Teaching & Mentorship
Empowering the Next Generation of Engineers
Teaching is more than a profession for me—it’s a purpose. There is nothing more rewarding than guiding students to not only understand engineering principles but to apply them confidently in solving real-world challenges. I see every lecture, tutorial, and conversation as an opportunity to ignite curiosity, build critical thinking, and nurture innovation.
Courses I Teach
Here are the list of courses I teach:
Geotechnical Analysis & Design
Modern Methods of Construction
Pavement Design
Construction Method Statement & Risk Assessment
Supervision & Mentorship
I’ve had the privilege of mentoring over 20 students through their undergraduate and postgraduate research projects, guiding them as they tackled real-world geotechnical challenges and developed practical engineering solutions. My mentoring philosophy goes beyond academic supervision—it’s about building confidence, nurturing independent thinking, and supporting each student’s unique journey.
If you’re a student seeking support in understanding geotechnical problems, you’re welcome to reach out directly—I’m happy to help. I also assist students in identifying current, trending research topics and provide guidance throughout their academic journey.
Educators are equally welcome to get in touch. I can design inclusive and effective lecture materials tailored to support students from diverse educational backgrounds.
Explore past student project topics below.
1. Study on swelling and shear behaviour of bentonite -sand mixed with ggbs
2. Study on influence of ggbs amended fly ash on the swelling and shearing strength of bentonite- sand mixture
3. Investigation and analysis of biochar in soil water retention
4. Pile foundation subjected to lateral loading: numerical analysis
5. Improvement of engineering properties of peat soil by the combination of roadcem and coarse sand
6. Influence of sand content on the strength and deformation properties of a red clay soil as a subgrade material in flexible pavement
7. Influence of compaction methods on the shrinkage behaviour of sand-bentonite mixture
8. Shrinkage behavior of compacted bentonite-sand mixture improved by ggbs
1. Improving mechanical properties of a red clay with sustainable alternatives to cement
2. Implementation of suds in the built environment in the city of paris
3. Investigating biochar's influence on the geotechnical properties of red clay and bentonite
4. Sustainable & adaptive construction methods in seismic and climate-sensitive environments
5. Bridging the gap: a focus on policy & operational barriers to suds adoption in the uk
6. An investigation into variances in remediation requirements of distribution service reservoirs.
7. Optimising pile design by using them in conjunction with ground improvement techniques
Let’s connect and engineer something meaningful—together.