The Locksmith Journal Nov/Dec 2018 - Issue 59 | Page 68

68 • HARDWARE&SECURITY PROUD SPONSORS OF THIS PAGE Today’s security considerations for tomorrow’s generation » » CRIS FRANCIS, SECURITY Consultant at Jacksons Fencing discusses key challenges for designing and delivering a secure school environment. When designing any facility for the education sector, security should always be considered. Every day ten million children attend schools across the country. Parents not only entrust their children’s education to head teachers and their staff, but also their security. However, at Jacksons, we recently commissioned a special report into the education sector which highlighted a number of security concerns. We consulted 1,000 parents, 280 teachers and 75 architects on a range of security issues in schools. The research called attention to key weaknesses that need to be addressed. 23% of parents believe their school’s security provision is not appropriate. It’s arguably the weak points in perimeter security and access that contribute to this perception. There is agreement across architects, parents and teachers that school perimeters all have weak points: • 32% of architects • 41% of parent • 29% of teachers What’s interesting is that it’s amongst architects – perhaps because they deal with these issues more regularly – that assessments of weaknesses are slightly more pronounced than those of parents. A contributory factor to perimeter weaknesses is the age of many school buildings themselves. External data shows that 67% of all schools were built between 1944 and 1976, which still have perimeters in place that reflect the standards or indeed budgets of the time, or have not been renewed or replaced since (72% of architects note that aging perimeters are a problem). The issues older schools have is in stark contrast to new schools, which are subject to a myriad of regulations – including the provision that there must be a single main site entrance (with drop off facilities), and that public footpaths stay outside the boundary perimeter. But not only do our results show architects worry about schools continuing to have multiple entrances (89% worry about this), it’s still the case that a third (34%) of schools can be accessed directly via public footpaths, rendering tighter security measures all the more challenging. Once the security concerns detailed above are identified, the next step is how to tackle them. Troublingly, only half of architects are familiar with the LPS 1175 standard, a system that rates products on how long they can withstand a sustained attack. The fact that half of architects surveyed admit to not knowing about this standard (especially when the research showed performance is supposedly their top priority) could be seen as a little unnerving. Only one-third of architects see both SBD (Secured by Design) certified and LPS 1175 rated products specified, meaning there is a lost opportunity for them to propose solutions that meet security concerns. Richard Flint, Physical Security Technical and Business Development Manager at Building Research Establishment (BRE), the organisation responsible for LPS 1175 ratings, comments: “Investing in effective perimeter protection, such as fencing systems and gates that are approved to LPS 1175, can actually deliver a positive return by reducing the incidence of burglary and vandalism, and their associated costs. “This is a prime opportunity for architects to help heads by promoting industry best practice, including the use LOCKSMITHJOURNAL.CO.UK | NOV/DEC 2018 Sponsored by ABUS of standards such as LPS 1175, and to take the lead in ensuring that the educational facilities they design provide a safe and secure environment in which our children can develop and flourish.” Architects should start playing more of an advisory role and challenge heads about what they think they need. This is all the more prescient given 71% of refurbishment specifications are for them to simply repeat what’s already there, and 17% are actually down-specified. Given the biggest perimeter issues are low fence heights and gaps, specifiers should arguably be looking for more risk-appropriate alternatives. It’s clear from the research that we’re still a long way off from having completely secure educational facilities. Fortunately the study seems to suggest that all parties are in agreement about what the common weak points are, which is the first step. Crucially what needs to be agreed on is how to tackle it. Architects should take note of LPS 1175 rated products and work with heads to make sure the right solutions are specified. Together they can secures premises for future generations. www.jacksons-fencing.co.uk