Innovations

KIST Park

Strategically located near other technology parks, business hubs, and transport systems in the CALABARZON Region, the Batangas State University Knowledge, Innovation, Science and Technology (KIST) Park serves as the top location for technology transfer and commercialization in the Philippines. Come and explore KIST Park here.

BatStateU The NEU continues to foster a culture of innovation in the university by creating a sustainable entrepreneurial ecosystem, broadening networks through collaboration, and providing a conducive environment for budding technologies and innovations that have the potential to change the world for the better.

Innovation Facts and Figures

 
    • 8,374 IPs Filed and Registered. The figures show the university’s commitment to producing innovative ideas, products, and technologies while ensuring the protection of their value and novelty. 
    • 18,432 students engaged in Technopreneurship. To be able to produce, future-ready leaders of this century, Technopreneurship 101 is embedded in the curriculum of all Engineering, Technology, and Computing Sciences programs of the university, the output of which is technology-based solutions. Meanwhile, Social Innovation is a new program offered across disciplines that are collaborative to and address sustainable development goals.
    • 143 Startups Incubatees graduated. BatStateU, through the Center of Technopreneurship and Innovation (CTI), continues to provide a conducive environment for startups to thrive and realize their potential by providing mentorship, networking opportunities, and other development programs.
  • 35 Partners through Collaboration. BatStateU, through the Center of Technopreneurship and Innovation (CTI), is dedicated to nurturing and expanding strategic alliances with a wide array of industry entities. This initiative aims to foster innovation, knowledge exchange, and mutually beneficial engagements that contribute to the university’s dynamic ecosystem of learning and growth.

Breakthrough Inventions & Technologies

BatStateU The NEU prioritizes finding solutions to real-world problems through collaboration and research. This approach allows the university to address various issues that affect different communities, society, and industries. The university aims to tackle these problems by developing innovative technologies and products that can provide practical solutions.

TOAD is a type of emergency response vehicle used in flooded areas. It was developed by BatStateU The NEU researchers using materials like stainless steel and aluminum and is known for its durability, rust resistance, and maneuverability in water. It has received recognition from government agencies and has been featured in the news. TOAD has also won the National Gawad Kalasag Award from the Office of Civil Defense’s National Disaster Risk Reduction and Management Council.  Learn more

The SIGAW Technology is a cost-efficient tsunami early warning system developed by a team of innovators from BatStateU The NEU, to serve as an early warning to high-risk coastal areas. Several SIGAW units have been installed in the provinces of Batangas and Quezon with additional units being developed. Learn more

The Solar-powered Chili Dryer relates to an innovative drying method of Chili using a renewable source of energy. The technology aims to provide quality food products with consistent drying time with precise process control of temperature and humidity using a microprocessor. The apparatus is equipped with a data logging unit for monitoring and recording of operation. 

IoT Atlantis

In both its Nutrient Film Technique (NFT) and Deep Flow Technique (DFT) greenhouse systems, the  Turbulent Drip Sales, Inc. (TDSI) has a difficult and time-consuming role of monitoring and regulating plant nutrients (especially pH) and ensuring plant nutrients’ sustainability, which has resulted in poor plant quality and yield. TDSI also expressed concern about the lack of local supply of all required control equipment for its greenhouse goods, which are mostly imported. This collaboration’s goal is to upgrade, develop, design, and incorporate an intelligent control and monitoring system to turn a TDSI greenhouse aquaponics system into a sustainable greenhouse aquaponics system. Artificial intelligence and the Internet of Things (IoT) can be used to address the complex and time-consuming task of tracking and managing plant nutrients in an NFT/DFT-based greenhouse aquaponics system, as well as the greenhouse and water quality. The proposed framework would create a low-cost AI-enabled control and monitoring embedded electronic module that could be developed locally.

The BARAKO project, which stands for Batangas Actions towards Revitalization of Kapeng Barako Industry, aims to develop an optimized method of propagating Kapeng Barako seedlings. The technology shall involve a combination of remote sensing and smart farming for monitoring environmental conditions and the introduction of automation for precision agriculture; biotechnology and crop science for determining the suitable strain of Kapeng Barako seedlings for optimized propagation. The project will extend the technology to the Kapeng Barako farmers through training and capability building.