We began by assessing existing macro coverage levels present within the hospital and surrounding grounds. This was followed with a detailed site survey which enabled our design team to study the layout and architecture of the building. Data collected was then used to create a 3D scaled model of the building within iBwave Design Enterprise. This model allowed our team to simulate and predict how cellular coverage would behave within the medical facility – thus ensuring sufficient dominance over existing coverage and enabling a high level of uncompromised data throughout.

Once complete, the entire solution was then commissioned and tested in-line with the system design parameters, budget performance and design test criteria outlined within the JOTS guidelines. To validate the overall solution a thorough “walk test” was undertaken by our optimisation team – under simulated and controlled conditions. The data collected during this exercise was then processed, analysed and compared against the design propagation plans to verify and validate the solution.

Finally, a detailed handover pack was produced and submitted to the end client. This pack covered details such as cabling routes, equipment location floorplans, cable test results, installation photographs, product serial numbers and validation results.

Including the construction phase of the hospital – from our initial survey, to design and through to build – the project took the best part of 2 years to complete.