Welcome to NOVA-Innovation, a dynamic branch of the NOVA-International Group dedicated to driving development and engineering excellence. Our multidisciplinary team, composed of computer scientists, material scientists, chemical engineers, aerospace engineers, and other specialized professionals, is proud to include graduates from top universities, each having conducted extensive research in their fields of concentration.

At NOVA-Innovation, we believe in the power of interdisciplinary collaboration. Our engineers leverage cutting-edge technologies and scientific advancements to design products and processes that enhance efficiency, sustainability, and functionality across various industries. Whether it’s developing next-generation materials, optimizing computational algorithms, or creating environmentally friendly technologies, our mission is to push the boundaries of what’s possible.

We are committed to addressing the most pressing issues of our time, including climate change, resource scarcity, and technological accessibility. By integrating research, creativity, and engineering prowess, NOVA-Innovation is at the forefront of developing solutions that not only meet today's needs but also pave the way for a sustainable future.

Join us as we innovate for tomorrow.

This innovative project explores the potential of creating bioplastics using banana and plantain peels as an eco-friendly alternative to petroleum-based plastics. The research involves extracting starch from the peels, blending it with chemical compounds, and molding the material into bioplastic forms such as utensils. After multiple successful trials, the project concludes that banana and plantain peels can indeed be used to produce bioplastics, offering a renewable and sustainable solution for reducing environmental pollution.

This research project explores stealth technology for civil/military helicopters, focusing on designing adaptable panels that absorb radio waves, making them less detectable to opponents/threats in the sky or ground. Experimenting with different panel angles and materials, the research aims to optimize radar evasion, to maintain aerodynamic efficiency, while keeping costs at a  low.