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Curtin_IoT From Curtin University Malaysia is the National Winner of #shellselamatsampai Varsity Challenge 2024

Kuala Lumpur – Shell’s road safety programme for tertiary education students, #ShellSelamatSampai Varsity Challenge crowned Team Curtin_IoT from Curtin University Malaysia as the grand winner for 2024, in an event today, which was officiated by Dr. Nor Fuad Abdul Hamid, Deputy Secretary-General (Management), Ministry of Transport Malaysia.

This challenge which is themed Innovative! Captivate! Safe Lives! is open to all university and college students in Malaysia and is aimed at empowering youth to incorporate science, technology, engineering and mathematics (STEM) in proposing innovative solutions to mitigate road safety issues.

“Each year, many lives are tragically lost due to reckless driving, negligence and a lack of awareness. As responsible citizens, we must come together and take a stand towards making a difference. At Shell, we are committed to instilling the values of road safety in our youth, empowering them to innovate and lead initiatives that enhance road safety culture within their communities," shared Siti Sulaiman, Country Chair of Shell Malaysia and Senior Vice President of Integrated Gas & Upstream Malaysia.

The winning team consisting of Wong Zhe Ming, Gigi Hii Shu Qi and Kho Jia Ann came up with a project called Vision Integrated E-Nose (VIEN): Advanced Vehicular Alcohol Detector and Classifier with IoT-Enabled Surveillance Platform. This advanced system boasts a highly accurate alcohol detection and classification mechanism, capable of distinguishing between alcoholic beverages and non-intoxicating alcohol-based products, such as hand sanitisers. By preventing intoxicated drivers from operating the vehicles, the VIEN system aims to enhance road safety and promote responsible driving practices.

Team Curtin_IoT was one of the six finalist teams which competed against students from Asia Pacific University of Technology and Innovation (APU), Universiti Malaya, Universiti Teknologi MARA (UiTM) Shah Alam, Multimedia University (MMU) and UCSI College Kuala Lumpur.

“The Shell #ShellSelamatSampai programme has been instrumental in introducing us to innovative thinking tools and problem-solving methodologies, which were crucial in the implementation of our project. This has helped in the implementation of our project, which we hope will help reduce road related mishaps. We are truly grateful to Shell for this enriching experience, and we hope to continue to spread awareness on our project and empower society to leverage our project towards mitigating road related accidents,” shared the national winners of 2024, Team Curtin_IoT.

The 2024 grand finale was judged by a panel of distinguished judges comprising Tuan Ir. Mohd Yusop bin Mohamad, Director of Automotive Engineering, Road Transport Department Malaysia (JPJ); Dr. Ahmad Azad Ab. Rashid, Senior Researcher, Malaysian Institute of Road Safety Research (MIROS) and Harnamdav Singh, High Risk Transport Road Safety Advisor, Shell Malaysia.

Shell’s road safety journey in Malaysia began over six decades ago in 1957. Over time, the company’s road safety programme evolved to working very closely with government stakeholders to innovate and find impactful ways to help build a road safe culture among the community. Under the road safety programme called #ShellSelamatSampai, the Varsity Challenge was introduced in 2017. It is aimed to empower tertiary education students to help find solutions in mitigating road safety issues.

Over the years, #ShellSelamatSampai Varsity Challenge has contributed towards nurturing brilliant young minds across Malaysia to propose out of the box ideas to help improve the road safety conditions.

For further information on Shell’s STEM and community development initiatives, visit https://www.shell.com/sustainability/communities/education.html

Note to Editor

Finalist Teams.

Team University Project Description Team members
Triple Cheese Spicy Tendercrisp Universiti Malaya [REACT] Real-time Environmental Analysis and Control Technology An innovative product that delivers a state-of-the-art road hazard detection and alert system, leveraging advanced technologies like the YOLOv11 algorithm and depth cameras to accurately identify potholes, speed bumps, and road signs. Enhanced with IMU sensors, the system monitors vehicle speed and provides real-time warnings, enabling drivers to respond swiftly to potential hazards. This comprehensive solution significantly crash risks and enhances overall road safety.

Tan Soon Seng

Wong Yong Xin

Ooi Yun Ting

Teoh Hui Yi

Chee Yong Kang

Akoustos UCSI College B-Alert B-Alert is an assistive driving technology designed to enhance road safety for high-risk drivers, particularly elderly and hearing-impaired individuals. This innovative system tackles the challenge of detecting auditory traffic signals, such as honks and sirens, by delivering multi-sensory alerts through visual and tactile feedback. B-Alert empowers drivers with a heightened awareness of their surroundings, ensuring a safer and more inclusive driving experience.

Ron Ng Jing Ye

Hoo Ying Yi

Wam Wei Kang

Muhammad Davinish Udhaya

Melanie Soh Xin Yee

Team Curtin IoT Curtin University Malaysia Vision-Integrated E-Nose (VIEN): Advanced Vehicular Alcohol Detector and Classifier with IoT-Enabled Surveillance Platform The Vision-Integrated E-Nose (VIEN) is a cutting-edge solution dedicated to improving road safety by combating impaired driving. This advanced system features a highly accurate alcohol detection and classification mechanism capable of distinguishing between alcoholic beverages and harmless alcohol-based products, such as hand sanitizers. By minimizing false positives, VIEN ensures reliable operation while promoting safer driving practices.

Wong Zhe Ming

Gigi Hii Shu Qi

Kho Jia Ann

Tek Knight Multimedia University (MMU) Connectivity Control Unit (CCU) This device will feature a suite of advanced functionalities to enhance vehicle and emergency response. It will provide real-time weather forecasts tailored to the vehicle's current location, ensuring drivers are informed of hazards. Additionally, in the event of a detected accident or severe instability, the device will automatically contact emergency services, delivering precise location details and critical information to expedite assistance. This comprehensive system is designed to prioritize driver safety and improve response times in emergencies.

Ambrris Bushen A/L Kanniah

Muhammad Izzat bin Muhammad Nazarudin

Maanic Hamarays a/l Marimuthu

Au Kai Zhe

Side-Eye Asia Pacific University of Technology & Innovation (APU) Side-Eye Side-Eye is an innovative roadside pole designed to enhance safety at blind spots, reducing accidents involving vehicles, pedestrians, and wildlife. Equipped with advanced AI cameras and LED alert systems, Side-Eye detects potential hazards in real time, providing immediate visual warnings to drivers. Powered primarily by solar energy, it offers a sustainable and effective solution for improving road safety in critical areas.

Thiriidev Kumar Murlidaran

Muhammad Hassan Bin Mohd Nasir

Ng Soon Teck

TRIPLE S (3S) Universiti Teknologi Mara (UiTM) Shah Alam Smart Helmet with Microsleep Detection System This project introduces a smart helmet equipped with an advanced anti-drowsiness system that enhances rider safety. Utilizing infrared sensors integrated with a Raspberry Pi, the helmet monitors the rider's eye closure to detect signs of fatigue. When drowsiness is identified, an audible buzzer alert is activated, encouraging the rider to take a break and prioritize their well-being.

Mohamad Syazwan Afiq Bin Johar

Nur Sorfina Binti Ahmad Rifen

Nur Syuhaila Binti Abdul Razak

Ilman Danial Bin Mohd. Jamsari Azman

Enquiries

Prema Jayabalan
Manager, Media Relations,
Shell Malaysia 
Prema.Jayabalan@Shell.com

Curtin_IoT presenting their invention to the judges
Curtin_IoT presenting their invention to the judges.
Curtin_IoT with Dr. Nor Fuad Abdul Hamid (fourth from left), Siti Sulaiman (fifth from left) and their lecturers.
Curtin_IoT with Dr. Nor Fuad Abdul Hamid (fourth from left), Siti Sulaiman (fifth from left) and their lecturers.

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