OLADAYO OGUNYINKA

Conducted online tutoring sessions in mathematics and science for diverse students on Mytutor platform.
Enhanced learning outcomes through targeted support and interactive teaching methods.
Addressed individual academic challenges to support a wide range of learners.

Designed and manufactured tubular dielectric barrier discharge reactor for plasma-catalyst interaction studies.

Prepared and characterised catalysts using TPO, TGA, and SEM techniques.

• Performed plasma electrical diagnostics with oscilloscopes and MATLAB analysis.
• Conducted GCMS product analysis to evaluate syngas yield from biogas.
• Investigated non-thermal plasma catalysis to improve syngas production efficiency.
• Presented research findings at University of Glasgow plasma catalysis conference in poster format.

Designed and 3D-printed microfluidic chips with integrated ionic-selective electrodes and micromixers.

• Conducted titration experiments to measure on-chip ionic conductivity.
• Presented project outcomes to Procter & Gamble, ensuring alignment with funding objectives.

Developed integrated plasma-microfluidic chips and trained students in fabrication techniques.

• Assisted in teaching computational fluid dynamics (CFD) concepts to enhance student understanding.
• Engaged in part-time work during PhD studies, balancing research and teaching responsibilities.