We needed a way of allowing our trainee plumbers to practice their theory and practical skills in a way that would avoid them making expensive mistakes in a real domestic or industrial situation or getting under the feet of a qualified plumber. A virtual reality house was the perfect answer.![]()
Train4Trade Skills
This programme was developed by:![]()
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And supported by:
Free UK delivery. For individual use only, not for public display or performance.
The award winning, forward thinking e-learning programme is aimed at colleges, training centres, apprentices and engineers who wish to advance their career and learn how to install solar domestic hot water systems.
It is based on fully interactive multimedia with audio, video, text using 2D and 3D animation and virtual reality. The programme consists of eight '‘tutorial-based' e-Learning modules with end assessments and five scenarios. Learners will be able to freely select the required module, learn about it using highly interactive sections and explore superb 2D/3D graphics and animations.
At the end of each module, they will undertake very carefully designed self-assessments to test their knowledge. Constructive feedback will be shown at the end including scores and recommendations.
This programme is ideal for either individual or classroom delivery, it can also be accessed on CD via a network or over the Internet and installed on a VLE (Virtual Learning Environment) such as Moodle.
Scripted dialogue synchronised with audio and visual animation combine to produce a stunning medium for learning, feature rich this programme contains volumes of technical training as well as legislation and Health and Safety.
On completion of the programme subjects, you then enter the scenario environment where real life situations will test your ability in a safe practice area to analyse, test and resolve problems terminating in a score report that can be printed out for review.
What is Solar Energy?, Solar Domestic Hot Water System Basics, End Test.
Introduction, Health and Safety at Work Act, PPE, Safety Signs, COSHH, Substances Hazardous to Health, Working at Heights, Basic First-Aid, Manual Handling, Risk Assessments, Fire Protection, CSCS Site Safety Cards, Electrical Safety, End Test.
British Standards for Solar Collectors, Types of Solar Collector, How Solar Collectors Absorb Energy, Collector Efficiency, Mounting Collectors on Roofs, End Test.
Solar Storage Vessels, Vented and Unvented Storage Options, Thermal Stores, Solar Hot Water and Combi Boilers, Calculating Sizes, Solar Storage Vessel Hazards, End Test.
Primary Circuit Designs, Fully Filled Pressurised Solar Primary Circuits, Drainback Solar Primary Circuits, Split Collector Primary Circuits, Flow Rates and Measurement, End Test.
Purpose of a Solar System Controller, Differential Temperature Controller, Temperature Sensors, DTC Operation, End Test.
Selection of Components, Pipes and Fittings, Insulation, Vessels, Air Vents and Separators, Pump Stations, Positioning of Components, End Test.
Filling and Commissioning, Installation Checks, Initial Filling, Main Filling, Commissioning, Handover to Customer, Maintenance, Fault Finding and Rectification, End Test.
Specifying a System, No Solar Heat in Summer, Very Hot Water, Frozen Drainback Pipe, Luke Warm Water.