CogBooks is a visionary AI-based on-line teaching product, with proven efficacy and a growing customer base.At the intersection between education content and technology, CogBooks is a validated, AI-based learning technology and a proven Courseware solution for post-secondary education. Netflix provides a good comparison to what we do:- Netflix streams movie content and uses AI, based on unprecedented levels of data, to personalize recommendations and optimize movie content.- CogBooks delivers learning content via the cloud and uses AI, based on unprecedented levels of data, to personalize learning and optimize learning content (and results). We go a step further, by using AI to adjust learning content in real-time, like adjusting a movie's plot while it is being watched. This has a profound impact on learning effectiveness.In an independent study involving ~2,000 students, Arizona State University found those using CogBooks were more likely to complete (>50% reduced dropout) and pass (>20% increased pass rate) their courses. Unlike a MOOC, CogBooks personalization means that it can teach large student cohorts as effectively as 1-to-1. In conjunction with effective teaching and pedagogy, CogBooks outperforms traditional teaching methods and our use of big data analytics and AI will increase this gap every year.A few quotes …“The CogBooks software completely changed the way I absorbed the information.”“For once I didn't feel dumb in class.”“CogBooks is a fun way to learn.”What Teachers say“I believe that CogBooks is the most innovative approach to teaching at the University.”“CogBooks has improved my teaching experience by giving me the opportunity to focus on the high level critical thinking activities and gives me the flexibility and time to dig into interesting activities… A lot more fun for them and a lot more interesting for me.”See how we are improving results and student retention at www.cogbooks.com

Managed and launched a range of high-tech products.

Reseach into semiconductor physics at low temperatures. 3D patterning of semiconductor crystals.