Ladder Logic programming concepts
Developing Ladder Logic programs with complex instructions
Understanding and implementing structured programming techniques in Ladder Logic
Developing efficient and optimized Ladder Logic programs
Assessment:

Written assignments: 30%
Practical assessments: 40%
Final exam: 30%
Learning Outcomes: Upon completion of this course, students will be able to:

Understand the fundamentals of Ladder Logic programming language
Develop basic, intermediate, and advanced Ladder Logic programs
Understand specific Ladder Logic applications and develop programs for them
Test and debug Ladder Logic programs effectively
Develop efficient and optimised Ladder Logic programs using structured programming techniques
Note: This course assumes a basic understanding of electrical principles and practices, as well as familiarity with basic computer programming concepts.

This course is designed as a Level three course, based on the UK qualifications framework.

Industrial Robotics Course
Course Title: Industrial Robotics

Course Description: This course provides an introduction to industrial robotics, including its applications, design, operation, and programming.

Students will learn the basic principles of industrial robotics, including safety, programming languages, sensors, actuators, and control systems.

The course will also cover the major types of industrial robots, their capabilities, and their limitations. Students will gain practical experience by programming and operating a robotic arm.

Course Goals and Learning Outcomes:

Understand the principles of industrial robotics and their applications in modern industries.
Gain knowledge of the types of industrial robots, their capabilities, and limitations.
Learn the safety regulations and precautions when working with industrial robots.
Learn programming languages and techniques used in industrial robotics, such as ladder logic and robot-specific languages.
Understand the sensors and actuators used in industrial robotics and how they are integrated into the control system.
Develop the skills necessary to operate, program, and troubleshoot a robotic arm.
Learn about the ethical considerations and societal impacts of industrial robotics.
Course Outline:

I. Introduction to Industrial Robotics

Definition of industrial robotics
Brief history of industrial robotics
Applications of industrial robotics
II. Types of Industrial Robots

Cartesian robots
SCARA robots
Articulated robots
Delta robots
Collaborative robots
III. Safety Considerations

Safety regulations and precautions
Risk assessment
Protective measures
IV. Programming Languages and Techniques

Ladder logic
Robot-specific languages
Offline programming
Simulation software
V. Sensors and Actuators

Types of sensors used in industrial robotics
Types of actuators used in industrial robotics
Integration of sensors and actuators in control systems
VI. Robotic Arm Operation

Basic operation of a robotic arm
Programming a robotic arm
Troubleshooting common problems
VII. Ethical Considerations and Societal Impacts

Ethical considerations of industrial robotics
Societal impacts of industrial robotics
Future developments in industrial robotics
Assessment and Grading: Assessment will be based on the following:

Attendance and participation (10%)
Quizzes (20%)
Assignments (30%)
Mid-term exam (20%)
Final exam (20%)
Grading will be based on the following scale:

A: 90-100%
B: 80-89%
C: 70-79%
D: 60-69%
F: Below 60%
Resources:

“Introduction to Robotics: Mechanics and Control” by John J. Craig
“Robotics: Modelling, Planning and Control” by Bruno Siciliano and Lorenzo Sciavicco
Online tutorials and courses on industrial robotics
Technical manuals and documentation for industrial robots and control systems

Industrial Automation for New Apprentices Course
Industrial Automation Systems course for new apprentices.

Introduction.

Are you ready to take your first step towards a successful career in Industrial Automation? Do you want to become an expert in the latest industrial automation technologies and develop the skills necessary to control and optimise automated processes? Look no further because our Industrial Automation Course for New Apprentices is the perfect program for you!

Our course offers a comprehensive introduction to the world of industrial automation, covering everything from the basic concepts of process control and instrumentation to the advanced industrial automation concepts.

With the increasing demand for skilled automation technicians in various industries such as manufacturing, oil and gas, and pharmaceuticals, this course will provide you with the competitive edge you need to succeed.

You will learn how to develop basic and intermediate PLC programs, understand the basics of sensors and actuators, and develop control programs for them.

You will also develop HMI and SCADA interfaces for industrial automation systems and understand advanced industrial automation concepts to develop efficient and optimised automation programs.

Our expert instructors will guide you through every step of the course, providing hands-on experience and practical examples to reinforce your learning. You will have access to the latest software and tools to develop, test, and debug your automation programs.

Upon completion of this course, you will be equipped with the necessary skills to take on the challenges of industrial automation and become a valuable asset to any industry.

With the skills and knowledge gained from this course, you will be able to unlock new career opportunities and take your career to new heights.

Don’t miss out on this opportunity to start your journey towards becoming an expert in industrial automation. Join our Industrial Automation Course for New Apprentices today and become a part of the future of automation!

Title: Industrial Automation for New Apprentices

Unit 1: Introduction to Industrial Automation

Overview of industrial automation systems
Understanding the role of industrial automation in various industries
Basic concepts of process control and instrumentation
Safety considerations for working with industrial automation systems
Unit 2: Fundamentals of PLC Programming

Understanding Programmable Logic Controllers (PLCs)
Basics of PLC hardware and software components
Introduction to Ladder Logic programming
Developing basic and intermediate PLC programs
Unit 3: Sensors and Actuators

Understanding various types of sensors and their applications
Basics of actuator control and operation
Developing PLC programs for sensor and actuator control
Unit 4: Human-Machine Interface (HMI) and SCADA

Understanding the basics of HMI and SCADA systems
Developing HMI and SCADA interfaces for industrial automation systems
Configuring and troubleshooting HMI and SCADA systems
Unit 5: Advanced Industrial Automation Concepts

Introduction to advanced industrial automation concepts
Developing PLC programs for advanced control applications
Understanding networked industrial automation systems
Developing and implementing efficient and optimized automation programs
Assessment:

Written assignments: 30%
Practical assessments: 40%
Final exam: 30%
Learning Outcomes: Upon completion of this course, students will be able to:

Understand the basics of industrial automation systems
Develop basic and intermediate PLC programs
Understand the basics of sensors and actuators and develop control programs for them
Develop HMI and SCADA interfaces for industrial automation systems
Understand advanced industrial automation concepts and develop efficient and optimised automation programs
Note: This course assumes no prior knowledge of industrial automation, but a basic understanding of electrical principles and practices is recommended.

Induction Motor Maintenance Course
Course title: Induction Motor Maintenance.

This Induction Motor course can be delivered on-site, or virtually.

Unit 1: Introduction to Induction Motors

Understanding the principles of induction motor operation
Types of induction motors
Motor components and their functions
Maintenance considerations
Unit 2: Maintenance Planning and Scheduling

Understanding maintenance planning and scheduling
Maintenance strategy development
Planning and scheduling tools
Developing and implementing a maintenance schedule
Unit 3: Motor Testing and Monitoring

Understanding motor testing and monitoring
Types of motor testing
Motor performance monitoring
Troubleshooting motor issues
Unit 4: Motor Inspection and Cleaning

Understanding motor inspection and cleaning
Inspection techniques
Common motor issues and causes
Cleaning methods and best practices
Unit 5: Motor Repair and Reconditioning

Understanding motor repair and reconditioning
Types of motor repairs
Rotor and stator repair and replacement
Reconditioning motor components
Assessment:

Written assignments: 30%
Practical assignments: 40%
Final project: 30%
Learning Outcomes: Upon completion of this course, students will be able to:

Understand the principles of induction motor operation and the components that make up an induction motor
Develop and implement a maintenance strategy for an induction motor
Understand the different types of motor testing and how to monitor motor performance
Inspect and clean induction motors to prevent issues and increase longevity
Understand different types of motor repairs and how to recondition motor components
Note: This course assumes a basic knowledge of electrical systems and industrial maintenance practices

Electrical Safety for Managers
Course Title: Electrical Safety for Managers

Course Overview: This course is designed to provide managers with a comprehensive understanding of electrical safety practices in order to reduce the risk of injury or damage to equipment in the workplace. The course will cover electrical safety regulations, hazard identification, safe work practices, and emergency response procedures.

Course Objectives: By the end of this course, managers will be able to:

Understand UK electrical safety regulations and standards
Identify and evaluate electrical hazards in the workplace
Develop and implement safe work practices for electrical equipment and work areas
Respond to electrical emergencies in a safe and appropriate manner
Course Outline:

Module 1: Introduction to Electrical Safety Regulations

Overview of electrical safety regulations and standards
Roles and responsibilities of managers in ensuring electrical safety compliance
Understanding the potential consequences of non-compliance
Module 2: Electrical Hazard Identification and Evaluation

Identifying potential electrical hazards in the workplace
Evaluating the level of risk associated with electrical hazards
Understanding the importance of regular electrical safety inspections and assessments
Module 3: Developing Safe Work Practices for Electrical Equipment and Work Areas

Electrical Safety for Cleaning Staff
Course Title: Electrical Safety for Cleaning Staff

Course Overview: This course is designed to provide cleaning staff with a comprehensive understanding of electrical safety practices in order to reduce the risk of injury or damage to equipment while performing cleaning duties.

The course will cover basic electrical safety principles, hazard identification, safe work practices, and emergency response procedures.

Course Objectives: By the end of this course, cleaning staff will be able to:

Identify electrical hazards in the workplace.

Understand the basic principles of electrical safety.

Follow safe work practices when working with electrical equipment.

Respond to electrical emergencies in a safe and appropriate manner.

Course Outline:

Module 1: Introduction to Electrical Safety

Importance of electrical safety.

Basic principles of electricity.

Types of electrical hazards.

Module 2: Electrical Hazard Identification

Identifying potential electrical hazards in the workplace.

Understanding electrical safety labels and markings.

Identifying electrical equipment that requires special precautions.

Module 3: Safe Work Practices

Preparing to use electrical cleaning equipment.

Proper use of personal protective equipment (PPE).

Safe work practices when working with electrical equipment.

Electrical cord safety.

Module 4: Emergency Response Procedures

What to do in the event of an electrical emergency.

Proper use of fire extinguishers.

First aid for electrical injuries.

Module 5: Review and Assessment

Review of course material

Assessment of knowledge and understanding of electrical safety principles and practices.

Delivery Methods: Online, Remote, or in person.

Instructor-led presentation with visual aids (such as PowerPoint).

Interactive discussions and group activities.

Practical demonstrations of safe work practices.

Written assessment to evaluate understanding and retention of course material
Duration: The course can be delivered in a half-day (4 hours) or full-day (8 hours) format depending on the needs of the organisation.

Conclusion: Electrical safety is an important consideration for cleaning staff in order to minimise the risk of injury and damage to equipment. This course provides cleaning staff with the knowledge and skills necessary to recognize potential electrical hazards, follow safe work practices, and respond appropriately in the event of an emergency.

Electrical Installation Course

Welcome to the Level 3 Electrical Installation Course, where you’ll learn the skills and knowledge necessary to become a competent and qualified electrician.

This course covers a wide range of topics, including electrical installation design, installation and testing of electrical systems, fault diagnosis and rectification, and inspection and testing of electrical installations.

Module 1: Electrical Principles and Safety

In this module, you’ll learn about electrical principles and safety, including the fundamentals of electricity, electrical units and measurements, electrical circuit protection, and the safe isolation of electrical equipment.

Module 2: Electrical Installation Design

In this module, you’ll learn how to design electrical installations, including the selection and sizing of cables, the design of earthing and bonding systems, and the design of lighting and power circuits.

Module 3: Electrical Installation Techniques

In this module, you’ll learn how to install electrical systems, including the installation of wiring systems, the installation of electrical equipment, and the installation of lighting and power circuits.

Module 4: Inspection, Testing, and Certification

In this module, you’ll learn how to inspect and test electrical installations, including the testing of electrical circuits and equipment, the interpretation of test results, and the certification of electrical installations.

Module 5: Fault Diagnosis and Rectification

In this module, you’ll learn how to diagnose and rectify faults in electrical installations, including the identification and tracing of faults, and the repair and replacement of faulty electrical equipment and components.

Throughout the course, you’ll have the opportunity to develop your practical skills through hands-on training in our state-of-the-art electrical installation workshops. You’ll also have access to our experienced and knowledgeable tutors, who will provide you with expert guidance and support throughout your studies.

Upon completion of this course, you’ll be equipped with the skills and knowledge necessary to work as a qualified electrician in a variety of settings, including residential, commercial, and industrial installations.

Don’t miss out on this exciting opportunity to kickstart your career in electrical installation. Enrol in our Level 3 Electrical Installation Course today and take the first step towards a brighter future!

This course is not a City & Guilds qualification, but we can offer formal qualifications on request.

Three Phase Induction Motor Training

Three-phase induction motors are a type of electrical motor that use a three-phase power supply to generate a rotating magnetic field.

This rotating magnetic field induces an electromotive force (EMF) in the stator winding of the motor, causing the rotor to rotate and generate mechanical power.

Three-phase induction motors are widely used in industrial and commercial applications because of their ruggedness, reliability, and efficiency.

They can be classified into two types: squirrel cage and wound rotor.

Squirrel cage motors are the most common type and have a rotor made of a cage of conducting bars, while wound rotor motors have a rotor made of coils of wire.

One of the main advantages of three-phase induction motors is that they are self-starting, meaning that they can generate their own starting torque and will start to rotate as soon as power is applied to the stator windings.

Additionally, they have a high power factor and are relatively inexpensive to manufacture.

Three-phase induction motors are also known as asynchronous motors because the rotor rotates at a slightly slower speed than the rotating magnetic field in the stator. This difference in speed is known as slip, and it is a necessary aspect of the operation of the motor.

Overall, Three-phase induction motors are widely used in industrial and commercial applications due to their durability, reliability, and efficiency. They are self-starting, have a high power factor and are relatively inexpensive to manufacture.

UKPRN

A UK Provider Reference Number (UKPRN) is a unique 10-digit identifier assigned to all providers of higher and further education in the United Kingdom.

It is issued by the Education and Skills Funding Agency (ESFA) and is used to identify providers on various government databases, including the UK Register of Learning Providers.

The UKPRN is used to track funding, monitor compliance, and report on performance for providers of education and training. It’s also used to identify providers of apprenticeship training and to ensure that the funding for apprenticeship training goes to the correct provider.

A training provider’s UKPRN is used to identify them in various government systems, such as the apprenticeship service, the individual learning record, and the register of apprenticeship training providers.

The UKPRN is also used in funding claims, data returns and reports. Employers and learners can use the UKPRN to check if a training provider is approved and eligible to deliver apprenticeship training.

Our parent company, Yesway Ltd, has its own UKPRN number.