With our recent focus on innovation technology development, we provide innovative solutions that create real, long-term results for economic development and community stability, while building an ecologically sound future that takes into account the issues of climate change.
This award-winning nutrition app was developed by a group of students who are interested in agriculture innovation. This app plays a great effort to increase knowledge and awareness of healthy dietary behavior which is supported by consistent and useful nutrition information for students about what they eat and how much they eat. The app uses machine learning to identify target clients based on consumers’ diet behavior profile and connects appropriate food producers to consumers.
S-CAFÉ program is the foremost school social enterprise and student-run café to help turning creative business ideas into meaningful and sustainable ventures that promote social good. This program has strengthened youth participation in agricultural transformation by connecting students to start-up capital and through a series of seminars and training workshops interacting with business professionals to develop social venture.
Photosynthesis Accelerator is our latest innovative farming tool for sustainable agriculture. Its patented solar grid glows when illuminated by the sun and converts underused colors sunlight to diffuse red and blue light for increased photosynthetic efficiency by 20% without additional electricity.
Science and technology are used to develop new ways of producing, processing or packaging food, to make it safer, healthier, more nutritious or tastier. Innovation in food also has an important role to play in tackling societal major challenges such as how we can ensure a sustainable yet plentiful food supply to feed a growing global population.
A SMART school nutrition App powered by AI and developed by The Lam Foundation Design Thinking Lab
Our invention is a development of photosynthesis technology using advanced nanomaterials as a solar energy concentrator tubes to provide a mechanism to alter light wavelength emitting red and blue light spectrum and integrates into light-stimulated photoreceptors distributed specifically in different root zones for increased photosynthetic efficiency.
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