SCHOOL ZONE SAFETY

Abstract

India accounts for approximately 11 per cent of global road fatalities despite possessing only 1 per cent of the world's vehicles. Nearly 10 per cent of all road traffic deaths in the country involve children, with a significant proportion occurring in the vicinity of schools.In the absence of systematic planning interventions, school zones across Indian cities remain characterized by high vehicular speeds, absent or encroached pedestrian footpaths, chaotic pick-up and drop-off conditions, and weak enforcement — conditions that place children at disproportionate risk during their daily commute. This thesis examines school zone safety in the Shivaji Nagar institutional cluster, Bhopal, comprising five schools on sub-arterial and collector roads. The aim is to establish uniformly safe, predictable, and child-friendly school zone environments that reduce child fatalities and traffic risks, benchmarked against the Indian Roads Congress publication IRC:SP:32-2023 (Road Safety for Children). The study follows a four-objective structure: (i) enforcement of speed management and traffic calming through IRC-prescribed limits of 20–30 km/h, raised crosswalks, rumble strips, and kerb extensions; (ii) strengthening of pedestrian and non-motorized mobility infrastructure including continuous footpaths, zebra crossings, guard rails, kerb ramps, and dedicated cycling facilities; (iii) standardization of school zone delineation and integration of enforcement mechanisms through signage, pavement markings, CCTV surveillance, Traffic Regulation Orders, and traffic police deployment; and (iv) fostering inclusive, sustainable, and educational approaches through green buffers, climate-resilient design, road safety curriculum, and community participation. The methodology integrates primary and secondary data. Primary data was collected through field observations and structured infrastructure audits assessed against IRC compliance parameters, spot speed surveys, GIS-based spatial mapping of conflict points, and stakeholder perception surveys administered to 269 respondents comprising students and teachers across the five schools. Secondary data comprised national policy documents, IRC technical standards, and published case studies. Three case studies — the YCARS programme at St. Joseph's School, Bengaluru; the 250 Metres of Happiness CROSSWALK initiative in New Delhi; and the Safe Routes to School programme in New York City — were analysed to extract transferable lessons for the study area. The analysis, structured through the 4E Planning Framework (Engineering, Enforcement, Education, and Encouragement), revealed systemic deficiencies across all dimensions. All five schools lacked IRC-compliant speed limit signage, school zone markings, and raised pedestrian crossings. Footpaths were absent, discontinuous, or encroached in the majority of the 300-metre school proximal zone. No pick-up and drop-off bays existed at any school gate. Traffic police were absent during peak school hours, and CCTV coverage was nil. Asurvey of 269 stakeholders found that 96.6 per cent agreed or strongly agreed that safety improvements were urgently needed; 34.6 per cent had directly witnessed or experienced road accidents near their schools. In response, the planning proposals present a comprehensive, phased intervention programme for the Shivaji Nagar Safe School Precinct. Physical interventions include nine raised pedestrian crossings, 2,100 metres of continuous footpath, 22 zebra crossings, 44 kerb ramps, five pick-up/drop-off bays, four gateway treatments, twelve speed humps, and an 18-camera CCTV network. Institutional and governance interventions include a School Zone Safety Committee, Traffic Regulation Orders under the Motor Vehicles Act 2019, a Safety Warden programme, and Road Safety Clubs in each school. A three-phase implementation plan delivers critical improvements within three months at Rs. 8–12 Lakh (Phase 1), the full engineering programme within twelve months at Rs. 130–155 Lakh (Phase 2), and long-term sustainability measures over two years at Rs. 60–80 Lakh (Phase 3), with a total indicative cost of Rs. 2.0–2.5 Crore fundable through BMC capital budget, AMRUT 2.0, Smart Cities Mission, and the Madhya Pradesh State Road Safety Fund. The thesis concludes that school zone safety is not merely an infrastructural challenge but a multi-dimensional planning issue requiring coordinated action across engineering, enforcement, education, and encouragement. The framework developed here is designed to be replicable across similar institutional clusters in Bhopal and other Indian cities.