Skip to main content

Road safety training partnership in Africa and South America

The World Bank Global Road Safety Facility and IRF work together to reduce the toll of road deaths and serious injuries in low and middle-income countries
February 14, 2012 Read time: 5 mins
Participants in the Ghana VRU course leaving for a technical visit to downtown Accra

The World Bank Global Road Safety Facility and IRF work together to reduce the toll of road deaths and serious injuries in low and middle-income countries


With more than 1.2 million people dying and over 50 million injuries occurring every year, the economic and social costs of road accidents are simply too high. They have a disproportionate impact on the poor and can plunge households into poverty.

 The economic costs of road traffic deaths and injuries in low and middle-income countries are estimated at USD 65 billion a year. Moreover, the global cost of road traffic injuries is predicted to increase by more than 65% by 2020. By 2030, road traffic deaths and injuries are expected to be the fourth major cause of loss of healthy years for the general population, and the number two cause of death for men.

 The death of a breadwinner presents an ominous and daunting challenge for those that are left behind, or who are left to deal with a disabled family member.

A Global Responsibility

To combat this growing epidemic, The 2332 World Bank's Global Road Safety Facility (GRSF) was launched in November 2005, and commenced formal operations in April 2006. The Facility aims to generate and serve as a catalyst for increased funding to support initiatives aimed at reducing deaths and injuries in low and middle-income countries.

 The Facility has partnered with 2462 IRF to develop training programmes using independent modules that will focus on Roadside Safety and Median Applications, Intersection and Roundabout Safety and Vulnerable User Safety.

 Two modules have been created: Designing Safer Roads for Vulnerable Road Users and Roadside Safety Design.

 "These modules introduce simple, low-cost engineering measures that will save thousands of lives, provide a better standard of living and accomplish the World Bank's goals", said Patrick Sankey, President & CEO of IRF-Washington.

Safer Roads Save

Lives IRF presented the first course, Designing Safer Roads for Vulnerable Road Users (VRU) to two audiences. The first VRU course was presented in Accra, Ghana, to a gathering of 30 road officials, law enforcement officers, engineers and other road professionals concerned over the high number of crashes, injuries and fatalities affecting VRU in Ghana. The second VRU course was delivered in Bogotá, Colombia, to a group of 40 delegates.

Each course included in-depth discussions on the GRSF Infrastructure Safety Management, VRU planning and design considerations, diagnosing VRU issues, potential countermeasures and steps to develop a VRU Safety Action Plan.

"This course proved to be very relevant," said Noble J. Appiah, Executive Director of the National Road Safety Commission of Ghana.

"The training really addressed one of the key challenges facing road safety management in Ghana - designing roads with the vulnerable road user in mind."


IRF Geneva elects new Chairman
As delegates began to gather in Lisbon for the IRF World Meeting, the Federation's Geneva Programme Centre proceeded with the election of a new Chairman to guide the organisation into the next decade.
The overwhelming vote went to Mr. K. K. Kapila, the Chairman and Managing Director of ICT Pvt. Ltd., a New Delhi based firm that has been ranked among the top hundred consultancy companies in the world, and which operates in more than 30 countries.
Already a member of the IRF Geneva Board of Directors, and Vice-Chairman since 2007, Mr. Kapila's nomination earned him the distinction of becoming the first non-European to be elected to this key responsibility.
Participants in the two courses also conducted assessments and field visits in downtown Accra and Bogotá respectively, where they were able to apply some of the concepts learned to real-world situations.


Upon completion of the courses, participants were able to define vulnerable road users; describe VRU needs; diagnose crash causes and select proper countermeasures; identify safety-related geometric design elements; and discuss VRU safety issues as well as how to address them.

The second module, Roadside Safety Design, was presented in Kampala, Uganda, and Lima, Peru.

Each course was attended by 40 road professionals, all with a prominent stake in building, designing and maintaining safer roads in their respective countries.

This module imparted the necessary knowledge and skills needed to identify safety issues associated with roadside design, impacts on highway safety and the selection of appropriate hardware (barriers, crash cushions and impact attenuators). It included extensive discussion of the GRSF Infrastructure Safety Management, clear zones, crash testing and breakaway devices, roadside barriers, end treatments, crash cushions and procurement considerations.

As with the VRU module, participants in Uganda conducted a field visit and assessment of new roadways in Kampala, where they applied some of the concepts learned to real-world situations, and attendees in Lima conducted a field visit and assessment of the Pan American Highway near San Bartolo.

Upon completion, participants were able to define the role of the roadside as it relates to traffic safety; understand and apply the clear zone concept; decide which roadside design strategy is most appropriate for a given situation; ensure proper placement of roadside hardware; select and design roadside and median barriers; and choose the most appropriate barrier end treatment.

"The course content was excellent," said Jorge Lazarte, President of the Peruvian Roads Association.

"There was so much to process and learn, I wish the course could have been extended by two or three days. This is some much needed training."

For more information on companies in this article

Related Content

  • Crash test highlights barrier safety
    February 24, 2012
    The event, organised by UK Roads, was held in association with MIRA (formerly Motor Industry Research Association); Mott MacDonald and Traffex/Road Expo, also offered an exhibition of related products and services from MIRA; FSP (Frangible Safety Posts); 3A Composites; ASD Metal Services; JPCS; Tofco; FLI Structures (screwpile demonstrations); Highway Care; Gloucester Composites; Traffex; Road Expo; Brett Landscaping; NAL and SAPA.
  • Call for bike safe barriers
    July 31, 2012
    The Institute of Advanced Motorists (IAM) in the UK is calling on the government to redesign crash barriers to make them more motorcycle-friendly. While crash barriers have saved the lives of thousands of drivers, hitting a crash barrier is a factor in eight to sixteen per cent of rider deaths. When they hit a crash barrier, riders are 15 times more likely to be killed than car occupants. In a crash, barrier support posts can worsen injuries by five times.
  • Low income countries account for only 3% of global road networks: a constraint for economic growth
    January 15, 2019
    An analysis of road network data from IRF World Road Statistics (WRS) reveals the low percentage of road networks in low income countries and underdeveloped regions of the world. These results link poor quality roads and lack of road infrastructure to constrained economic development and growth The IRF World Road Statistics (WRS) includes up-to-date data on the road and transport sector for over 200 countries and covers nine important road topics, one of which is road networks. An analysis of the road
  • Gregory Industries rolls out Safety Roller Barrier in North America
    June 19, 2017
    Gregory Industries, based in the US state of Ohio, is now the exclusive North American distributor for the Safety Roller Barrier system. Gregory has opted to market the innovative South Korean roller barrier technology in North America, offering a novel solution for road safety. The SRB is a MASH TL-4 longitudinal barrier that works by absorbing and converting shock energy into rotational energy. Prime locations for installations are areas where vehicles are exposed to frequent accidents. SRB is highly visi