< AJP Services Hub

Safety and Security Design and Planning Services.

Stadia / Precinct Master Planning & Design

Our experts have been pivotal in the development of globally recognised and award-winning safety and security design standards for major sporting event venues and their supporting infrastructure. 

Our approach designs-out vulnerabilities, promotes and enhances safe use, and complements and maintains the architectural design intent and vision. We support Clients and Architects create designs that are risk-informed, ensuring designed-in measures are proportionate, cost-effective, reduce unnecessary capital (CAPEX) and operational (OPEX) expenditure, promote a lasting legacy for social and economic development………and deliver unparalleled spectator experiences.

Our unrivalled experience has enabled us to develop and manage venues and infrastructure safety and security design programs for the world’s largest major sporting events such as the London 2012 Olympic & Paralympic Games and the 2022 FIFA World Cup Qatar.

Services include:

• Master plan development: stadiums / venues, sports & event precincts, parkland & public realm

• Client design brief development

• Safety & security requirements development (event and legacy)

• Event and venue operational safety & security operational requirements in design development

• Safety & security design program planning and management

• Safety & security design risk assessment

• Venue Operations Centre (VOC) design (layout & configuration)

• Security Control Room (SCR) design

• Event overlay safety & security design (physical, technical, search & screening)

• Precinct safety & security design

• Stadium security systems design and specifications development (CCTV, Access Control, Intruder Detection)

• Client-side master plan and stadium design review

• Integrated pedestrian and transport modelling

• Crowd and evacuation / invacuation modelling

• Anti / counterterrorism protective security design

• Spectator access / egress modelling: search and screening / throughput analysis