Research Scholar
University of Arkansas
Total years of experience :12 years, 1 Months
Reliability modeling for power electronics
Coordinate research and development activities (Seminars, Conferences and Exhibitions)
Ensures AFIT general program development and improvement
Manage the Intellectual Property and Technology Transfer Office (IPTTO) of AFIT.
Successfully obtained Patent of the Production of Unmmanned Ground Vehicle
Teaching at HND and PGD
Taught Courses
• Aircraft Maintenance Engineering (HND)
• MatLab Programming (HND)
• Research Methodology and Operation Research (PGD)
Academic Program Development
• Development of Student Project Appraisal Form
• Development of guideline for student lecture note preparation
• Development of student research project guideline and policy document
• Development of curriculum for Aircraft Maintenance Engineering
Project Supervision
• Suitability of Low Cost Carrier Business models for the Nigerian Airline Market: A Comparative Analysis (PGD)
• Risk Assessment of Air Cargo Handling Processes (PGD)
• Challenges in the implementation safety management system in the Nigerian aviation industry: A case study of Kaduna airport (PGD)
• Assessment of Aircraft Accidents in Nigeria (PGD)
• Assessment of the Extent of Staff Utilization within An Approve Training Organization (ATO)
• Hazard and Operability (HAZOP) analysis for a methanol and urea processing plant using coal and steam.
• Project evaluation
• Safety design and analysis
• System reliability and availability prediction and modeling
• Development of evolutionary optimization algorithms for complex systems. Successfully developed an optimization algorithm called GPSIA for complex system multi-objective problems.
• Increasing efficiency and cost minimization via design and implementation of safety assessment techniques.
• Manage multiple projects simultaneously from conception through completion.
• Risk assessment of complex systems.
• Maintenance planning for complex systems.
• System reliability and availability prediction and modeling.
• Programming using Mat-lab language.
• Testing and implementation of simulated design.
• Verification and validation of design and models.
• Cost modeling for complex systems based on parametric, artificial neural networks and GA techniques.