As the Product Owner for the Smart Alert Security Management System, I led the development of an advanced security solution that integrates AI and IoT technologies to optimize security operations in industrial and urban areas. My contributions included:- Collaborating with cross-functional teams to define project vision, user stories, and system architecture, ensuring alignment with the business goals and security requirements.- Managing the product backlog, prioritizing features such as AI-supported event detection, camera surveillance, traffic management, and security reporting to deliver a seamless user experience.- Overseeing the implementation of real-time security monitoring dashboards, enabling effective coordination and rapid response to on-ground security incidents.- Leading stakeholder communication, gathering feedback, and adapting the roadmap to meet evolving needs in compliance with safety and regulatory standards.- Successfully launching key features that enhance operational efficiency and reduce manual efforts through automation, while ensuring high-level security and data protection.

Becamex AI Platform- Developing an AI-as-a-service platform that allows Becamex's partners and customers in industrial zones to quickly build on-demand AI applications with low cost and risk.

Smart Parking System Project:- Develop a smart parking system with functions such as empty car slot detection, car parking line crossing detection, car thief warning, LPR.- The project has been implemented at WTC Tower Binh Duong.

Vehicle Counting at BOT project: - Building a program to count and classify vehicles running through the BOT using AI cameras to replace the existing magnetic sensor-based counting method.- The project was tested at Suoi Giua BOT in Binh Duong Province with an accuracy of up to 99%.

- A member of IIOT - Edge Computing team. - We develop solutions for Smart Poles - an important source of information collection in the future Internet of Things field and an important part of the smart city. - I am in charge of the development of an AI camera based on edge devices used for detecting, tracking, counting, and determining the direction of movement of vehicles in the observation area. Traffic flow information will be later used to control traffic lights. - Participate in the development of an industrial IoT gateway.

In my role as an AI & IoT Researcher at VNTT, I focus on exploring and developing innovative solutions that leverage artificial intelligence and the Internet of Things to enhance operational efficiency and drive digital transformation. My key contributions include:- Conducting research and experimentation on AI-driven automation and IoT integrations across smart city infrastructures and industrial applications.- Collaborating with cross-disciplinary teams to implement advanced algorithms for predictive maintenance, data analytics, and real-time monitoring systems.- Leading initiatives that optimize resource management through smart technologies, improving security, traffic flow, and energy efficiency.- Continuously exploring emerging trends in AI and IoT to apply the latest innovations to practical, scalable solutions.

My team focuses on research and development on artificial intelligence (AI) applications in IoT and Edge Computing models.