This course introduces the key concepts of the Internet of Things and cybersecurity. The course will provide an insight into the Internet of Things; the basics of cybersecurity; and describe a framework to protect IOT assets. This course will also examine real-world examples of IOT deployments and their cybersecurity, to highlight key lessons and key deployment actions that can be taken.
This course provides learners with a good understanding of the technical requirements for surge protection for mains power, instrumentation, control, voice and data circuit installations. The course outlines the lightning protection and earthing principles on surge protection and discusses the surge protection requirements based on BS EN 62305 and BS 7671. Modules also consider the need for risk assessment for lightning and surge protection, sources of disturbance and damages caused by different risks and the importance of good earthing and main equipotential bonding. The course explores several examples of good and poor surge protection and the correct selection, installation, commissioning and monitoring of SPDs under different system earthing types.
This course introduces the key principles and technologies involved in smart homes and describes some basic forms that smart homes can take. It discusses the progress from initial consultation with the client through the various stages of the project in the order they would ordinarily occur, including commissioning and handover. In depth technical information, including operational safety and telecommunication cabling, is explored within the context of stages it would occur in the project.
This course is aimed at beginners with no previous electrical experience or knowledge, it’s ideal for those wanting to enter the electrical industry. Completion of this combined course provides the majority of skills required for candidates to work as an industrial, commercial and domestic electrician. Please note this course incorporates weeks 1 to 4 of the Total Electrical 20 course.
Who is this gas engineer training course aimed at? This gas engineer course is aimed at beginners who would like to enter the gas industry and begin a career as a gas installer. It has been specifically designed for those with no previous experience or limited experience within the gas industry or who have relevant mechanical, engineering, or construction qualifications or experience. If you already have experience in a related trade (e.g., plumbing) our Managed Learning Programme for experienced trades may be a better fit for you. What is the managed learning programme? This is a package course that has been developed by Logic Certification Limited (LCL) and is recognised by the gas industry’s Standard Setting Body (SSB.) It is a route for new entrants to learn, develop and build a portfolio within the gas industry. Once this MLP is completed, candidates can then move on to the new entrant ACS assessment, allowing them to be on the Gas Safe Register
Welcome to our Unvented Hot Water System Course! This comprehensive training program is specifically designed to equip you with the knowledge and skills required to work confidently and safely with unvented hot water systems. Whether you are a plumber, heating engineer, or aspiring professional in the industry, this course will provide you with the expertise needed to excel in this specialized field.
C&G 2377-77 PAT 1 Day
You need to have a good working knowledge of the 17th Edition as only the updates to the regulations will be covered. Save time and money by covering the topics you need for the new regulations, without having to go over all that you already know. It includes Amendment 2 to BS7671:2018+A2:2022.
Who is this Level 3 NVQ aimed at? The electrical NVQ is designed for those with five or fewer years of experience in the electrical industry, and who have completed their City & Guilds 2365 Level two and three diplomas. Prior to joining, candidates will be assessed on their readiness for the Level 3 NVQ. What does this Electrical NVQ cover? This Level 3 Diploma covers Domestic, Commercial, and Industrial sectors – it will include a range of units of New Installations such as: Health and Safety Overseeing and organising work environment Applying environmental legislation Inspection and Testing Fault finding Professional discussions with assessors AM2 (this is a separate course and has an additional cost.) This is not a training course; it is an assessment of competence. Unlike other courses, this will not be based in a classroom or workshop – instead, candidates will complete this qualification on work placement. Candidates will complete electrical installations on-site, and they will then be assessed by a qualified assessor, building their portfolio. Only a small amount of this will involve going to a training centre. Before entering a workplace, your assessor will go over and help you understand: How to build a portfolio What range of evidence is required to meet the qualification criteria What assessors are looking for in order for candidates to demonstrate full professional competence Assessors will use a range of methods to evaluate candidate’s electrical installations such as; witness testimony, photographic evidence, direct observation, and reflective accounts. How long does the NVQ take to complete? The length differs for each candidate as it depends on how quickly they take to cover the types of work required to complete all units. If you have been working in the industry, previous jobs can be used as evidence to hurry the process up. What qualifications will I gain? Once candidates have completed their portfolio and other assessments, they will gain a formal City & Guilds Level 3 NVQ certificate. When candidates have completed their NVQ, they must move on to the AM2 end point assessment, which must be completed at an AM2 approved centre, such as our Sheffield centre.
Electrical safety in organisations is often the responsibility of non-electrically qualified staff, such as facilities managers, risk managers or health & safety officers who have not had systematic training in how to prevent electrical hazards in the workplace. This situation results in a number of deaths in the workplace being caused by electrical incidents. This course provides a comprehensive overview of the fundamentals of electrical safety and a systematic set of principles for assessing and managing electrical safety in any business and across all sectors of industry and the public sector: the subject is universally applicable, across industries and countries. The course is applicable to the buildings, facilities, equipment and environments associated with a wide range of organisations, irrespective of size, which includes the industrial, commercial and the public sectors. The course provides practical guidance to enable individuals and their organisations to have a level of knowledge and understanding to manage the risks associated with an electrical system. It will focus on providing a specific procedure for managing electrical safety. The course follows the structure of the IET’s Code of Practice for Electrical Safety Management. The aim of the Code of Practice for Electrical Safety Management is to provide good practice guidance to enable individuals and their organisations to have a level of knowledge and understanding to manage the risks associated with an electrical system. There are many technical publications that provide guidance on certain aspects of electrical safety but not in a way that provides a process for managing electrical safety.