You will also have the reassurance of a job guarantee (18K-£35K) upon completion.
You will also be assigned an expert tutor and a support mentor to help you throughout your training.
You will gain practical experience by using practice labs which enable you to practice and master what you have learned.
You will apply your expertise in regulations and requirements that extend beyond those used within BAE Systems, including LOLER, Codes of Compliance, Weld Specifications, and Geometric Tolerance - Proficient in computer based analytical methods, including finite element analysis, CAD modelling and interpreting engineering schematics (Abaqus, S-Frame)
You will apply your expertise in regulations and requirements that extend beyond those used within BAE Systems, including LOLER, Codes of Compliance, Weld Specifications, and Geometric Tolerance - Proficient in computer based analytical methods, including finite element analysis, CAD modelling and interpreting engineering schematics (Abaqus, S-Frame)
You will cover skills such as data mining, manipulating data, visualising data, and reporting on data. Study time for the qualification is approximately 30 hours and qualification is achieved by completing a 1-hour multiple choice exam.
You will be provided with access to a tutor and a 1-hour online revision workshop prior to sitting your exam.
You will cover skills such as data mining, manipulating data, visualising data, and reporting on data. Study time for the qualification is approximately 30 hours and qualification is achieved by completing a 1-hour multiple choice exam.
You will be provided with access to a tutor and a 1-hour online revision workshop prior to sitting your exam.
You will apply your expertise in regulations and requirements that extend beyond those used within BAE Systems, including LOLER, Codes of Compliance, Weld Specifications, and Geometric Tolerance - Proficient in computer based analytical methods, including finite element analysis, CAD modelling and interpreting engineering schematics (Abaqus, S-Frame)
You will also be assigned an expert tutor and a support mentor who will work with you 1-2-1 or in group sessions to provide additional training and support. Once the HTML & CSS courses are complete, your trainer will move you forward to the next stage.
You will apply your expertise in regulations and requirements that extend beyond those used within BAE Systems, including LOLER, Codes of Compliance, Weld Specifications, and Geometric Tolerance - Proficient in computer based analytical methods, including finite element analysis, CAD modelling and interpreting engineering schematics (Abaqus, S-Frame)
You will apply your expertise in regulations and requirements that extend beyond those used within BAE Systems, including LOLER, Codes of Compliance, Weld Specifications, and Geometric Tolerance - Responsible for interpreting data within computer based analytical techniques including finite element analysis, CAD modelling and engineering schematics (Abaqus, S-Frame)
You will apply your expertise in regulations and requirements that extend beyond those used within BAE Systems, including LOLER, Codes of Compliance, Weld Specifications, and Geometric Tolerance - Proficient in computer based analytical methods, including finite element analysis, CAD modelling and interpreting engineering schematics (Abaqus, S-Frame)
You will apply your expertise in regulations and requirements that extend beyond those used within BAE Systems, including LOLER, Codes of Compliance, Weld Specifications, and Geometric Tolerance - Proficient in computer based analytical methods, including finite element analysis, CAD modelling and interpreting engineering schematics (Abaqus, S-Frame)
You will apply your expertise in regulations and requirements that extend beyond those used within BAE Systems, including LOLER, Codes of Compliance, Weld Specifications, and Geometric Tolerance - Responsible for interpreting data within computer based analytical techniques including finite element analysis, CAD modelling and engineering schematics (Abaqus, S-Frame)
You will apply your expertise in regulations and requirements that extend beyond those used within BAE Systems, including LOLER, Codes of Compliance, Weld Specifications, and Geometric Tolerance - Proficient in computer based analytical methods, including finite element analysis, CAD modelling and interpreting engineering schematics (Abaqus, S-Frame)
You will applyyour expertise inregulations and requirements that extend beyond those used withinBAE Systems, including LOLER, Codes of Compliance, WeldSpecifications, and Geometric Tolerance - Proficient in computer based analytical methods, includingfinite element analysis, CAD modelling andinterpreting engineering schematics (Abaqus, S-Frame)
You will rotate through several specialised teams, each focused on different aspects of plant maintenance.
You will get hands-on experience with a broad range of equipment, including variable speed drives, computer numerical control (CNC) machinery, automated welding, cranes, robotics, thermography and programmable logic controllers (PLCs).
You will use a variety of hand tools, such as jigsaws, dividers, scribers and will be trained to use various large pieces of machinery, from manual folding machines to latest hi-tech computer aided machine lasers. - Working with different components in your day-to-day work, from 1.2mm thick aluminium to 6mm thick stainless-steel plate.
You will be trained in using various types of machinery, in the forming of steel plate.
You will be expected to develop your skills with a range of hand tools, such as scribes, dividers, hammers and computer-aided burning machines.
You will be trained in skills that apply to the steelwork environment and will include burning, welding and slinging.
You will apply your expertise in regulations and requirements that extend beyond those used within BAE Systems, including LOLER, Codes of Compliance, Weld Specifications, and Geometric Tolerance - Responsible for interpreting data within computer based analytical techniques including finite element analysis , CAD modelling and engineering schematics (Abaqus, S-Frame)
You will apply your expertise in regulations and requirements that extend beyond those used within BAE Systems, including LOLER, Codes of Compliance, Weld Specifications, and Geometric Tolerance - Proficient in computer based analytical methods, including finite element analysis , CAD modelling and interpreting engineering schematics (Abaqus, S-Frame)
You will apply your expertise in regulations and requirements that extend beyond those used within BAE Systems, including LOLER, Codes of Compliance, Weld Specifications, and Geometric Tolerance - Responsible for interpreting data within computer based analytical techniques including finite element analysis, CAD modelling and engineering schematics (Abaqus, S-Frame)