How is CCS Graduate Student Enhancing Pedestrian Safety Research at PACIS 2025 in Malaysia?

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CCS Graduate Student Presents Pedestrian Safety Research at PACIS 2025 in Malaysia

In a remarkable display of academic prowess, Ms. Jyresa Mae M. Amboang, a dedicated MS Computer Applications student and DOST-ERDT scholar from the College of Computer Studies (CCS), recently represented her institution at the prestigious Pacific Asia Conference on Information Systems (PACIS) 2025 held in Malaysia. Her research focused on a critical yet often overlooked aspect of urban life: pedestrian safety.

Pedestrian safety has emerged as a pressing issue in many urban environments, where increasing vehicular traffic and urbanization pose significant risks to individuals on foot. Jyresa's research aimed to analyze the factors contributing to pedestrian accidents and propose technological solutions to mitigate these risks. By combining her expertise in computer applications with a passion for improving community safety, her findings hold the potential to influence future urban planning and policy decisions.

The Importance of Pedestrian Safety Research

Understanding pedestrian safety is crucial in today's fast-paced society. According to statistics, pedestrian accidents account for a significant portion of traffic-related fatalities. With cities expanding and populations growing, ensuring safe walking environments has become more important than ever. Jyresa's research tackles this pressing issue head-on, providing insights that could lead to enhanced safety protocols and technologies.

Research Methodology

Jyresa utilized a multifaceted approach to gather data for her research. This included:

• Data Collection: She conducted surveys and analyzed existing data on pedestrian accidents in urban areas.
• Technology Integration: The research leveraged mobile applications and sensor technologies to track pedestrian movements and identify hazardous locations.
• Statistical Analysis: Using statistical tools, she analyzed the data to uncover patterns and correlations between traffic conditions and pedestrian safety.

Key Findings

One of the most significant findings from Jyresa's research was the identification of high-risk areas for pedestrian accidents. By mapping these locations, she was able to correlate them with factors such as traffic volume, road design, and visibility. The research suggested that targeted interventions, such as improved signage, better lighting, and increased enforcement of traffic laws, could significantly enhance safety in these areas.

Additionally, Jyresa highlighted the potential for technology to play a transformative role in pedestrian safety. Her research proposed the development of a mobile application that could alert pedestrians of nearby traffic hazards in real-time, thereby reducing the likelihood of accidents. This innovative solution could be a game-changer in urban safety, making it easier for individuals to navigate busy streets more safely.

Implications for Urban Planning

The implications of Jyresa's findings extend beyond individual safety; they offer valuable insights for urban planners and policymakers. By integrating her research into urban development strategies, cities can create safer environments for pedestrians, ultimately leading to more walkable communities. This is essential not only for safety but also for promoting healthier lifestyles and reducing vehicular congestion.

Presentation at PACIS 2025

PACIS 2025 provided an excellent platform for Jyresa to share her findings with a global audience. Attendees included academic leaders, industry experts, and fellow researchers, all of whom engaged in rich discussions regarding the future of information systems in addressing real-world issues. Jyresa's presentation was met with enthusiasm, and many participants expressed interest in her innovative approach to pedestrian safety.

The conference also offered networking opportunities, allowing Jyresa to connect with influential figures in her field. These connections could lead to future collaborations and further advancements in pedestrian safety research, amplifying the impact of her work.

Future Directions

Looking ahead, Jyresa plans to expand her research by incorporating feedback from her PACIS presentation. She aims to refine her mobile application concept and collaborate with local governments to pilot her safety solutions in real-world environments. By fostering partnerships with urban planners and technology companies, Jyresa hopes to turn her research findings into practical applications that can save lives.

Conclusion

Jyresa Mae M. Amboang's presentation at PACIS 2025 exemplifies the vital role academic research plays in addressing societal issues like pedestrian safety. Her innovative approach, combining technology with practical applications, offers new solutions to enhance urban safety. As cities continue to grow and evolve, research like Jyresa's will be crucial in shaping safer, more pedestrian-friendly environments.

As urban areas expand, how can we further innovate to ensure pedestrian safety remains a top priority? The future of urban planning depends on integrating technology and research to create safer spaces for everyone.

FAQs

What is pedestrian safety research?

Pedestrian safety research explores the factors contributing to accidents involving pedestrians and seeks to develop strategies, policies, and technologies to enhance their safety in urban environments.

How can technology improve pedestrian safety?

Technology can enhance pedestrian safety through mobile applications that provide real-time alerts, data collection for traffic analysis, and tools for urban planners to identify high-risk areas.

Why is pedestrian safety important in urban planning?

Pedestrian safety is crucial in urban planning as it promotes walkable communities, reduces traffic congestion, and contributes to public health by encouraging active transportation.

As we explore the intersection of technology and urban safety, what other innovative solutions do you think could emerge to enhance pedestrian well-being? #PedestrianSafety #UrbanPlanning #Innovation

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