Paul C. Chikezie Ph.D.; FHEA

Delivered timely, data-informed feedback and targeted academic support, contributing to progression rates exceeding 80% and narrowing attainment gaps.

Taught 300+ hours across Levels 1-3 Chemistry, achieving 85-95% student satisfaction and pass rates +5-10% above benchmarks.

Ensured ≥90% laboratory practical success with full health and safety compliance, upholding academic standards.

Contributed to curriculum development, quality assurance, and standardisation processes, promoting employability activities.

Completed 30+ CPD hours, embedding EDI and digital learning, improving engagement by ~20%.

Directed two core Biomedical Science modules for 320+ students, improving pass rates to >97% (Cell Communication) and >95% (Biomolecular Structure & Function).

Coordinated 6+ Life Sciences modules annually, achieving >90% student satisfaction through curriculum innovation and constructive alignment with QAA standards.

Supervised 15+ undergraduate and postgraduate research projects for 400+ students, contributing to improved progression, retention, and >97% pass rates.

Served as Super Moderator, quality-assuring assessments for 400+ students, ensuring academic integrity, consistency, fairness, and regulatory compliance.

Contributed to CQEM, programme reviews, and IBMS accreditation readiness, supporting continuous enhancement and a 25% increase in student satisfaction.

Delivered 15-25 weekly teaching hours across GCSE, BTEC, and Access programmes, supporting 100+ learners and contributing to >80% achievement.

Maintained ≥85% learner engagement and ≥90% attendance during cover, minimizing curriculum disruption.

Designed inclusive, learner-centred lessons, assessed 100+ assignments per term, and provided timely feedback to support learner progression.

Authored and co-authored 7 peer-reviewed publications, maintaining active international research visibility.

Delivered 30+ hours of online teaching and mentoring in biomedical sciences, focusing on biochemistry, molecular biology, and toxicology.

Maintained active engagement with academic scholarship, research networks, and CPD.

Provided academic leadership and innovative teaching, supporting institutional strategy and quality enhancement across UG and PG programmes.

Delivered and coordinated 350+ annual teaching hours across biochemistry and related disciplines, achieving up to 95% student attainment rates.

Designed, reviewed, and accredited UG and PG curricula, module specifications, and assessment frameworks, ensuring compliance with QAA and professional standards.

Led academic operations as Head of Department and Associate Dean, overseeing 5 academic programmes and managing 50+ staff for 1,200+ students.

Supervised 40+ MSc/PhD dissertations and 110+ research projects, achieving 96%+ completion, securing four TETFund grants.

Led faculty digital transformation and quality assurance initiatives across 3 faculties and 2,500+ students, reducing paperwork by 70%+ and improving academic record management.

Chaired curriculum development, accreditation, and postgraduate programme expansion, securing full accreditation for B.Sc., M.Sc., M.Phil., Ph.D., and PGD programmes.

Coordinated industrial placements, managed NGN2.2M+ budgets, and supervised 400+ students, conducting 50+ staff appraisals.

Directed strategic academic leadership as Head of Department and Associate Dean, overseeing 5 programmes, 50+ staff, and 1,200+ students.

Contributed to institutional governance as a Senate Member, supporting policy development and digital transformation initiatives.

Increased student preparedness and degree progression rates by 25% through high-impact teaching in Biology, Chemistry, and Mathematics.

Implemented robust assessment and grading systems, improving student pass rates from 72% to 95% via data-informed feedback.

Achieved 100% regulatory compliance for raw materials and finished pharmaceutical products by strengthening quality control processes.

Enhanced analytical accuracy and chemical compounding precision, boosting product consistency and manufacturing efficiency by 25%.

Improved student engagement and technical proficiency by directing and enhancing UG and PG practical sessions.

Streamlined laboratory operations by grading 200+ lab manuals per semester and maintaining 100% equipment functionality.

Reduced guinea worm infection rates by 30% through targeted community-based interventions and continuous monitoring.

Conducted public health education and reported progress to authorities, ensuring sustained community engagement and measurable health outcomes.