about me
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.
Who I am
As an engineer, educator, and researcher, my mission is to bridge the gap between theory and practice, ensuring that what we teach and discover in academia translates into tangible solutions that improve lives and shape the future.
Whether I’m working on soil behavior under extreme climate conditions or mentoring the next generation of engineers, my goal is always the same: to make knowledge usable, relevant, and impactful.
Why I do What I do
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.
Building Tomorrow’s Foundations
Key Highlights
PhD in Civil Engineering
Hong Kong University of Science and Technology
Lecturer & Mentor
Coventry University, UK
Industry Experience
AECOM, Black Edge Nigeria Ltd
Researcher & Author
Published in top geotechnical journals
PhD in Civil Engineering
Hong Kong University of Science and Technology
Why Me
My approach
Mission
Advancing geotechnical innovation and mentoring future leaders—where engineering meets sustainability.
Vision
Building resilient communities through empowered minds and groundbreaking infrastructure.
Goal
Translating research and education into real-world impact, aligned with global sustainability goals.
Research & Publications
My Publications
Critical state parameters for a saturated lateritic clay
The critical state soil mechanics is the most useful framework for understanding responses of different
Effect of Specimen Preparation on Shrinkage Behaviour of Compacted Bentonite–Sand Mixtures
Recent concerns over warmer temperature emphasize the importance of understanding the shrinkage behaviour of compacted
Impact of Leachate on Permeability Characteristic of Soil around Lapite Dumpsite in Ibadan, Southwestern Nigeria
This study examined the impact of leachate from Lapite dumpsite in Ibadan, Oyo State, Southwestern
Let’s Build Something Meaningful Together
I believe knowledge becomes powerful when shared. Whether through collaboration, teaching, or mentorship, my goal is to make a difference that lasts, both in the soil we study and the minds we shape.