Who is the course aimed at? This course is designed for both engineers with experience, and also for new entrants from a non-engineering background who want to pursue a new career as a Service Engineer. For those without an engineering background, it is recommended that you have a minimum grade C at GSCE Maths. Click here for more information
This two day Fire Alarms BS 5839 course is based upon BS 5839:1, BS 5839:6 Fire alarm systems are essential for the safety of life and/or property. In general, it is appropriate to install some form of fire alarm system in virtually all buildings, except very small relatively open planned buildings. The initiation of alarm can be either manual or automatic, or a combination of both, as is usually the case. The level of cover required by a building is based upon a fire risk assessment and a suitable system selected to meet this need. The Fire Alarms BS 5839 course provides the necessary information to design, construct and commission a non-addressable fire alarm system to BS 5839. The first day of the Fire Alarms BS 5839 course is spent reading through and interpreting the relevant parts of BS 5839. The second day of the Fire Alarms BS 5839 course takes the form of a practical workshop where a system is designed, constructed and inspected and tested. The participant is then introduced to the practical issues of system maintenance, certification and reporting.
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
The following areas are designed to allow personnel to quickly determine the locations of faults on a PLC controlled plant, to develop their own programmes, and to monitor and fault find plant operation on both stand alone and networked systems. The Programmable Logic Controllers Advanced course is designed for candidates who have specific objectives in mind.
This course will give an overview of a number of risk assessment techniques including Bowtie, Fault Trees, QRA, frequency assessment, consequence assessment and Risk Assessment Matrix. The course also explores human factors, human failures and human factors engineering and integration with example case studies from various industries. The course discusses what Functional Safety is and the ideas behind using LOPA and SIL for risk reduction. Finally, it explains how major accident scenarios affecting the environment are identified, and how their risks are assessed, ranked, and managed.
The 18th edition course is an online short course aimed at anyone involved in the design, construction and inspection and testing of electrical systems, also a nationally recognised ‘must have’ qualification for companies seeking to recruit electricians. It is intended to introduce the candidate to a working knowledge of the Wiring Regulations along with a brief overview of the Electricity at Work Regulations covering their statutory duties. Previous knowledge of the regulations is not assumed, however, a fundamental knowledge of electrical principles is assumed.