My mission is Inspire solutions that elevate lives and transform landscapes
Hi, I’m Damilola Bashir Akinniyi—a Higher Education Professional, Geotechnical Engineer, and Researcher driven by a deep passion for learning, mentorship, and solving complex geo-environmental challenges. My work focuses on the very ground we build upon—soil, the unseen yet vital foundation of all infrastructure. In a world increasingly shaped by climate change, my research enhances the understanding and design of geotechnical systems—slopes, embankments, highways, and liners—under extreme and evolving environmental conditions. Through this work, I actively contribute to the United Nations Sustainable Development Goals, particularly Goal 9 (industry, innovation, and resilient infrastructure) and Goal 13 (climate action), ensuring that academic knowledge leads to real-world impact.
But beyond the numbers, models, and laboratory tests, lies my greater calling: engineering the mind. I believe that the most enduring structures we build are not physical—they are the lives we shape through knowledge, mentorship, and inspiration. Whether I’m lecturing in a classroom, mentoring a student, or writing reflective articles, my purpose remains the same: to guide others in cultivating clarity, purpose, and inner strength.
By bridging technical excellence with personal growth, I empower individuals to engineer not only the world around them but the world within them. Because when the mind is right, everything else aligns.
Recent concerns over warmer temperature emphasize the importance of understanding the shrinkage behaviour of compacted clays. This paper investigates the
The critical state soil mechanics is the most useful framework for understanding responses of different soil type to mechanical stress.
What Soil Can Teach Us About Burdens, Boundaries, and Belonging In soil mechanics, we talk about something called an influence
In the beginning, long before the invention of steel reinforcement, finite element models, or even spreadsheets, there was the first